New Products
Edwards XDS35iC 25cfm Chemical-Resistant Scroll Pump W/ Silencer
Edwards XDS35iC 25cfm Chemical-Resistant Scroll Pump W/ Silencer Dry Scroll Pumps Dry scroll vacuum pumps are positive displacement pumps that use two spiral-shaped scrolls, one fixed and one orbiting, to trap and compress gas molecules. They are oil-free, low maintenance pumps that are commonly used for clean vacuum applications. Since they do not rely on oil for sealing and lubrication, they eliminate the risk of oil contamination and leakage, making them an environmentally-friendly choice. We in Edwards are driving scroll technologies to its best and we are committed to offer the most sustainable solution now and in the future. XDSi Scroll Pumps XDS dry scroll pumps have become industry standard when dry pumping is essential, proving to be a robust and clean vacuum pump solution in a range of applications and processes. XDS35i The XDS35i family of scroll pumps offers proven dry, clean vacuum solutions for a wide range of applications, with smart drive technology to look after the pump and provide worldwide performance. Now, a combination of the double start scroll form technology and by-pass valves have enabled Edwards to offer the XDS35i Enhanced range of pumps to complement our original family. XDS35i - 100-120/200-230V 50/60Hz 1Ph The XDS35i is our standard product variant which can be operated in a wide range of applications. Features and Benefits Bearing shield - ensures separation between process gases and bearing lubrication to ensure a clean vacuum and no possibility of contamination to lubrication from process gases, which prolongs bearing life. Smart motor drive - means consistent performance globally, pump overload protection and remote start/stop capability. High flow gas ballast feature - allows pumping of vapours including water vapour at up to 240 gh-1. Simple single-sided scroll design - allows maintenance to be done in minutes for low cost of ownership and maximum up-time. Take another step - the Enhanced versions offer up to 20% lower peak power requirements during initial pump down which means it has the ability to pump down large volume chambers with no loss of performance and has up to 25% more pumping speed at these roughing pressures which helps on higher frequency cycling applications as well. Specifications Specifications Power 100-120V or 200-230V switchable Displacement / peak pumping speed (50/60Hz) 43 m3h-1 / 25 ft3min-135 m3h-1 / 21 ft3min-1 Ultimate vacuum (Total pressure)Max continuous inlet pressure 1 x 10-2 mbar / 8 x 10-3Torr35 mbar / 23 Torr Max water vapour pumping rate - GB I / GBII 70 gh-1 / 240 gh-1 Max continuous outlet pressure 0.2 bar gauge / 2.9 psig Max allowed inlet and GB pressure 0.5 bar gauge / 7 psig Motor power / speed 0.52kW / 1750 rpm Power connector IEC EN60320 C19 Weight 48 kg / 105 lb Inlet flange / Exhaust flange NW40 / NW25 Noise and vibration 57 dB (A), <4.5mms -1 (rms) Leak tightness (static) <1 x 10-6 mbar ls-1 Operating temperature range 10 to 40 °C / 50 to 104 °F Compliance CE, UL, CSA, ATEX
$24,387.93
Edwards NXDS20iC 16.5 Cfm Chemical-Resistant Dry Scroll Pump
Edwards NXDS20iC 16.5 Cfm Chemical-Resistant Dry Scroll Pump Dry Scroll Pumps Dry scroll vacuum pumps are positive displacement pumps that use two spiral-shaped scrolls, one fixed and one orbiting, to trap and compress gas molecules. They are oil-free, low maintenance pumps that are commonly used for clean vacuum applications. Since they do not rely on oil for sealing and lubrication, they eliminate the risk of oil contamination and leakage, making them an environmentally-friendly choice. We in Edwards are driving scroll technologies to its best and we are committed to offer the most sustainable solution now and in the future. nXDSi Scroll Pumps Edwards nXDS is the great new shape of dry vacuum pumping. The nXDS has taken scroll vacuum technology to the next level. Improved performance, exceptional pumping capability, quiet operation and extended service intervals make nXDS the ultimate dry choice. The range covers pumping speeds from 6 to 20 m3/h. nXDS20i The nXDS20i is our highest peak pumping speed offering in the nXDS range. Standard variant suitable for a large variety of applications; R-variant with blanked gas ballast and C-variant being corrosion resistant. nXDS20iC - 100-127/200-240V 1Ph 50/60Hz The nXDS20iC has been modified so that it is more suitable for use on vapour handling processes and may be used in some applications involving corrosive substances. This chemically resistant version is fitted with Chemraz® internal valve pads and stainless steel fittings. Features and Benefits Quiet operation - Better working environment Hermetically sealed for a lubricant-free vacuum environment - Contamination free process and no oil to dispose of Low power consumption - Low cost of ownership Intelligent and easy to use controls - Flexibility of operation Superior vapour handling - Wider range of applications Long service intervals - Maximised up-time
$20,443.82
Edwards NXDS10iC 7.5 Cfm Chemical-Resistant Dry Scroll Pump
Edwards NXDS10iC 7.5 Cfm Chemical-Resistant Dry Scroll Pump Dry Scroll Pumps Dry scroll vacuum pumps are positive displacement pumps that use two spiral-shaped scrolls, one fixed and one orbiting, to trap and compress gas molecules. They are oil-free, low maintenance pumps that are commonly used for clean vacuum applications. Since they do not rely on oil for sealing and lubrication, they eliminate the risk of oil contamination and leakage, making them an environmentally-friendly choice. We in Edwards are driving scroll technologies to its best and we are committed to offer the most sustainable solution now and in the future. nXDSi Scroll Pumps Edwards nXDS is the great new shape of dry vacuum pumping. The nXDS has taken scroll vacuum technology to the next level. Improved performance, exceptional pumping capability, quiet operation and extended service intervals make nXDS the ultimate dry choice. The range covers pumping speeds from 6 to 20 m3/h. nXDS10i The nXDS10i same as the nXDS15i are our key products offering a small dry pump solution for most Scientific Applications. Standard variant suitable for a large variety of applications; R-variant with blanked gas ballast and C-variant being corrosion resistant. nXDS10iR - 100-127/200-240V 1Ph 50/60Hz The nXDS10iR has the gas ballast blanked off so it cannot be accidently opened. These variants are available for specialist applications such as gas recirculation, rare gas pumping and recovery or other applications where the dilution of the pumped gas is undesirable, or where sealing is integral to minimising potential gas loss. Features and Benefits Quiet operation - Better working environment Hermetically sealed for a lubricant-free vacuum environment - Contamination free process and no oil to dispose of Low power consumption - Low cost of ownership Intelligent and easy to use controls - Flexibility of operation Superior vapour handling - Wider range of applications Long service intervals - Maximised up-time Specifications Technical Data Power requirements 100-127V~10A or 200-240V~6A, 50/60 Hz, 280 watts Nominal rotational speed 1800 rpm Displacement 12.7 m3h-1/ 7.5 ft3min-1 Peak pumping speed 11.4 m3h-1/ 6.7 ft3min-1 Ultimate vacuum (total pressure) 0.007 mbar / 0.005 Torr / 5 micron Minimum standby rotational speed 1200 rpm Speed control resolution (% of full speed) 1% Maximum inlet pressure for water vapour 35 mbar Maximum water vapour pumping rate 145 gh-1 Maximum continuous inlet pressure 200 mbar Power connector 1-ph IEC EN60320 C13 Recommended fuse 10A, 250Vac rms Unit/shipping weight 57 Lb / 60 Lb Unit/shipping dimensions 16.5x10x12" / 20.5x13x14" (DxWxH) Inlet flange NW25 (KF25) Exhaust flange NW25 (KF25) Noise level 52 dB(A) Vibration at inlet flange < 4.5 mms-1 (rms) Leak tightness (static) < 1x10-6mbar ls-1 Operating temperature range 10 to 40 C / 41 to 104 F Edwards part number A73602983 Certification CE, UL
$14,755.09
Edwards NXDS6iC 4.0 Cfm Chemical-Resistant Dry Scroll Pump
dwards NXDS6iC 4.0 Cfm Chemical-Resistant Dry Scroll Pump Dry Scroll Pumps Dry scroll vacuum pumps are positive displacement pumps that use two spiral-shaped scrolls, one fixed and one orbiting, to trap and compress gas molecules. They are oil-free, low maintenance pumps that are commonly used for clean vacuum applications. Since they do not rely on oil for sealing and lubrication, they eliminate the risk of oil contamination and leakage, making them an environmentally-friendly choice. We in Edwards are driving scroll technologies to its best and we are committed to offer the most sustainable solution now and in the future. nXDSi Scroll Pumps Edwards nXDS is the great new shape of dry vacuum pumping. The nXDS has taken scroll vacuum technology to the next level. Improved performance, exceptional pumping capability, quiet operation and extended service intervals make nXDS the ultimate dry choice. The range covers pumping speeds from 6 to 20 m3/h. nXDS6i The nXDS6i is our entry performance model in the nXDS range. Standard variant suitable for a large variety of applications; R-variant with blanked gas ballast and C-variant being corrosion resistant. nXDS6iC - 100-127/200-240V 1Ph 50/60Hz The nXDS6iC has been modified so that it is more suitable for use on vapour handling processes and may be used in some applications involving corrosive substances. This chemically resistant version is fitted with Chemraz® internal valve pads and stainless steel fittings. Features and Benefits Quiet operation - Better working environment Hermetically sealed for a lubricant-free vacuum environment - Contamination free process and no oil to dispose of Low power consumption - Low cost of ownership Intelligent and easy to use controls - Flexibility of operation Superior vapour handling - Wider range of applications Long service intervals - Maximised up-time Specifications Connection Vacuum Inlet Flange DN 25 ISO-KF (NW25) Connection vacuum outlet flange DN 25 ISO-KF (NW25) Cooling Method Air Cooling (forced - fan) Pressure Ultimate 2.901 x 10 -4 Supply Voltage 1Ph 100-127/200-240V 50/60Hz Specifications Technical Data Power requirements 100-127V~10A or 200-240V~6A, 50/60 Hz, 260 watts Nominal rotational speed 1800 rpm Displacement 6.8 m3h-1/ 4.0 ft3min-1 Peak pumping speed 6.2 m3h-1/ 3.6 ft3min-1 Ultimate vacuum (total pressure) 0.020 mbar / 0.015 Torr / 15 micron Minimum standby rotational speed 1200 rpm Speed control resolution (% of full speed) 1% Maximum inlet pressure for water vapour 35 mbar Maximum water vapour pumping rate 110 gh-1 Maximum continuous inlet pressure 200 mbar Power connector 1-ph IEC EN60320 C13 Recommended fuse 10A, 250Vac rms Unit/shipping weight 58 Lb / 63 Lb Unit/shipping dimensions 16.5x10x12" / 20.5x13x14" (DxWxH) Inlet flange NW25 (KF25) Exhaust flange NW25 (KF25) Noise level 52 dB(A) Vibration at inlet flange < 4.5 mms-1 (rms) Leak tightness (static) < 1x10-6mbar ls-1 Operating temperature range 10 to 40 C / 41 to 104 F Edwards part number A73502983 Certification CE, UL, CSA
$11,994.78
Edwards E2M80 57 CFM Dual-Stage High Capacity Vacuum Pump
Edwards E2M80 57 CFM Dual-Stage High Capacity Vacuum Pump Brand new Edwards E2M80 high capacity vacuum pump with one year manufacturer warranty from Edwards. https://shop.edwardsvacuum.com/products/a36504940/view.aspx Overview Edwards E2M series two stage oil sealed rotary vane vacuum pumps are renowned for their high ultimate vacuum, rapid pumping speeds, quiet operation and ability to handle water vapour. These direct drive rotary vane pumps are inherently compact and vibration free, and with their finger-proof fan and coupling housings they offer excellent operator protection.A comprehensive range of accessories is available to allow use on a wide variety of vacuum applications.Supplied with Ultragrade 70 Oil. Fomblin must be purchased separately for PFPE prepared pumps E2MFX. Technology Reliable system protection devices: Every pump has protection devices to prevent oil and air suck-back into the vacuum system if the pump stops while under vacuum. A variety of protection devices are used, depending on the pump size and cost, but emphasis is always placed on reliability and simplicity. When you use gas ballast on some of the pumps, you must use a solenoid operated gas ballast control valve to prevent air suck-back.Positive Pressure Oil Lubrication: The EM pumps incorporate a well proven positive pressure oil lubrication system which as been developed by Edwards to ensure correct lubrication in all duty modes and particularly to prevent oil starvation with high gas loads.An integral oil pump ensures that a more than adequate oil flow is pumped throughout the stator/rotor assembly at all times. This oil lubrication system means that the level of oil in the reservoir is less critical than with other pump designs. All pumps can operate with oil levels as low as 50-70 of the maximum. A full length, easily visible oil level sight glass allows you to conveniently monitor the oil level.Gas Ballast Facility: The EM pumps have a gas ballast valve. The valve is used to introduce a suitable gas into the stator during the compression stage: this prevents condensation of vapors inside the pump, dilutes and ejects corrosive gases and purges the oil of gases and vapors. Therefore, the use of gas ballast reduces oil degradation and pump corrosion.Low Noise Levels: The EM pumps maintain Edwardss reputation for quiet operation pumps with a typical noise level of 70 dB(A).Pumping Systems: The EM pumps, with suitable accessories, can partner a variety of other types of pump in vacuum systems for industry and for research. A special feature of the E2M80 is the central vacuum inlet which enables you to fit a mechanical booster pump with a minimum overhang, to create compact combination pumping systems.Easy Maintenance: The advanced lubrication system allows the EM pumps to work with wide oil level tolerances, which reduce the need to top-up the oil.All EM pumps are constructed with internal dowels, which reduce the need for skilled setting of tolerances, when the pump is dismantled. The pumps are designed so that all key components are easily accessible. The exhaust valve seals and oil distributor seals are exposed after the top cover is removed. The shaft seal can be replaced quickly without stripping down the pump. Applications Vacuum metallurgy processes Thin film coating technologies Pharmaceutical freeze drying Refrigeration and air conditioning system evacuation, drying, and backfilling Transformer and cable drying and impregnation, insulating oil treatment plant Lamp manufacture Cryogenic vessel evacuation Vacuum drying and distillation in chemical industries Semiconductor device manufacture Backing pump for high vacuum applications
$25,772.32
Edwards PFPE E2M28 FX 22 CFM Dual-Stage Vacuum Pump
Edwards PFPE E2M28 FX 22 CFM Dual-Stage Vacuum Pump Brand new Edwards E2M28 FX high capacity vacuum pump with one year manufacturer warranty from Edwards. E2M28 replaces the discontinued E2M30, click links below for more details. Free KF25 flexible stainless steel bellow (3.3 ft), clamps and centering rings set ($219 value) included. Technical support and one year warranty, covered by Edwards. https://shop.edwardsvacuum.com/products/a37325984/view.aspx Requires three of the Edwards FOMBLIN Y VAC 06/06 1KG PEPE oil (Not included. P/N h21301019) https://shop.edwardsvacuum.com/products/h21301019/view.aspx Edwards ITC20K inlet chemical trap recommended (Not included. P/N A44410000) https://shop.edwardsvacuum.com/products/a44410000/view.aspx Overview The EM range of oil‑sealed rotary pumps – renowned for their high ultimate vacuum, rapid pumping speed, quiet operation and ability to handle vapour – have become the industry standard for laboratory and light industrial applications. The pump is a freestanding unit with the drive provided through a flexible coupling by either a single‑phase or three‑phase (four pole) air cooled motor. Each EM pump is supplied with 2 x 1 litre of Ultragrade 19 oil, O ring and centering ring, two Allen keys and spares seal for oil drain and filter plugs. For PFPE prepared FX pumps Fomblin® to be ordered separately. Technology The motor is totally enclosed and is cooled by the motor-cooling fan which directs air along the motor fins. The motors are fitted with a thermal overload device. When the motor is too hot, the thermal overload device switches off the pump. The thermal overload device has an automatic reset; when the motor cools down, the device resets and the motor will restart. An oil pressure system lubricates the pump shaft bearing surfaces and rotor sealing faces. The pump has an oil distribution valve which prevents discharge of oil to the pump interior (suckback) after the pump stops. The pumping chambers are air-tight, so this arrangement prevents oil suckback unless the gas ballast valve is open. You can inspect the level and condition of oil in the oil box reservoir through the oil sight-glass. An oil filler-plug is fitted to the top of the oil box. The pump has two oil drain-plugs to allow either gravity oil drain or pressure oil drain. Features The pump is designed for reliable, long-term operation. Thermal overload device prevents overheating (single phase only). The drive is provided through a flexible coupling by a single-phase or three-phase (four pole) motor. The motors are totally enclosed and are cooled by the motor-cooling fan. Full height O ring sealed oil sight glass for easy checking of oil level and condition. Large sight glass and operating oil range. IE3 energy efficient 3 phase motor used with E2M28. Applications Analytical instruments - LCMS Automotive Beam lines and high energy physics Centrifuges, ultra-high speed Coating Cryogenics Degassing/curing - oil, epoxy resin Distillation/extraction/filtration Freeze drying Furnaces Gas bottle filling/emptying Gel drying Glove boxes, ovens Laboratory bench top vacuum Lasers, gas recovery and re-circulation Leak detectors, Helium Load locks and transfer chambers Refrigeration manufacture Rotary, centrifugal evaporators Solvent recovery Surface science instruments Turbomolecular backing pumps
$14,711.30
Edwards PFPE RV3 2.6 CFM Dual-Stage KF25 Vacuum Pump
Edwards PFPE RV3 2.6 CFM Dual-Stage KF25 Vacuum Pump Free KF25 flexible stainless steel bellow (3.3 ft), clamps and centering rings set ($219 value) included for immediately use (mist filter NOT included). Technical support and one year warranty covered by Edwards. https://shop.edwardsvacuum.com/products/a65209903/view.aspx Requires two of the Edwards FOMBLIN Y VAC 06/06 1KG PEPE oil (Not included. P/N h21301019) https://shop.edwardsvacuum.com/products/h21301019/view.aspx Edwards ITC20K inlet chemical trap recommended (Not included. P/N A44410000) https://shop.edwardsvacuum.com/products/a44410000/view.aspx Overview The Edwards RV series of small oil sealed rotary vane pumps deliver excellent ultimate vacuum pressure, high pumping speeds and superior vapour handling capabilities with quiet operation. With 400,000 units produced, these pumps offer proven performance that sets the industry standard for R&D and scientific pumping applications. Fomblin® must be purchased separately for PFPE RV pumps. Technology All our RV pumps are quiet. Noise levels of 48 dBA 50Hz have been achieved by extensive work on the pump design, drive train and motor.The pumps have the unique ability to deliver excellent ultimate vacuum in both high vacuum and high throughput modes with or without gas ballast. This gives the user an unrivalled opportunity to select the optimum pumping performance without compromising the application.The simple to use mode selector and accessible, three-position gas ballast control allow the pump to be reconfigured at any time, even when the pump is running.In high vacuum mode, the RV pump is ideal for analytical instruments, electron microscopes, physics research, backing turbo pumps and leak detection applications. Configure the same pump in the high throughput mode, and it becomes suitable for distillation, laboratory furnaces, backing vapor pumps, solvent concentration, freeze drying and other drying applications. Features High reliability – generous lubrication of moving parts. Safe process and systems – fast acting inlet valve for best in class anti‑suck back protection. Configured to meet your vacuum needs – mode selector and three position gas ballast No unplanned downtime – designed for easy maintenance. Better work environment – quiet running and intrusive frequencies minimised. Three position gas ballast allows either 60 g/hr or a class leading 220 g/hr (290 g/hr on RV12) of water vapour to be handled. Universal motor to cover the widest possible voltage and frequency range from a single variant. Smooth controlled inlet valve opening by oil pressure to eliminate pressure surges. Rapid closing inlet valve within 0.4 seconds of pump stopping. Applications Analytical instruments Centrifuges, ultra-high speed Coating Degassing/curing - oil, epoxy resin Distillation/extraction/filtration Freeze drying Furnaces Gas bottle filling/emptying Gel drying Glove boxes, ovens Laboratory bench top vacuum Leak detectors, Helium Load locks and transfer chambers Refrigeration manufacture Research and development Rotary, centirfugal evaporators Scanning electron microscopes - SEM SEM/FIB (ion beam repair) Solvent recovery Surface science instruments Turbomolecuar backing pumps
$7,248.29 - $9,925.25
Edwards RV3 2.6 CFM Dual-Stage KF25 Vacuum Pump
Edwards RV3 2.6 CFM Dual-Stage KF25 Vacuum Pump Free KF25 flexible stainless steel bellow (3.3 ft), clamps and centering rings set ($219 value) included for immediately use (mist filter NOT included). Technical support and one year warranty covered by Edwards. https://shop.edwardsvacuum.com/products/a65201903/view.aspx Overview The Edwards RV series of small oil sealed rotary vane pumps deliver excellent ultimate vacuum pressure, high pumping speeds and superior vapour handling capabilities with quiet operation. With 400,000 units produced, these pumps offer proven performance that sets the industry standard for R&D and scientific pumping applications. Technology All our RV pumps are quiet. Noise levels of 48 dBA 50Hz have been achieved by extensive work on the pump design, drive train and motor.The pumps have the unique ability to deliver excellent ultimate vacuum in both high vacuum and high throughput modes with or without gas ballast. This gives the user an unrivalled opportunity to select the optimum pumping performance without compromising the application.The simple to use mode selector and accessible, three-position gas ballast control allow the pump to be reconfigured at any time, even when the pump is running.In high vacuum mode, the RV pump is ideal for analytical instruments, electron microscopes, physics research, backing turbo pumps and leak detection applications. Configure the same pump in the high throughput mode, and it becomes suitable for distillation, laboratory furnaces, backing vapor pumps, solvent concentration, freeze drying and other drying applications. Features High reliability – generous lubrication of moving parts. Safe process and systems – fast acting inlet valve for best in class anti‑suck back protection. Configured to meet your vacuum needs – mode selector and three position gas ballast No unplanned downtime – designed for easy maintenance. Better work environment – quiet running and intrusive frequencies minimised. Three position gas ballast allows either 60 g/hr or a class leading 220 g/hr (290 g/hr on RV12) of water vapour to be handled. Universal motor to cover the widest possible voltage and frequency range from a single variant. Smooth controlled inlet valve opening by oil pressure to eliminate pressure surges. Rapid closing inlet valve within 0.4 seconds of pump stopping. Applications Analytical instruments Centrifuges, ultra-high speed Coating Degassing/curing - oil, epoxy resin Distillation/extraction/filtration Freeze drying Furnaces Gas bottle filling/emptying Gel drying Glove boxes, ovens Laboratory bench top vacuum Leak detectors, Helium Load locks and transfer chambers Refrigeration manufacture Research and development Rotary, centirfugal evaporators Scanning electron microscopes - SEM SEM/FIB (ion beam repair) Solvent recovery Surface science instruments Turbomolecuar backing pumps
$5,418.91 - $5,991.03
Lab Armor Thermal Beads
Lab Armor Thermal Beads Thermal Beads are small, dry, metallic thermal beads designed to replace water in laboratory water baths and ice in ice buckets. Their high thermal conductivity technology is patented and improves energy efficiency of standard water baths by over 50%. Metal composition with smooth round surface Moisture and gas impermeable High thermal conductivity Working temperature range is -80°C to 180°C Non-toxic, non-vaporizing material Recyclable! Ships in 2 each 4 Liter bags/boxes DIAMETER~5 – 8 mm HEIGHT~ 1 – 2 mm WEIGHT~ 3.65 lbs per liter
$302.98 - $1,211.95
Dual Diaphragm Rebuild Kit For ULVAC UDP 6 Cfm Pumps
Dual Diaphragm Rebuild Kit For ULVAC UDP 6 Cfm Pumps Overview Dual-diaphragm rebuild kit for UDP6 6 CFM chemical duty diaphragm pumps. Standard package Part description Quantity Part image Diaphragm 2 pc Pump Head Cover Gasket 2 pc Valve 4 pc O-Ring N-15 4 pc O-Ring P-18 2 pc Bill of Material 1 pc
$1,243.13
Dual Diaphragm Rebuild Kit For ULVAC DTC-41 1.6 Cfm Pumps
Dual Diaphragm Rebuild Kit For ULVAC DTC-41 1.6 Cfm Pumps Overview Dual-diaphragm rebuild kit for DTC-41 1.6 CFM dual-stage chemical duty diaphragm pumps. Standard package Part description Quantity Part image Diaphragm NT 2 pc Suction/discharge Valve A 3 pc Suction/discharge Valve B 2 pc O-Ring (S-28) 4 pc O-Ring (P-10A) 2 pc O-Ring (AS568-110) 4 pc Bill of Material 1 pc
$593.31
ULVAC UDP-6 6 Cfm Full Chemical-Resistant 2-Head Diaphragm Pump
ULVAC UDP-6 6 Cfm Full Chemical-Resistant 2-Head Diaphragm Pump Overview Ai exclusive, compact, lightweight, manufactured and imported directly from Japan, ULVAC UDP-6 is a high capacity full chemical-resistant 2-head pump that creates deep vacuum by reciprocate movement of rubber diaphragms. These pumps are oil-free, which means less maintenance and no more frequent and costly oil change, or cross contamination. Applications TUV certified to UL and CSA standards Moisture & solvent evaporation Vacuum chucks, wafer and tip handling devices Vacuum tweezers, medical appliances Printing equipment Automatic packing machines Optical appliances Semiconductor industry Specifications Model ULVAC UDP-6 (DA-170DA/B) Electrical requirements 110V 50/60Hz or 220V 50/60Hz single phase 400 watts, 5.6 amp rated current Pumping rate 6 cfm Ultimate vacuum level 6 torr Inlet/Outlet KF25 flange Adjustable vac./gas ballast No Unit/shipping dimensions (LxWxH) 16 x 7 x 13" / 18 x 11 x 14.5" Noise level 68 dBA at Atmosphere pressure 62 dBA at ultimate pressure Unit/shipping weight 58 Lb / 63 Lb Working environment 32°F to 104°F (0°C to 40°C) Compliance TUV certified to UL and CSA standards
$5,636.46 - $6,879.59
ULVAC DA-241 9.2 Cfm Oil-Free Diaphragm Pump
ULVAC DA-241 9.2 Cfm Oil-Free Diaphragm Pump Overview Manufactured and imported directly from Japan, ULVAC DA series diaphragm pumps creates vacuum by reciprocate movement of rubber diaphragms. Various pumping speed and two/single stages are selectable depends on your required pressure and pumping volume. These pumps are oil-free, which means less maintenance and no more frequent and costly oil change, or cross contamination. Ai is now the official dealer of ULVAC vacuum pumps. These pumps are made in Japan with one year warranty and technical support from ULVAC. Applications Alcohol evaporation Vacuum chucks, wafer and tip handling devices Vacuum tweezers, medical appliances Printing equipment Automatic packing machines Optical appliances Semiconductor industry Free three feet 3/8" white premium food grade silicone vacuum tubing ($19.99 value) included. Specifications Model ULVAC DA-241 Electrical requirements 110V 50/60Hz or 220V 50/60Hz single phase, 400 watts Full load current 6.0 amps Pumping rate 9.2 cfm Ultimate vacuum level 120 torr Inlet/Outlet 5/8" hose barb Adjustable vac./gas ballast No Unit/shipping dimensions (LxWxH) 8 x 16 x 11" / 18/11/14.5" Unit/shipping weight 58 Lb / 63 Lb Working environment 32°F to 104°F (0°C to 40°C) Noise level 70 dBA at near Atmospheric pressure 65 dBA at ultimate pressure Certification CE, TUV
$4,930.14 - $4,999.36
ULVAC DTC-41 110V 1.6 Cfm 2-Stage Chemical-Duty Diaphragm Pump TUV
ULVAC DTC-41 110V 1.6 Cfm 2-Stage Chemical-Duty Diaphragm Pump TUV Manufactured and imported directly from Japan, ULVAC DTC series diaphragm pumps feature integral forced-air cooling. They have two-stage PTFE diaphragms that are ideal for pumping corrosive gases and organic solvents. These pumps are oil-free, portable, and chemical-resistant, which means less maintenance and no more frequent and costly oil change, or cross contamination. Ai is now the official dealer of ULVAC vacuum pumps. These pumps are made in Japan with one year warranty and technical support from ULVAC. Features: TUV certified to UL and CSA standards Only PTFE components are exposed to vacuum, ideal for pumping corrosive gases and organic solvents Integral forced-air cooling Very compact and portable Designed to back most hybrid turbo pumps Applications: Rotary evaporator Evaporating system Vacuum concentrator Vacuum filtration Vacuum drying systems Medical/pharmaceutical equipments Centrifuge Laser-gas circulation Specifications Model ULVAC DTC-41 Part number 1042840 Electrical requirements 115V 60Hz or 230V 50/60Hz, single phase 0.13HP, 100 watts Full load current 1.1 amps Pumping rate 1.62 cfm (6 minutes to pump down a 0.9 cu ft oven) Gasket material All-PTFE Ultimate vacuum level 7.5 torr / 10 mbar Inlet/Outlet 3/8" hose barb Adjustable vac./gas ballast No Pump dimensions (LxWxH) 13 x 5.5 x 8.5 inches Shipping dimensions (LxWxH) 15 x 9 x 10 inches Pump weight 23 Lb Shipping weight 26 Lb Noise 53 dB(A) Working environment 32°F to 104°F (0°C to 40°C) Compliance TUV certified to UL and CSA standards
$2,811.17 - $3,404.48
Agilent IDP-3 Dry Scroll Vacuum Pump With Inlet Isolation Valve
Agilent IDP-3 Dry Scroll Vacuum Pump With Inlet Isolation Valve A Overview The Agilent IDP-3 dry scroll pump is an innovative, compact, high-performance, oil-free vacuum pump that is suitable for a wide variety of applications. It is the smallest scroll pump made for general vacuum applications, which makes it easy to integrate into OEM systems, and it weighs only 21 pounds (9.5 kg). Yet with a pumping speed of 2.1 cfm (60 L/min) and a very low base pressure of 250 milliTorr, it is the highest-performing dry pump in its class. Agilent IDP dry scroll pumps are oil-free, compact, quiet, high performance vacuum pumps. IDP pumps use a single-sided scroll design that allows for a straightforward 15 minute maintenance procedure with simple tools. Large pumping speeds and compact sizes are ideal for many applications in the research, analytical instrument, and laboratory markets. IDP pumps are hermetic, with the motor and all bearings completely isolated from the vacuum path. This design extends the bearing life and provides clean, dry vacuum to the application. An inlet isolation valve is available as an integral option that adds no additional height to the pump. The IDP-10 uses an inverter driven motor, which provides uniform vacuum performance at all global frequencies and input voltages. Its uniform global performance and compact size make it an ideal choice for analytical instruments and industrial OEMs. Specifications Base pressure (50 Hz) - Torr & mbar 2.5 x 10-1 Torr 3.3 x 10-1 mbar Base pressure (60 Hz) - Torr & mbar 2.5 x 10-1 Torr 3.3 x 10-1 mbar Dimensions (WxHxL) 5.5 in x 7.13 in x 14.09 in Exhaust Connection ¼ inch female NPT (10 mm hose barb provided) Height 7.13 in Inlet Connection NW16 Input Voltage 1Ø, 115 V. 60 Hz Length 14.09 in Noise Level 55 dB(A) Pumping Speed (50 Hz) 1.8 CFM 3 m3/h 50 L/min Pumping Speed (60 Hz) 2.1 CFM 3.6 m3/h 60 L/min UNSPSC Code 40151502 Width 5.5 in
$6,118.17
ULVAC DTC-41 230V 1.6 Cfm 2-Stage Chemical-Duty Diaphragm Pump TUV
ULVAC DTC-41 230V 1.6 Cfm 2-Stage Chemical-Duty Diaphragm Pump TUV Manufactured and imported directly from Japan, ULVAC DTC series diaphragm pumps feature integral forced-air cooling. They have two-stage PTFE diaphragms that are ideal for pumping corrosive gases and organic solvents. These pumps are oil-free, portable, and chemical-resistant, which means less maintenance and no more frequent and costly oil change, or cross contamination. Ai is now the official dealer of ULVAC vacuum pumps. These pumps are made in Japan with one year warranty and technical support from ULVAC. Features: TUV certified to UL and CSA standards Only PTFE components are exposed to vacuum, ideal for pumping corrosive gases and organic solvents Integral forced-air cooling Very compact and portable Designed to back most hybrid turbo pumps Applications: Rotary evaporator Evaporating system Vacuum concentrator Vacuum filtration Vacuum drying systems Medical/pharmaceutical equipments Centrifuge Laser-gas circulation Free three feet 3/8" white premium food grade silicone vacuum tubing ($19.99 value) included. Model ULVAC DTC-41 Part number 1042840 Electrical requirements 115V 60Hz or 230V 50/60Hz, single phase 0.13HP, 100 watts Full load current 1.1 amps Pumping rate 1.62 cfm (6 minutes to pump down a 0.9 cu ft oven) Gasket material All-PTFE Ultimate vacuum level 7.5 torr / 10 mbar Inlet/Outlet 3/8" hose barb Adjustable vac./gas ballast No Pump dimensions (LxWxH) 13 x 5.5 x 8.5 inches Shipping dimensions (LxWxH) 15 x 9 x 10 inches Pump weight 23 Lb Shipping weight 26 Lb Noise 53 dB(A) Working environment 32°F to 104°F (0°C to 40°C) Compliance TUV certified to UL and CSA standards
$2,811.17 - $3,404.48
Tip Seal Kit For Agilent IDP3, IDP7, IDP10 Or IDP15
Tip Seal Kit For Agilent IDP3, IDP7, IDP10 Or IDP15 Agilent tip seal replacement kit for IDP-3, IDP-7, IDP-10 or IDP-15 dry scroll pumps.
$405.43 - $720.45
Agilent Diffusion Pump Oil
Agilent Diffusion Pump Oil Agilent diffusion pump oil, recommended for Agilent AX-65 diffusion pump (do NOT fill more than 30mL oil at a time).
$406.84 - $2,832.36
Agilent PCG-750 Pirani Capacitance Diaphragm High Vacuum Gauge (Gauge Only)
Agilent PCG-750 Pirani Capacitance Diaphragm High Vacuum Gauge (Gauge Only) User Manual
$1,258.67 - $1,576.51
KING SHRED
KING SHRED This is a one of a kind grinder that guarantees a consistent grind every run! Many people who use other grinders face an issue of pulverizing their product leaving dust, chunks, and clusters: making it unpleasant to roll with. This machine has been designed to eliminate all of those unwanted outcomes and ensures the desired consistent and fluffy grind. It contains a motorized hopper that has the ability to work through a pound of material in 1.5 minutes. Its easy to clean and maintain, and there's no doubt that it will increase the efficacy and quality of your production. Dimesions:16 x 12 x 13.75 inches Warranty: One year
$3,531.62$3,460.98
Potato Dextrose Broth for Mushrooms Mycology
Gellan Gum Powder Nutritional Additive Our Agar Powder is extracted from Red Seaweed. Our agar is a complex polysaccharide and is a top choice for mycology cultures. This superfine agar dissolves quickly and has a high gel strength making it an excellent choice for a variety of applications an petri dishes. STORAGE: Cool dry conditions, sealed original package Mix: 10gram per. 500mlpH: 5.1 CLARITY: Clear. SOLUBILITY: Water Solubile. TOTAL MICROBIAL COUNT: 1200CFU/gm SALMONELLA: NEGATIVE E.COLI: NEGATIVE STAPHYLOCOCCUS AUREUS: NEGATIVE YEAST AND MOLDS: 190CFU/gm SHELFLIFE: 4 years. CAS# N/A Directions for Use: Mix 10g of potato dextrose powder per 500ml of distilled water, as a nutritional additive in your agar or liquid culture formulation. Boil and stir until powder is fully disolved. Sterilize the mixture for 45min @15psi 250°F (121°C) in a pressure cooker or autoclave.
$16.81 - $84.05
Gellan Gum Powder for Mushrooms Mycology
Gellan Gum Powder Low Acyl | 99.5% Purity Gellan Gum is a high- molecular weight polysaccharide gum that is a product of fermentation of carbohydrates by pseudomonas Elodea which is purified, dried and powdered. Gellan gum is ideal for most microbial and plant tissue culture applications. It’s gelling property makes it a viable ingredient of jellies, beverages, dairy products etc.. This superfine gellan gum dissolves quickly and has a high gel strength making it an excellent choice for a variety of applications an petri dishes. STORAGE: Cool dry conditions, sealed original package Mix: 10gram per. 500ml GELLANGUM CONTENT: 99.5% PARTICLE SIZE 60MESH: 99.0% TRANSPARENCY: 86.3% GEL STREGNTH: 980gm/cm^2 pH: 6.5 TURBIDITY: 8.0NTU HEAVY METAL: <20 ppm. TOTAL PLATE COUNT: <1000CFU/gm SALMONELLA: NEGATIVE E.COLI: NEGATIVE YEAST AND MOLDS: <200CFU/gm SHELFLIFE: 4 years CAS#71010-52-1 Directions for Use: Mix 10g of powder per 500ml of distilled water. Boil and stir until powder is fully dissolved. Sterilize the mixture for 45min @15psi 250°F (121°C) in a pressure cooker or autoclave. Allow mixture to cool to approximately 140°F (60°C) *To avoid excessive condensation. Fill dishes with 15ml of mixture, approximately ~30-35 dishes.
$16.81 - $84.05
Soya Peptone Powder for Mushrooms Mycology
Soya Peptone Powder Bacteriological GradeBest for Vigorous Mycelia Growth Our Agar Powder is extracted from Red Seaweed. Our agar is a complex polysaccharide and is a top choice for mycology cultures. This superfine agar dissolves quickly and has a high gel strength making it an excellent choice for a variety of applications an petri dishes. STORAGE: Cool dry conditions, sealed original package Mix: Mix: 1 gram per. 500ml pH: 6.41 ODOR: Soy bean protein smell. SOLUBILITY: Soluble in water. TOTAL NITROGEN: 10.45% W/W TOTAL ALPHA AMINO NITROGEN: 3.09% W/W TOTAL PLATE COUNT: 1098 CFU/gm YEAST AND MOLDS:: 200CFU/gm E.COLI: NEGATIVE SALMONELLA: NEGATIVE STA{HYLOCOCCUS AUREUS: NEGATIVE PSEUDOMONAS AERUGINOSA: NEGATIVE SHELFLIFE: 4 years. CAS# 91079-46-8 Directions for Use: 1. Mix 1g of soya peptone powder per 500ml of liquid culture or agar recipe for vigorous mycelia growth. 2. Boil and stir until powder is fully dissolved. Sterilize the mixture for 45min @15psi 250°F (121°C) in a pressure cooker or autoclave.
$16.81 - $84.05
Malt Extract Powder for Mushrooms Mycology
Malt Extract Powder Our Agar Powder is extracted from Red Seaweed. Our agar is a complex polysaccharide and is a top choice for mycology cultures. This superfine agar dissolves quickly and has a high gel strength making it an excellent choice for a variety of applications an petri dishes. STORAGE: Cool dry conditions, sealed original package Mix: Mix: 10 gram per. 500ml pH: 5.88 TASTE & ODOR: Sweet, malty in taste and smell. SOLUBILITY: Soluble in water. CLARITY IN WATER: Clear TOTAL PROTEIN CONTENT: 5.19% TOTAL CARBOHYDRATE: 72.98% W/W YEAST AND MOLDS:: 150CFU/gm E.COLI: NEGATIVE SALMONELLA: NEGATIVE STA{HYLOCOCCUS AUREUS: NEGATIVE SHELFLIFE: 4 years GEL STRENGTH(1.5%) 900 gm/cm Minimum CAS# N/A Directions for Use: Mix 10g of malt extract powder per 500ml of distilled water, as a nutritional additive in your agar or liquid culture formulation. Boil and stir until powder is fully dissolved. Sterilize the mixture for 45min @15psi 250°F (121°C) in a pressure cooker or autoclave. Allow mixture to cool to approximately 122°F (50°C) *To avoid excessive condensation
$16.81 - $84.05
Yeast Extract Powder for Mushrooms Mycology
Yeast Extract Powder Bacteriological GradeBest for Vigorous Mycelia Growth Our Agar Powder is extracted from Red Seaweed. Our agar is a complex polysaccharide and is a top choice for mycology cultures. This superfine agar dissolves quickly and has a high gel strength making it an excellent choice for a variety of applications an petri dishes. STORAGE: Cool dry conditions, sealed original package Mix: Mix: 1 gram per. 500ml pH: 6.35 ODOR: Characteristic of Yeast. CLARITY: Clear. SOLUBILITY: Soluble in water. TOTAL NITROGEN: 10.59% W/W SODIUM CHLORIDE: 4.80% W/W TOTAL PLATE COUNT: 2110 CFU/gm YEAST AND MOLDS:: 200CFU/gm E.COLI: NEGATIVE SALMONELLA: NEGATIVE STAPHYLOCOCCUS AUREUS: NEGATIVE PSEUDOMONAS AERUGINOSA: NEGATIVE SHELFLIFE: 4 years CAS# 8013-01-2 Directions for Use: 1. Mix 1g of soya peptone powder per 500ml of liquid culture or agar recipe for vigorous mycelia growth. 2. Boil and stir until powder is fully dissolved. Sterilize the mixture for 45min @15psi 250°F (121°C) in a pressure cooker or autoclave.
$16.81 - $84.05
Agilent AX-65 Air-Cooled Diffusion Pump
Agilent AX-65 Air-Cooled Diffusion Pump The Agilent AX-65 diffusion pump is a high-performance, air-cooled pump designed with bench-top analytical instruments in mind. Its vertical finned boiler and high power provide stable pumping and high helium pumping speed. This pump can be ordered with a cold cap or a dense baffle. The pump includes a fluid-level sight glass that indicates the fluid level at all times. Features High performance specifications means higher, cleaner vacuum levels Fluid-level sight glass provides quick indication of pump fluid status at all times The wide range of available pump configuration and flange combinations optimizes pump performance and fit for your application Compact design makes integration into space-limited equipment easy Full thermal protection guards against all over-temperature conditions “Pump-ready” thermal switch sends a signal when pump is operational Finned, vertical boiler promotes stable pumping, especially of light gases Three-stage fractionating jet with ejector stage purifies pumping fluid, giving higher forepressure tolerance Do NOT fill more than 30mL diffusion pump oil at a time
$3,366.34
Agilent TwisTorr 74 FS Turbo Pump Package
Agilent TwisTorr 74 FS Turbo Pump Package The Agilent TwisTorr 74 FS is a small, 70 L/s turbo pump for research and development, UHV systems, nuclear research, and electron microscopy. It delivers high vacuum performance thanks to the synergy between turbo technology and innovative TwisTorr drag stages.Its floating suspension enables low vibration and noise level, making it compatible with sensitive instrumentation and work environments. Unique cantilever suspension ensures no magnetic interferences with your application and no hydrocarbon contamination. Features High compression ratios for light gases and hydrocarbon free design, enabling low base pressure Remote controller allows operation from 100 m away High foreline tolerance allows smaller foreline pumps, reducing cost and footprint Low vibration and noise levels - 41 dB(A), for a comfortable working environment and operation in sensitive experiments Maintenance-free bearings for zero operating cost Compact size and installation in any position allows easy integration Gauge reading capability for system pressure monitoring Ready for wireless control via Vacuum Link app for pump operation on the go Radiation and magnetic field-proof design with no embedded electronics allows operation in demanding magnetic field and radiation environments Low electromagnetic emission guarantees no interference with application process
$15,938.52
Agilent IDP-15 Dry Scroll Vacuum Pump With Inlet Isolation Valve
Agilent IDP-15 Dry Scroll Vacuum Pump With Inlet Isolation Valve The new Agilent IDP-15 dry scroll pump is designed for extremely quiet (<50dBA) and low vibration operation, delivering a peak pumping speed of 9 cfm at 60Hz.With a single-sided scroll design it offers fast, easy yearly maintenance and low cost of ownership. Agilent IDP dry scroll pumps are oil-free, compact, quiet, high performance vacuum pumps. IDP pumps use a single-sided scroll design that allows for a straightforward 15 minute maintenance procedure with simple tools. Large pumping speeds and compact sizes are ideal for many applications in the research, analytical instrument, and laboratory markets. IDP pumps are hermetic, with the motor and all bearings completely isolated from the vacuum path. This design extends the bearing life and provides clean, dry vacuum to the application. An inlet isolation valve is available as an integral option that adds no additional height to the pump. Specifications Base pressure (50 Hz) - Torr & mbar 1.0 x 10-2 Torr 1.3 x 10-2 mbar Base pressure (60 Hz) - Torr & mbar 1.0 x 10-2 Torr 1.3 x 10-2 mbar Dimensions (WxHxL) 13.1 in x 14.3 in x 19.1 in Exhaust Connection NW16 Height 14.3 in Inlet Connection NW25 Input Voltage 220-230 VAC 100-115 Length 19.1 in Noise Level 50 dB(A) Pumping Speed (50 Hz) 12.8 m3/h 214 L/min 7.5 CFM Pumping Speed (60 Hz) 15.4 m3/h 256 L/min 9.1 CFM Width 13.1 in
$13,291.59 - $13,990.85
Agilent IDP-7 Dry Scroll Vacuum Pump With Inlet Isolation Valve
Agilent IDP-7 Dry Scroll Vacuum Pump With Inlet Isolation Valve Overview The new Agilent IDP-7 dry scroll pump is a compact, high performance, oil-free vacuum pump, delivering large pumping speed capacity and simple maintenance. Agilent IDP dry scroll pumps are oil-free, compact, quiet, high performance vacuum pumps. IDP pumps use a single-sided scroll design that allows for a straightforward 15 minute maintenance procedure with simple tools. Large pumping speeds and compact sizes are ideal for many applications in the research, analytical instrument, and laboratory markets. IDP pumps are hermetic, with the motor and all bearings completely isolated from the vacuum path. This design extends the bearing life and provides clean, dry vacuum to the application. An inlet isolation valve is available as an integral option that adds no additional height to the pump. Specifications Base pressure (50 Hz) - Torr & mbar 3.0 x 10-2 Torr 4.0 x 10-2 mbar Base pressure (60 Hz) - Torr & mbar 2.0 x 10-2 Torr 2.6 x 10-2 mbar Dimensions (WxHxL) 10.24 in x 10 in x 16.54 in Exhaust Connection NW16 Height 10 in Inlet Connection NW25 Input Voltage 200-240 VAC 100-120 Length 16.54 in Noise Level 52 dB(A) Pumping Speed (50 Hz) 120 L/min 4.2 CFM 7.2 m3/h Pumping Speed (60 Hz) 152 L/min 5.4 CFM 9.1 m3/hr Width 10.24 in
$9,642.73 - $10,144.21
Agilent IDP-3 2.1 Cfm Oil-Free Compact Dry Scroll Pump - 110V
Agilent IDP-3 2.1 Cfm Oil-Free Compact Dry Scroll Pump - 110V Overview The Agilent IDP-3 dry scroll pump is an innovative, compact, high-performance, oil-free vacuum pump that is suitable for a wide variety of applications. It is the smallest scroll pump made for general vacuum applications, which makes it easy to integrate into OEM systems, and it weighs only 21 pounds (9.5 kg). Yet with a pumping speed of 2.1 cfm (60 L/min) and a very low base pressure of 250 milliTorr, it is the highest-performing dry pump in its class. Agilent IDP dry scroll pumps are oil-free, compact, quiet, high performance vacuum pumps. IDP pumps use a single-sided scroll design that allows for a straightforward 15 minute maintenance procedure with simple tools. Large pumping speeds and compact sizes are ideal for many applications in the research, analytical instrument, and laboratory markets. IDP pumps are hermetic, with the motor and all bearings completely isolated from the vacuum path. This design extends the bearing life and provides clean, dry vacuum to the application. An inlet isolation valve is available as an integral option that adds no additional height to the pump. The IDP-10 uses an inverter driven motor, which provides uniform vacuum performance at all global frequencies and input voltages. Its uniform global performance and compact size make it an ideal choice for analytical instruments and industrial OEMs.
$5,098.24 - $5,503.67
Refurbished Vacuubrand PC 3001 Vario SELECT
Refurbished Vacuubrand VARIO® chemistry pumping unit PC 3001 VARIOpro The PC 3001 VARIO select pumping unit precisely controls the vacuum level in order to achieve unparalleled process control. This pump is suitable for even high boiling point solvents. The integrated VACUU·SELECT controller provides an easy-to-use, application based interface that covers all common lab applications. The VACUU·SELECT controller has you covered. Use manual set-point-control for simple processes, run fully automated distillations, or create your own application with simple drag-and-drop editing. For solvent evaporation, the VACUU·SELECT controller detects solvent boiling and automatically adjusts the pump's motor speed to maintain process control. The VARIO motor speed control also makes the pump whisper quiet and provides for exceptionally long maintenance intervals. The inlet separator, made of glass with a robust protective coating, prevents particles and liquid droplets from entering the pump, preventing damage and extending pump life. And the exhaust vapor condenser allows for nearly complete recovery of solvents when used with a chilled water line or recirculating chiller for economical recycling and environmental protection. Performance features simplify lab work with the VACUU·SELECT vacuum controller with graphic user interface and predefined applications automatic boiling point detection and continuous optimization of vacuum levels for quick process times compact and powerful; superior performance even with continuous condensate purge whisper quiet and ultra low vibration eco-friendly: extremely low power consumption and efficient solvent recovery. Oil-free! CE Approval Safety Information Manual Controller Manual Manual interfaces Technical data Unit PC 3001 VARIO select Vacuum controller VACUU·SELECT Number of heads / stages 4 / 3 Max. pumping speed m3/h 2.0 Max. pumping speed cfm 1.2 Ultimate vacuum (abs.) mbar/torr 2.0 / 1.5 Ultim. vac. (abs.) with gas ballast mbar/torr 4 / 3 Ambient temperature range (operation) °C 10 - 40 Ambient temperature range (storage) °C -10 - 60 Max. back pressure (abs.) bar 1.1 Inlet connection Hose nozzle DN 6-10 mm Outlet connection Hose nozzle DN 8-10 mm Coolant connection 2 x hose nozzle DN 6-8 mm Rated motor power kW 0.16 Motor speed range min-1 200 - 3000 Protection class IP 20 Dimensions (L x W x H) mm 303 x 306 x 400 Weight kg 8.2 Noise level at 50 Hz, typ. dBA 42 ATEX conformity (only 230V) II 3/- G IIC T3 X Internal Atm. only Items supplied Pumping unit completely mounted, ready for use, with manual. Accessories Rubber vacuum tubing DN 6 mm (20686000) Rubber vacuum tubing DN 8 mm (20686001) Coolant valve VKW-B (20674220) Vent valve VB M-B (20674217) Liquid level sensor (20699908) VACUU·BUS® Y-Adapter mit Kabel 2m (20683240)
$10,277.00$6,356.91
SCILOGEX SCI500H-Pro LCD Digital 10 x 10 Magnetic Hotplate, ceramic-glass plate, 110V, 50/60Hz US Plug
SCILOGEX SCI500H-Pro LCD Digital 10x10 Hotplate, 500°C Max SCILOGEX SCI500H-Pro LCD Digital 10 x 10 Hotplate Features LCD screen shows temperature, Max. temperature up to 500°C 10-inch glass ceramic work plate provides excellent chemical-resistant performance and most efficient heat transfer External temperature control is possible by connecting the temperature sensor (PT 1000) with an accuracy at ±0.2°C The "Hot" warning will flash if the work plate temperature is above 50°C even when the hotplate is turned off Heating temperature: room temperature ~500°C The included SD Card can record the instrument's running data in real time. Timing function: the heat time can be easily set. SCILOGEX SCI500H-Pro LCD Digital 10 x 10 Hotplate Specifications Work plate Dimension[WxD] 254x254mm(10 x 10inch) Work plate material Glass ceramic Heating Position 1 Heating temperature range Room temp. to 500°C, increments 1°C Temperature control accuracy ±1°C(<100°C)±1%(>100°C) Safety temperature 540°C Temperature,Time display LCD Timer function 1min to 99h59min Temperature display accuracy ±0.1°C External temperature sensor PT1000 (±0.2°C) "Hot" warning 50°C Protection class IP21 Power class 1400W Heating output 1350W Voltage Frequency 100-120/200-240V 50/60Hz Dimension[WxDxH] 328x424x138mm Weight 7.18kg Permissible Ambient temperature and humidity 5-40°C, 80%RH Additional Resources and Information Downloadable PDFs SCI500H-Pro Manual Scilogex Hotplate & Stirrers Accessories
$1,059.48
SCILOGEX SCI550-H LED Digital 7 x 7 Square Hotplate, ceramic-glass plate, 110V, 50//60Hz, US Plug
SCILOGEX SCI550-H LED Digital 7x7 Hotplate, 550ºC Max Product Description The SCI550-H is one of the most technically advanced hotplates in the marketplace. Simply turn the heat button to set the desired temperature with the LED display and the actual real-time temperature is clearly displayed. Product Features Easy-to-read LED display Ceramic-Glass plate Hot warning above 50°C Accessories available including PT1000 external sensor and reaction blocks cTUVus approved for UL and CSA 2 YEAR WARRANTY Product Specifications Hotplate MODEL SCI550-H Temp range Ambient - 550°C Temp accuracy at plate ±10°C Temp control accuracy with PT- 1000 Sensor ±1°C Temp increments 5°C Heat output 1000W Heating rate (1 liter water) 6K/min Heat display LED Plate size 7 x 7 in. Plate material Ceramic-Glass Dimensions 14"L x 8.5"W x 4.5"H Weight 11lbs Voltage 110Volts 60Hz Additional Resources and Information Downloadable PDFs Scilogex SCI550-H Manual Scilogex Hotplates & Stirrers Brochure Scilogex Hotplate & Stirrers Accessories
$666.77
SCILOGEX SCI380H-Pro LCD Digital 5.5 x 5.5 in. Hotplate, ceramic plate, 110V, 50/60Hz US Plug
SCILOGEX SCI380H-Pro 5.5 x 5.5 in. LCD Digital Hotplate, 380ºC/1500rpm Max Product Description The new SCI380H-Pro Digital Hotplate is a very economically priced and ideal for accurate heating applications from ambient +5°C to 380°C. Product Features Easy to read backlit LCD display Ceramic plate for chemical resistance and easy clean Electronic speed control for constant speed even during changes in load Brushless DC motor cTUVus approved for UL and CSA 2 Year Warranty Product Specifications Temp range Ambient +5 - 380°C Overheat protection 420°C Temp accuracy at plate ±1(100°C) Temp control accuracy of liquid using PT- 1000 Sensor ±1°C Temp increments 1°C Heat output 500W Power 510W Heating rate (1 liter water) 6K/min Speed display LCD (backlit) Protection class IP21 Plate size 5.5 x 5.5 in. Plate material Ceramic coated aluminum Dimensions 12.5"L x 7"W x 4.2"H Weight 5lbs Voltage 110Volts 60Hz, 510W Additional Resources and Information Downloadable PDFs SCILOGEX SCI380HHotplate Manual SCILOGEX MagneticHotplate-Stirrers Brochure SCILOGEX HotplateStirrers & Accessories
$396.95
SCILOGEX SCI280-Pro, Circular LED Digital Hotplate-Stirrer, ceramic plate, 110V, 50/60Hz, US Plug
SCILOGEX SCI280-Pro Circular-top LED Digital Hotplate Stirrer 280ºC/1500rpm Max Product Description The SCI280 hotplate-stirrer is a very economically priced LED digital hotplate-stirrer ideal for handling small volume task on daily application, as a low temperature magnetic stirrer with max. temperature at 280°C. This compact unit can be used as a hotplate, stirrer or combination. Product Features Heat only, stir only or heat and stir together functions Digital temperature control with max. temperature up to 280°C Digital speed control with max. speed up to 1500rpm, with new brushless motor Stainless steel work plate with ceramic coating provides good chemical resistant performance and easy cleaning LED display shows temperature and speed External temperature control is possible by connecting the temperature sensor(PT1000) with an accuracy at ±0.5°C The “HOT” warning will flash when the work plate temperature is above 50°C even if the hotplate is turned off Accessory reaction blocks for flasks and vessels available Electronic speed control for constant speed even during changes in load Comes with a free 50mm L x 5mm Dia. Magnetic Stir bar cTUVus approved for UL and CSA 2 Year Warranty Product Specifications Work plate dimension[W x D] φ135mm(5 inch) Work plate material stainless steel cover with ceramic Motor type Brushless DC motor Motor input power 5W Motor output power 3W Power 515W Heating output 500W Voltage 100-120V 60Hz Stirring positions 1 Max. stirring quantity 3L Max. magnetic bar[length] 50mm Speed range 200-1500rpm Speed display LED Temperature display LED Speed display resolution ±1rpm Heating temperature range Room Temp.-280°C, increment 1°C Temperature control accuracy ±1°C(100°C) Overheating protection 320°C Temperature display accuracy ±1°C External temperature sensor PT1000 (accuracy ±0.5°C) "Hot" warning 50°C Protection class IP21 Dimension[WxDxH] 150×260×80mm Weight 1.8kg Permissible ambient temperature and humidity 5-40°C, 80%RH Additional Resources and Information Downloadable PDFs SCI280-Pro Manual Hotplates & Stirrers Brochure Hotplate & Stirrers Accessories
$353.16 - $440.75
SCILOGEX SCI500HS-Pro LCD Digital 10 x 10 Magnetic Hotplate Stirrer, ceramic-glass plate, 110V, 50/60Hz US Plug
SCILOGEX SCI500HS-Pro LCD Digital 10x10 Magnetic Hotplate Stirrer 500°C/1500rpm Max Product Features Large volume: Up to 30L of liquid on 10-inch hot plate with powerful magnetic stirring Glass ceramic work plate provides excellent chemical resistant performance and efficient heat transfer. LCD display for precise monitoring of speed and temperature. Liquid temperature control is possible by connecting the temperature sensor (PT1000) with an accuracy at ±0.2°C. Digital speed control of 100~1500 rpm Max. heating plate temperature 500°C The "Hot" warning will flash when the work plate temperature is above 50°C even when the hotplate is turned off. Free SD card records the instrument's running data in real time. Timing function: the run time of the instrument can be set. Product Specifications Work plate dimension[W x D] 254x254mm(10inch) Work plate material Glass ceramic Motor type Brushless DC motor Stirring positions 1 Max. Stirring quantity, [H2O] 30L Max. Magnetic bar[length] 80mm Speed range 100-1500rpm resolution±1rpm Speed, Time, Temperature display LCD Timer display 1min-99h59min Heating Temperature range Room Temp. -500°C, increment 1°C Temperature control accuracy ±1°C(100°C) Overheating Protection(°C) 540 Temperature Display Accuracy ±0.1°C External temperature sensor PT1000 (accuracy ±0.2) "Hot" warning (°C) 50 Data Connector SD Card Protection Class IP21 Power 1400W Heating output (W) 1350W Voltage, Frequency 100-120/200-240V 50/60Hz Dimensions [WxDxH] 328x424x138mm Weight (kg) 7.18 Permissible Ambient Temperature and Humidity 5-40° C, 80%RH Additional Resources and Information Downloadable PDFs SCI500HS-Pro Manual Hotplate & Stirrers Accessories
$1,183.80 - $1,493.17
SCILOGEX SCI550-Pro LCD Digital 7 x 7 Magnetic Hotplate Stirrer, ceramic-glass plate, 110V, 50/60Hz US Plug
SCILOGEX SCI550-Pro 7x7 LCD Digital Hotplate Stirrer 550ºC/1500rpm Max Product Description The SCI550-Pro is one of the most technically advanced hotplate-stirrers in the marketplace. With independent back-lit LCD displays for both heat and stirring functions and PID technology. The SCI550-Pro controls temperature at +/- 1ºC. It also incorporates a DC brushless (spark free) motor for extremely long life and excellent performance. It is widely used in chemical synthesis, physical and chemical analysis, biopharmaceuticals etc. Combining with glass ceramic work plate, brushless DC motor and external temperature sensor, the work plate temperature is optimized up to 550°C. Product Features Easy-to-read independent back-lit LCD displays for heat and stirring. Digital speed controlling, max. speed at 1500rpm Built-in PID controller ensures safe heating of the medium with overheating protection. Heat only, stir only or heat and stir together functions. Max. heating plate temperature 550°C Glass ceramic work plate provides excellent chemical resistant performance and most efficient heat transfer. RS232 for remote control, providing PC control and data transmission. Low temperature stability External temperature control is possible by connecting the temperature sensor (PT1000) with an accuracy at ±0.2°C. Accessory PT-1000 stand available (built in stand mount) Electronic speed control for constant speed even during changes in load Maintenance free DC brushless motor for long life and more stirring power Two rotating knobs enable easy adjustment of speed and temperature. High magnetic adhesion “HOT” warning will flash when the work plate temperature is above 50°C even when the hotplate is turned off. cTUVus approved for UL and CSA 2 YEAR WARRANTY Work plate dimension[W x D] 184x184mm(7 inch) Work plate material Glass ceramic Motor type Brushless DC motor Motor input power 18W Motor output power 10W Power 1050W Heating output 1000W Voltage 110V, 60Hz Stirring positions 1 Max. stirring quantity[H2O] 20L Max. magnetic bar[length] 80mm Speed range 100-1500rpm, resolution ±1rpm Speed display LCD Temperature display LCD Heating temperature range Room Temp.-550°C, increment 1°C Temperature control accuracy ±1°C(<100°C) ±1%(>100°C) Overheating protection 580°C Overheating protection ±0.1°C External temperature sensor PT1000 (accuracy ±0.2) "Hot" warning 50°C Data connector RS232 Protection class IP21 Dimension[WxDxH] 215x360x112mm Weight 5.3kg Permissible ambient temperature and humidity 5-40°C, 80%R Additional Resources and Information Downloadable PDFs SCI550-Pro Manual Hotplates & Stirrers Brochure Hotplates & Stirrers Accessories
$923.87 - $991.68
Duratherm XLT-2 Thermal Fluid
DURATHERM XLT-2 Engineered for long-term operation in heat transfer applications requiring precise temperature control ranging from -84°C (-120°F) up to 177°C (350°F). Ideal for near-cryogenic applications Duratherm XLT-2’s economical cost and wide operating temperature also makes it well-suited for heating and cooling applications found in the food processing, pharmaceutical, chemical and botanical extraction industries. Maximum temperature: 177ºC/350°F Minimum temperature: -84ºC/-120°F Flash point 63ºC/145°F Extreme low-temperature capabilities Stable and non-corrosive Properties remain consistent over temperature range Includes free fluid analysis and tech support Standard Metric TEMPERATURE RATINGS Max Bulk/Use Temp 177°C Max Film Temp. 204°C Pour Point ASTM D97 -90°C SAFETY DATA Flash Point ASTM D92 63°C Fire Point ASTM D92 70°C Autoignition ASTM E-659-78 275°C THERMAL PROPERTIES Thermal Expansion Coefficient Thermal Conductivity W/m·K -40°C 0.119 -18°C 0.116 38°C 0.107 Heat Capacity kJ/kg·K -40°C 1.863 -18°C 1.947 38°C 2.169 PHYSICAL PROPERTIES Viscosity ASTM D445 cSt -40°C 8.68 -18°C 3.78 Density ASTM D1298 kg/l -40°C 0.81 -18°C 0.80 38°C 0.76 Vapor Pressure ASTM D2879 kPa -40°C 0.00 -18°C 0.00 38°C 0.22 Distillation Range ASTM D2887 10% -18°C 90% -18°C Note: The values quoted in the table above are typical of normal production.They do not constitute a specification.
$105.95 - $2,895.93
Duratherm G Thermal Fluid - High Temp Rated 260°C (500°F)
DURATHERM G Duratherm G is a glycol based thermal fluid rated to 260°C (500°F), a proprietary additive system that not only helps the fluid last longer and run cleaner, it makes it the ideal choice for extreme oxidation environments including demanding, open bath applications. 260°C (500°F) maximum operating temperature High flash point of 249°C (480°F) Ideal for use in extreme oxidation environments like open baths Polyalkylene glycol based thermal fluid with enhanced performance TEMPERATURE RATINGS Max Bulk/Use Temp 260°C Max Film Temp. 288°C Pour Point ASTM D97 -40°C SAFETY DATA Flash Point ASTM D92 249°C Fire Point ASTM D92 263°C Autoignition ASTM E-659-78 366°C THERMAL PROPERTIES Thermal Expansion Coefficient 0.0679 %/°C Thermal Conductivity W/m·K 38°C 0.182 100°C 0.175 204°C 0.165 204°C 0.164 260°C 0.159 Heat Capacity kJ/kg·K 38°C 1.976 100°C 2.043 204°C 2.153 204°C 2.152 260°C 2.211 PHYSICAL PROPERTIES Viscosity ASTM D445 cSt 40°C 42.16 100°C 7.43 204°C 1.88 204°C 1.87 260°C 1.23 Density ASTM D1298 kg/l 38°C 0.92 100°C 0.90 204°C 0.87 204°C 0.87 260°C 0.86 Vapor Pressure ASTM D2879 kPa 38°C 0.28 100°C 0.88 204°C 2.40 204°C 2.41 260°C 3.52 Distillation Range ASTM D2887 10% 368°C 90% 514°C Specific Gravity @ 16°C 0.963 Note: The values quoted in the table above are typical of normal production.They do not constitute a specificatio
$83.35 - $3,460.98
Duratherm S Thermal Fluid
DURATHERM S A silicone based heat transfer fluid that is ideally suited for high oxidation applications or completely exposed systems. Duratherm S is virtually impervious to oxidation at temperatures under 204°C (400°F) and offers superior protection from fluid degradation. Duratherm S is best suited for applications not prone to contamination or leaking. 316°C (600°F) maximum operating temperature Pumpable down to -50°C (-46°F) Very strong resistance to oxidation up to 204°C (400°F) Recommended for use in fully exposed systems like open baths Highly resistant to fouling for an extremely long service life Non-corrosive and non-toxic thermal fluid for added workplace safety TEMPERATURE RATINGS Max Bulk/Use Temp 316°C Max Film Temp. 366°C Pour Point ASTM D97 -66°C SAFETY DATA Flash Point ASTM D92 324°C Fire Point ASTM D92 336°C Autoignition ASTM E-659-78 437°C THERMAL PROPERTIES Thermal Expansion Coefficient 0.099 %/°C Thermal Conductivity W/m·K 38°C 0.133 204°C 0.109 204°C 0.109 260°C 0.100 288°C 0.097 316°C 0.093 Heat Capacity kJ/kg·K 38°C 1.717 204°C 2.034 204°C 2.035 260°C 2.144 288°C 2.194 316°C 2.248 PHYSICAL PROPERTIES Viscosity ASTM D445 cSt -18°C 113.08 40°C 36.14 100°C 16.57 260°C 5.19 288°C 4.54 316°C 4.03 Density ASTM D1298 kg/l 38°C 0.95 204°C 0.81 204°C 0.81 260°C 0.77 288°C 0.74 316°C 0.72 Vapor Pressure ASTM D2879 kPa 38°C 0.00 204°C 0.14 204°C 0.14 260°C 1.79 288°C 3.52 316°C 6.83 Distillation Range ASTM D2887 10% 494°C 90% 679°C Note: The values quoted in the table above are typical of normal production.They do not constitute a specification.
$190.71 - $9,182.20
Cannabis QTest
Cannabis QTest Know Your Dose with the Cannabis QTest The Cannabis QTest is a single-use cannabis test kit that can quickly and easily tell you the percentage of THC and CBD in cannabis flower or buds. You can test as much cannabis as you like, but you need to finely chop and mix it first (or grind it up in a coffee grinder). After you homogenize your material this way, the result of your test will then apply to the all rest of your cannabis. Simply follow the instructions and compare the color of the detection vial to the enclosed color chart. It’s that simple. Instructions Note: A paper version of these instructions comes with your order. IMPORTANT INFORMATION! – READ THIS FIRST • Use this kit at room temperature. (If stored in a refrigerator, let it warm up for one hour first.)• Perform the test on a flat surface during the daytime.• Evaluate the result in daylight immediately after the 10-minute development time. (The color can change if you wait too long.)• Use a white, letter-sized sheet of paper as a background when evaluating the color. (See section four for evaluation details.)• Read all the instructions at least once through before beginning the test. 1. IMPORTANT BACKGROUND INFORMATION This test kit can be used to detect the concentration of active ingredients THC and CBD in cannabis flower. The kit will not work with concentrated extracts, gummies, chocolates, brownies or other edibles. 2. PREPARING FOR THE TEST Take out all the items from your kit. Along with these instructions, you should have: • protective gloves• plastic dropper bottle with green cap (for determining CBD concentration)• glass vial with red lid containing dry crystals (for determining THC concentration)• plastic blister with twist-and-tear-off tip containing developer solution You will also need a milligram scale and either a small funnel or a creased piece of paper to carefully pour the flower material into the plastic extraction bottle. (You can make your own paper funnel. Google it!) Note: If you are testing cannabis flower (buds), you need to homogenize the material before you perform the test. A coffee grinder works best. If you do not have a coffee grinder then you can chop your material finely on a cutting board using a sharp knife. Then mix the chopped material thoroughly. You will be using 20 milligrams (mg) of material for the test. The result will tell you the percentage of THC and CBD in all the remaining cannabis that you honogenized. 3. PERFORMING THE TEST 3.1 First put on the enclosed nitrile gloves and wear appropriate protective clothing and safety glasses. If you wear contact lenses, remove them. The ingredients contain acids which may cause skin irritation or severe eye damage. In the event you come in contact with the ingredients (liquid or dry), remove the affected clothing immediately and rinse the affected skin area with water for several minutes. In case of eye contact, rinse the affected eye with running water for several minutes. (Keep pets, especially cats, away from the testing area.) 3.2 Carefully weigh 20 mg (0.20 g) of your homogenized cannabis using a milligram scale. 3.3 To determine the concentration of CBD in your sample, open the plastic dropper bottle with the green cap (by turning the white part of the cap). Carefully pour the 20 mg of homogenized cannabis flower (or the proportionally lesser amount of concentrated extract) into the bottle using a funnel or a creased piece of paper, then put the lid back on and close it tightly. Next, shake the bottle well for about 12 to 20 seconds, then set it down to rest for 10 minutes. During the resting period, repeat the shaking process two more times; once at about the 3-minute mark, and again at about the 7-minute mark. Each time you set the bottle down to rest, make sure the cannabis material remains inside the liquid. (If you see material stuck in the upper section of the bottle, one or two quick shakes with the bottle in a vertical position will usually rinse it all back down.) After 10 minutes, evaluate the results immediately. If CBD is present, the detection liquid will be a shade of purple. Use the left side of the enclosed color chart to determine the CBD content. For details, see section 4 below, “EVALUATING THE RESULT.” Then come back to this section to perform the THC part of the test. IMPORTANT! – Evaluate the CBD content immediately after the 10-minute mark. You have about three minutes. The liquid will continue to change color after this time and falsify the result. 3.4 To determine the concentration of THC in your sample, open the small glass vial with the red lid. Then remove the green cap from the plastic dropper bottle you just used (not the white part this time, just the green tip) and add 10 drops to the vial. Next you are going to twist and tear off the top of the plastic blister (to open it) and add 5 drops of the liquid into the vial also. IMPORTANT – Before you open the blister, make sure the liquid inside is congregated at the bottom. Otherwise it can spill out when you tear it open. If you see liquid near the top (near the tear point), just shake it a little or tap it on a table so the liquid drops down to the bottom. Then it is safe to twist and tear off the top. After adding five drops of liquid from the blister, put the red lid back on the glass vial and close it tightly, then gently move the vial from side to side to mix the ingredients. 3.5 The liquid in the glass vial will change color almost immediately (within 10 seconds). Use the right side of the enclosed color chart to determine the THC content of your material. See section 4 below for details. 4. EVALUATING THE RESULT Follow the instructions above before evaluating the result. EVALUATING THE CBD CONTENT (THE PLASTIC BOTTLE WITH THE GREEN LID) The detection reagent in the plastic dropper bottle will not change color in the presence of THC, but only in the presence of CBD. Use the left side of the color chart and the “SPECIFIC EVALUATION INSTRUCTIONS” below to determine the concentration. EVALUATING THE THC CONTENT (THE SMALL GLASS VIAL WITH THE RED LID) If there is THC in the material, the liquid in the small vial will turn purple. Use the right side of the color chart and the “SPECIFIC EVALUATION INSTRUCTIONS” below to determine the concentration. If there is no THC but there is CBD, the liquid in the small vial will turn orange. If there is neither THC nor CBD, the liquid in the small vial won’t change color (or will turn slightly gray). SPECIFIC EVALUATION INSTRUCTIONS By comparing the intensity or saturation of the liquid in the vial with the enclosed color chart, you can determine the result visually. Daytime sunlight is best suited for optimal evaluation. If using artificial light, the influence of different color temperatures may slightly change the hue. You can still perform the evaluation, but you should take this into account (e.g. high blue content in energy-saving lamps, green discoloration when using LED light from cell phones, etc). • Use a white, letter-sized sheet of paper as a background.• In daylight or under bright light, hold the glass vial next to the color chart about six to eight inches in front of the white sheet of paper and look through the glass vial head on. For best results, your eyes should be fairly close to the vial, but no closer than about six to eight inches.• Now compare the color of the liquid in the vial to the color chart. The corresponding concentration of THC and CBD is listed as a percentage. • This concentration applies to your remaining homogenized cannabis. • Do not evaluate the liquid after four hours. At this time the color may no longer be reliable. 5. STORAGE AND SHELF LIFE Store the reagents in the refrigerator (35° – 46° F) and out of direct sunlight for a shelf life of at least 18 months. 6. WARNINGS • Keep the kit away from children and animals.• When performing the test, wear suitable protective gloves, clothing and face/eye protection. If you wear contact lenses, remove them before using the test kit.• The liquids contained in the test kit consist of various acids which may cause a corrosive/irritating effect on the skin or severe eye damage/irritation. Avoid contact with the skin, eyes, mouth or clothing.• Should contact with the above listed areas occur, remove the relevant clothing immediately. Instantly rinse the affected skin areas with water for several minutes. In case of contact with the eyes, immediately rinse them with water for several minutes using both hands to keep the upper and lower eyelids open.• Substances processed with the test kit are not to be consumed! 7. DISCLAIMERS • QTests are only to be used for the detection and quantification of unknown substances.• The result may not be 100% accurate. Your sample could be adulterated with one or more unknown substances that cross-react with the reagents, affecting the quantitative result.• The result does not mean your sample is safe to consume. It could still contain unwanted substances and impurities that can be harmful or even deadly.• The Cannabis QTest is not a substitute for laboratory analysis.• miraculix and/or Qtests.org assume no responsibility for the use or misuse of the test kit or the results. 7. DISPOSAL OF MATERIALS Check your local regulations for proper disposal of acids.
$35.25
MDMA QTests (Advanced)
MDMA QTests (Advanced) Know your dose with the MDMA QTest The MDMA QTest (Basic and Advance) is the first and only quantitative MDMA test kit on the market for ecstasy and molly. This single-use kit can tell you the potency of MDMA powder or crystals, or how many milligrams of MDMA are in a pressed ecstasy tablet. Use only a small amount, then compare the color of the detection vial with the enclosed color chart. It’s that simple. Rule out Counterfeit Pills As our advanced MDMA kit, it also comes with two smaller, confirmation tests. Together they can detect counterfeit samples containing amphetamine, methamphetamine, caffeine, MDA (or MDA-MDMA combinations), PMA, PMMA or 2C-B. Note: If you already know for sure that you have MDMA, you do not need the advanced kit to determine the potency. You can buy our less expensive Basic MDMA QTest. Instructions Note: A paper version of these instructions comes with your order. IMPORTANT INFORMATION! – READ THIS FIRST • Use this kit at room temperature. (If stored in a refrigerator, let it warm up for one hour first.) • Perform the test on a flat surface during the daytime. • Evaluate the result in daylight immediately after the 12-minute development time. (The color can change if you wait too long.) • Use a white, letter-sized sheet of paper as a background when evaluating the color. (See section four for evaluation details.) • This kit should only be used on pills, powders and crystals. It does not work on liquids. • Read all the instructions at least once through before beginning the test. 1. BACKGROUND INFORMATION This test kit can be used to detect the active ingredient MDMA and its concentration in powders, crystals and pills, including pressed tablets of any color. In addition, it can detect counterfeit samples that contain amphetamine, methamphetamine, caffeine, PMA, PMMA or 2C-B. 2. PREPARING FOR THE TEST Take out all the items from your kit. Along with these instructions, you should have: • protective gloves• thin glass vial with black lid (extraction vial)• large glass vial with white lid (detection vial)• small glass vial containing orange liquid with red lid (negative confirmation vial)• small glass vial containing orange liquid with blue lid (positive confirmation vial)• plastic dropper bottle with green lid• pipette• evaluation color chart You will also need a milligram scale and either a small funnel or a creased piece of paper to carefully pour the measured powder or crystals into the extraction vial. (You can make your own paper funnel. Google it!) 3. PERFORMING THE TEST 3.1 First put on the enclosed nitrile gloves and wear appropriate protective clothing and safety glasses. If you wear contact lenses, remove them. The liquids in the vials contain acids which may cause skin irritation or severe eye damage. In the event you come in contact with the liquid, remove the affected clothing immediately and rinse the affected skin area with water for several minutes. In case of eye contact, rinse the affected eye with running water for several minutes. Perform the test either outdoors or in a well-ventilated area and avoid inhaling the fumes, which can cause dizziness. (Keep pets, especially cats, away from the testing area.) 3.2 Using a milligram scale, carefully weigh out 30 mg of powder or crystals. If you are testing a pressed ecstasy tablet, use 50 mg. You can either scrape off 50 mg from the edge of the tablet using a sharp knife, or even better, crush and mix the entire tablet and then weigh out 50 mg of the resulting powder. IMPORTANT! – If you are testing a pressed ecstasy tablet, weigh the entire tablet first and write down the result. You will need to know the total weight of the tablet in order to calculate how much MDMA it contains after testing 50 mg. 3.3 Insert the extraction vial (with the black lid) into the leftmost hole in the provided cardboard box insert. This secures the vial in an upright position so it doesn’t accidentally fall over. Next, open the lid and use a funnel or creased piece of paper to carefully pour in the 30 mg of powder or crystals (or 50 mg if testing a pressed tablet). Put the lid back on the vial and close it tightly. Remove the vial from the insert hole and shake it for approximately one minute until all the soluble components have dissolved, then put it back into the hole and wait a few minutes for the insoluble components to settle to the bottom. Meanwhile, open the three remaining glass vials and place them into their corresponding holes in the cardboard box insert. IMPORTANT! – Don’t confuse the small glass vials after removing the colored lids. We suggest putting the small vial with the blue lid (the positive confirmation vial) on the far right, and the vial with the red lid (the negative confirmation vial) just to the left of one with the red lid. 3.4 Open the extraction vial again, gently remove it from the hole and look at it carefully. You will notice two distinct sections of liquid, one floating above the other. Using the pipette, you are going to collect liquid from the lower section. First, squeeze the top of the pipette to create a vacuum, then insert it into the vial until the bottom tip of the pipette is in the middle of the lower section of liquid. Now release pressure on the pipette and liquid will be drawn up into it. Be careful not to pick up any deposits or crumbs from the very bottom of the vial. Remove the pipette from the vial. 3.5 Drop two drops from the pipette back into the extraction vial to clear any debris that might have collected in the tip. Then, holding the pipette vertically (straight up and down), add three drops of liquid into each of the three glass vials (the large detection vial and the two confirmation vials). There should be plenty of liquid in the pipette to complete this step, but if it looks like you are going to run out of liquid, get some more by repeating step 3.4 above. Return any leftover liquid inside the pipette back into the extraction vial and put the pipette somewhere safe and out of the way. Then tightly close the lid again. Put the white lid back onto the large detection vial and shake it several times to mix the ingredients. The color change will begin happening soon and will take 12 minutes to complete. Set a timer. 3.6 While waiting for the color change to finish, open the plastic dropper bottle with the green lid and add 12 drops of the liquid to each of the two small glass vials. Close the vials tightly with the correct colored lids and invert each two or three times to mix the ingredients. 3.7 After waiting 12 minutes, remove the three glass vials from the cardboard holes to observe the color changes. See the next section, “EVALUATING THE RESULT,” for details. 4. EVALUATING THE RESULT Follow the instructions above and wait 12 minutes before evaluating the result. For the large detection vial, evaluate the result immediately after 12 minutes. 4.1 HOW TO EVALUATE THE LARGE DETECTION VIAL If there is no color change: If the liquid in the large detection vial has not changed color at all, that means there is no detectable MDMA (or MDA) in your sample. However, other unknown substances may be present. If the color changes, but it’s not purple: This means your sample is not pure MDMA and it might not contain MDMA at all (or MDA). Use the back-side of the color chart (step 1) to see some things that it might contain. For example, green indicates 2C-B. Yellow/orange indicates amphetamines. Other shades could indicate other drugs or mixtures of drugs. If the color changes purple: This indicates the presence of MDMA, MDA or both. You can tell which is the case by evaluating the two small confirmation vials. Do that first (section 4.2 below), then come back to finish the rest of this section (section 4.1). After confirming that your sample contains MDMA (section 4.2 below), you can determine the concentration of MDMA by comparing the intensity of the purple color in the large detection vial with the enclosed color chart. Follow the instructions below. • Use a white, letter-sized sheet of paper as a background.• In daylight or under bright light, hold the glass vial next to the color chart about six to eight inches in front of the white sheet of paper and look through the glass vial head on. For best results, your eyes should be fairly close to the vial, but no closer than about six to eight inches.• Now compare the color of the liquid in the vial to the color chart. The color bars on the chart correspond to the amount of MDMA that was in the sample you tested.• If you tested 30 mg of powder or crystal and the color matches the 16 mg color bar, you know that your sample is approximately 50% pure (i.e., it contains 16 mg of MDMA for every 30 mg of powder/crystal.)• If you tested 50 mg from an ecstasy tablet, divide the total weight of the tablet by 50 and then multiply by the result. This will tell you how many milligrams of MDMA were in the original tablet. For example, if your tablet weighed 460 mg, and the result shows 16 mg of MDMA in the 50 mg portion that you tested, you know there was approximately 147.2 mg of MDMA in the original tablet (460 ÷ 50 = 9.2 and 9.2 x 16 = 147.2). 4.2 HOW TO EVALUATE THE SMALL CONFIRMATION VIALS If the large detection vial turned purple, that means your sample contains either MDMA, MDA or both. Evaluate the small vials to determine which is the case. Follow these instructions. (You can also use the back side of the color chart.) • If the vial with the red lid (the negative confirmation vial) turns red, that strongly indicates the presence of MDA. If it stays the original orange color, that indicates no MDA is in the sample.• If the vial with the blue lid (the positive confirmation vial) turns a strong purple/blue, that indicates the presence of MDMA. If it does not change color or turns slightly pink (and if the vial with the red lid turned red) that confirms the presence of MDA.• If the vial with the red lid turns slightly reddish and the vial with the blue lid turns purple, that indicates the presence of both MDMA and MDA. 4.3 EXPECTED RESULTS If the large vial shows a clear purple color, the vial with the red lid remains the original orange color, and the vial with the blue lid shows a clear purple/blue color change (like the image above), this indicates MDMA is present, and the substance is probably not contaminated with amphetamines, MDA or PMA. In this case, go back up to step 4.1 and assess the concentration of MDMA in your sample. (Note: there is always the possibility that small amounts of any substance could be present, just not enough to affect the coloration.) 4.4 UNEXPECTED RESULTS If the large vial turns purple, the vial with the red lid turns red, and the vial with the blue lid shows no color change (or turns slightly pink), the sample contains MDA rather than MDMA. It might also contain other substances. If both small vials show a color change, this indicates a mixture of MDA and MDMA. Either way, it is no longer possible to determine the concentration. Other unexpected results can also occur. Here are some possibilities and what they likely indicate: 1. If the large vial turns green and the small vial with the red lid turns red, this strongly indicates the presence of 2C-B. 2. If the large vial turns yellow/orange and the small vial with the red lid turns red, this strongly indicates the presence of amphetamines. In this case, if the small vial with the blue lid turns purple/blue, this indicates the presence of either caffeine or methamphetamine. 3. If the large vial does not change color and the small vial with the red lid turns red, this strongly suggests the presence of PMA. But if the small vial with the blue lid turns blue, then it suggests PMMA rather than PMA. 4. If you see a mixture of different colors, this indicates the presence of one or more unknown drugs. Even if none of the vials change color, the sample still could contain unknown substances. 5. STORAGE AND SHELF LIFE Store the reagents in the refrigerator (35° – 46° F) and out of direct sunlight for a shelf life of at least 6 months. 6. WARNINGS • Keep the kit away from children and animals.• When performing the test, wear suitable protective gloves, clothing and face/eye protection. If you wear contact lenses, remove them before using the test kit.• Perform the test outdoors or in a well-ventilated area and avoid inhaling the fumes, which can cause dizziness.• The liquids contained in the test kit consist of various acids which may cause a corrosive/irritating effect on the skin or severe eye damage/irritation. Avoid contact with the skin, eyes, mouth or clothing.• Should contact with the above listed areas occur, remove the relevant clothing immediately. Instantly rinse the affected skin areas with water for several minutes. In case of contact with the eyes, immediately rinse them with water for several minutes using both hands to keep the upper and lower eyelids open.• Substances processed with the test kit are not to be consumed! 7. DISCLAIMERS • QTests are only to be used for the detection and quantification of unknown substances.• The result may not be 100% accurate. Your sample could be adulterated with one or more unknown substances that cross-react with the reagents, affecting the quantitative result.• The result does not mean your sample is safe to consume. It could still contain unwanted substances and impurities that can be harmful or even deadly.• The MDMA QTest is not a substitute for laboratory analysis.• miraculix and/or Qtests.org assume no responsibility for the use or misuse of the test kit or the results. 8. DISPOSAL OF MATERIALS Check your local regulations for proper disposal of acids.
$49.37
MDMA QTests (Basic)
MDMA QTests (Basic) Know your dose with the MDMA QTest The MDMA QTest is the first and only quantitative MDMA test kit on the market for ecstasy and molly. This single-use kit can tell you the potency of MDMA powder or crystals, or how many milligrams of MDMA are in a pressed ecstasy tablet. Use only a small amount, then compare the color of the detection vial with the enclosed color chart. It’s that simple. This Kit is Only for Determining Potency This is our Basic MDMA QTest, which means it is only for detecting potency. It cannot tell you whetherwhether you have MDMA to begin with. Only buy this kit if you already know you have MDMA. Many companies sell qualitative test kits for detecting MDMA. You may want to use one of those first. However, you can also buy our Advanced MDMA QTest that comes with two smaller, confirmation tests. That kit will tell you whether you actually have MDMA, and also detects counterfeit samples containing amphetamine, methamphetamine, caffeine, MDA (or MDA-MDMA combinations), PMA, PMMA or 2C-B. Instructions Note: A paper version of these instructions comes with your order. IMPORTANT INFORMATION! – READ THIS FIRST• Make sure you have real MDMA before using this kit. If you have MDA, 6-APB or 5-MAPB instead, the kit will produce a similar reaction, but it won’t be accurate. Many companies sell multi-use MDMA test kits that give qualitative results (just not quantitative). Use one of those kits first, or buy our Advanced MDMA QTest. • Use this kit at room temperature. (If stored in a refrigerator, let it warm up for one hour first.) • Perform the test on a flat surface during the daytime. • Evaluate the result in daylight immediately after the 12-minute development time. (The color can change if you wait too long.) • Use a white, letter-sized sheet of paper as a background when evaluating the color. (See section four for evaluation details.) • This kit should only be used on pills, powders and crystals. It does not work on liquids. • Read all the instructions at least once through before beginning the test. 1. BACKGROUND INFORMATION This quantitative test kit can be used to detect the concentration of MDMA in powders, crystals and pills (including pressed tablets of any color) that have first been verified to contain MDMA. (Use a qualitative MDMA test kit first to make sure you have MDMA, or buy our Advanced MDMA QTest, which contains two extra qualitative tests.) 2. PREPARING FOR THE TEST Take out all the items from your kit. Along with these instructions, you should have: • protective gloves• thin glass vial with black lid (extraction vial)• large glass vial with white lid (detection vial)• plastic dropper bottle with green lid• pipette• evaluation color chart You will also need a milligram scale and either a small funnel or a creased piece of paper to carefully pour the measured powder or crystals into the extraction vial. (You can make your own paper funnel. Google it!) 3. PERFORMING THE TEST 3.1 First put on the enclosed nitrile gloves and wear appropriate protective clothing and safety glasses. If you wear contact lenses, remove them. The liquids in the vials contain acids which may cause skin irritation or severe eye damage. In the event you come in contact with the liquid, remove the affected clothing immediately and rinse the affected skin area with water for several minutes. In case of eye contact, rinse the affected eye with running water for several minutes. Perform the test either outdoors or in a well-ventilated area and avoid inhaling the fumes, which can cause dizziness. (Keep pets, especially cats, away from the testing area.) 3.2 Using a milligram scale, carefully weigh out 30 mg of powder or crushed crystals. If you are testing a pressed ecstasy tablet, use 50 mg. You can either scrape off 50 mg from the edge of the tablet using a sharp knife, or even better, crush and mix the entire tablet and then weigh out 50 mg of the resulting powder. IMPORTANT! – If you are testing a pressed ecstasy tablet, weigh the entire tablet first and write down the result. You will need to know the total weight of the tablet in order to calculate how much MDMA it contains after testing 50 mg. 3.3 Open the thin extraction vial (with the black lid) and use a funnel or creased piece of paper to carefully pour in the 30 mg of powder or crystals (or 50 mg if testing a pressed tablet). Put the lid back on the vial and close it tightly. Shake the vial for approximately one minute (or until all the soluble components have dissolved), then put it down and wait a few minutes for the insoluble components to settle to the bottom. 3.4 Open the large detection vial (with the white lid) and set the lid down next to it. Now open the extraction vial again (with the black lid) and look at it carefully. You will notice two distinct sections of liquid, one floating above the other. Using the pipette, you are going to collect liquid from the lower section. First, squeeze the top of the pipette to create a vacuum, then insert it into the vial until the bottom tip of the pipette is in the middle of the lower section of liquid. Now release pressure on the pipette and liquid will be drawn up into it. Be careful not to pick up any deposits or crumbs from the very bottom of the vial. Remove the pipette from the vial. 3.5 Drop two drops from the pipette back into the extraction vial to clear any debris that might have collected in the tip. Then, holding the pipette vertically (straight up and down), add three drops of liquid into the large detection vial. There should be plenty of liquid in the pipette to complete this step, but if it looks like you are going to run out of liquid, get some more by repeating step 3.4 above. Return any leftover liquid inside the pipette back into the extraction vial and put the pipette somewhere safe and out of the way. Then tightly close the lids on both vials. Now pick up and shake the large detection vial several times to mix the ingredients. The color change will begin happening soon and will take 12 minutes to complete. Set a timer. After waiting 12 minutes, you can evaluate the result. See the next section, “EVALUATING THE RESULT,” for details. 4 EVALUATING THE RESULT Follow the instructions above and wait 12 minutes before evaluating the result. Evaluate the result immediately after 12 minutes. Comparing the intensity of the purple color with the enclosed color chart. Follow the instructions below. • Use a white, letter-sized sheet of paper as a background.• In daylight or under bright light, hold the glass vial next to the color chart about six to eight inches in front of the white sheet of paper and look through the glass vial head on. For best results, your eyes should be fairly close to the vial, but no closer than about six to eight inches.• Now compare the color of the liquid in the vial to the color chart. The color bars on the chart correspond to the amount of MDMA that was in the sample you tested.• If you tested 30 mg of powder or crystal and the color matches the 16 mg color bar, you know that your sample is approximately 50% pure (i.e., it contains 16 mg of MDMA for every 30 mg of powder/crystal.)• If you tested 50 mg from an ecstasy tablet, divide the total weight of the tablet by 50 and then multiply by the result. This will tell you how many milligrams of MDMA were in the original tablet. For example, if your tablet weighed 460 mg, and the result shows 16 mg of MDMA in the 50 mg portion that you tested, you know there was approximately 147.2 mg of MDMA in the original tablet (460 ÷ 50 = 9.2 and 9.2 x 16 = 147.2). IMPORTANT! – If the liquid in the vial does not turn purple, or if it turns a color other than purple, then your sample does not contain MDMA. This likely means you forgot to test your sample with a qualitative test kit first. Even if it turns purple, if you didn’t test it first with a qualitative test kit, you don’t know if it contains MDMA. (It might contain MDA, 6-APB or 5-MAPB instead.) Always use a qualitative test kit first, or buy our Advanced MDMA QTest, which contains two other qualitative tests. 5. STORAGE AND SHELF LIFE It is always best to store any reagents in the refrigerator (35° – 46° F) and out of direct sunlight for the longest shelf life, but the ones in this MDMA kit can be stored at room temperature and should last at least 18 months. 6. WARNINGS • Keep the kit away from children and animals.• When performing the test, wear suitable protective gloves, clothing and face/eye protection. If you wear contact lenses, remove them before using the test kit.• Perform the test outdoors or in a well-ventilated area and avoid inhaling the fumes, which can cause dizziness.• The liquids contained in the test kit consist of various acids which may cause a corrosive/irritating effect on the skin or severe eye damage/irritation. Avoid contact with the skin, eyes, mouth or clothing.• Should contact with the above listed areas occur, remove the relevant clothing immediately. Instantly rinse the affected skin areas with water for several minutes. In case of contact with the eyes, immediately rinse them with water for several minutes using both hands to keep the upper and lower eyelids open.• Substances processed with the test kit are not to be consumed! 7. DISCLAIMERS • QTests are only to be used for the detection and quantification of unknown substances.• The result may not be 100% accurate. Your sample could be adulterated with one or more unknown substances that cross-react with the reagents, affecting the quantitative result.• The result does not mean your sample is safe to consume. It could still contain unwanted substances and impurities that can be harmful or even deadly.• The MDMA QTest is not a substitute for laboratory analysis.• miraculix and/or Qtests.org assume no responsibility for the use or misuse of the test kit or the results. 8. DISPOSAL OF MATERIALS Check your local regulations for proper disposal of acids.
$35.25
LSD QTests
LSD QTests Know your dose with the LSD QTest The LSD QTest is the world’s first quantitative LSD test kit on the market. It can tell you how many micrograms are in each square of your blotter or each drop of liquid . . . before you ingest it. Use one drop of liquid or one half a hit of blotter, then compare the color of the detection vial to the enclosed color chart. It’s that simple. Instructions Note: A paper version of these instructions comes with your order. IMPORTANT INFORMATION! – READ THIS FIRST • Use this kit at room temperature. (If stored in a refrigerator, let it warm up for one hour first.) • Perform the test on a flat surface during the daytime. • Evaluate the result in daylight immediately after the 12-minute development time. (The color can change if you wait too long.) • Use a white, letter-sized sheet of paper as a background when evaluating the color. (See section four for evaluation details.) • Read all the instructions at least once through before beginning the test. 1. BACKGROUND INFORMATION This test kit can be used to detect the active ingredient LSD-25 (lysergic acid diethylamide) and its concentration in blotter, liquid, and sugar cubes. It does not work on gel tabs. The kit does not react to 1P-LSD, 1cP-LSD, ALD-52 or ETH-LAD When testing blotter, you should only test half of a dose. The end result will tell you how many micrograms of LSD are in the entire dose.* When testing liquid LSD, use only one drop. But remember, the end result tells you how much is in two drops.** When testing sugar cubes, you need to crush and mix up the sugar first. Weigh out and test one quarter (1/4th) of the sugar, then multiply the end result by two.*** IMPORTANT! – Always shake your vial of liquid LSD (and empty and refill the dropper a few times) before dosing out a drop. Liquid LSD tends to settle at the bottom of the vial. If you forget to shake it first, you could end up accidentally ingesting a dose ten or even twenty times larger than expected. Similarly, the liquid in a vial of LSD can evaporate over time, increasing its concentration. (The LSD doesn’t evaporate away. Only the liquid evaporates.) This is particularly true with alcohol solutions, and it can happen even when the lid is tightly closed. Make sure and take this into account. Older vials that have been sitting around for many months can become more potent over time. * Each perforated square in a given sheet of blotter will typically be the same dose. This is because the entire sheet was dipped into a tray of liquid LSD, and the LSD was absorbed evenly throughout the sheet. We designed the LSD QTest so that you only need to test half of a dose (half a square of blotter), and the result will tell you how much LSD is in each full dose (each full square of blotter) belonging to the same sheet. Keep in mind if you have individual squares of blotter that are not connected to each other (i.e., if the perforation was broken when you obtained them) then they may not come from the same sheet. Only connected squares can be assumed to come from the same sheet. ** When testing one drop of liquid LSD, the result tells you how much LSD is in two drops. So remember to divide the end result in half in order to determine how much LSD is in one drop. *** When a drop of liquid LSD is individually dropped onto an absorbent medium such as a sugar cube, it does not absorb evenly. This is why you need to homogenize it before you test it (by crushing and mixing thoroughly). Also, all that sugar won’t fit into the extraction vial, so just use a quarter of it. Then multiply the end result by two to determine the amount of LSD that was originally in the entire cube. 2. PREPARING FOR THE TEST Take out all the items from your kit. Along with these instructions, you should have: • protective gloves• glass vial with screw cap (the extraction vial)• dropper vial with green lid (detection reagent)• evaluation color chart 3. PERFORMING THE TEST 3.1 First put on the enclosed nitrile gloves and wear appropriate protective clothing and safety glasses. If you wear contact lenses, remove them. The liquids in the vials contain acids which may cause skin irritation or severe eye damage. In the event you come in contact with the liquid, remove the affected clothing immediately and rinse the affected skin area with water for several minutes. In case of eye contact, rinse the affected eye with running water for several minutes. (Keep pets, especially cats, away from the testing area.) If you are testing blotter, carefully cut it in half diagonally from one corner to the other using a fine pair of scissors. If you are testing a sugar cube, put it into a small zip lock baggie. Crush it up and shake it well, then pour all of it onto a milligram scale and weigh it. Write down the total weight. Now use the same scale and weigh out one quarter (1/4th) of the total for the test. 3.2 Open the glass vial and add the half piece of blotter (or the quarter amount of sugar). If you are testing liquid LSD, just add one drop. Put the lid back on the vial, close it tightly and shake it for about one or two minutes. For blotter, let the vial rest for five minutes and then repeat the process two more times to make sure all the LSD is extracted. During the five-minute resting periods, make sure the blotter is suspended in the liquid, not stuck to the side of the glass, or to the underside of the lid. Shaking three times with a five minute resting period in between is enough to extract all the LSD even from the thickest blotter. (For thinner blotter, you don’t really need to repeat this process three times, but we suggest it anyway just to make sure.) 3.3 Open the extraction vial again and place it in a safe position. Remove the green cap from the plastic dropper vial and carefully empty the entire contents into the glass vial by squeezing it with even pressure. Put the lids back onto both vials and close them tightly. 3.4 Gently invert the glass vial four or five times to mix the reagents together and then set the vial down. In the presence of LSD, the liquid will begin turning a blue color immediately. 3.5 Wait 12 minutes for the color to completely develop. The result can then be read and interpreted using the enclosed color chart. See the next section, “EVALUATING THE RESULT,” for details. IMPORTANT! – If you see blue spots or streaks on the blotter, this indicates that not all the LSD got extracted from the blotter. In this case the result will be inaccurate. (Your LSD is actually more potent than the result indicates.) This will only happen with thicker blotter if you did not carefully follow the instructions in section 3.2 above. 4. EVALUATING THE RESULT Follow the instructions above and wait 12 minutes before evaluating the result, but do not wait much longer than 12 minutes. Set a timer. By comparing the intensity or saturation of the liquid in the vial with the enclosed color chart, you can determine the result visually. In the presence of LSD-25, the detection reagent turns bluish over time. Daytime sunlight is best suited for optimal evaluation. If using artificial light, the influence of different color temperatures may slightly change the hue. You can still perform the evaluation, but you should take this into account (e.g. high blue content in energy-saving lamps, green discoloration when using LED light from cell phones, etc). SPECIFIC EVALUATION INSTRUCTIONS • Use a white, letter-sized sheet of paper as a background.• In daylight or under bright light, hold the glass vial next to the color chart about six to eight inches in front of the white sheet of paper and look through the glass vial head on. For best results, your eyes should be fairly close to the vial, but no closer than about six to eight inches.• Now compare the color of the liquid in the vial to the color chart. The corresponding concentration of LSD listed on the color chart is twice the amount of LSD that you tested. So if you tested half a square of blotter, the concentration listed indicates the amount of LSD present in the entire square.• If you tested one drop of liquid, the corresponding result indicates how much LSD is in two drops of the liquid. (So divide the result in half to calculate how much is in one drop.)• If you tested a quarter of a sugar cube, the result tells you how much LSD is in half the sugar cube. (So multiply the result by two to calculate how much LSD was in the entire, original cube.) 5. STORAGE AND SHELF LIFE Store the reagents in the refrigerator (35° – 46° F) and out of direct sunlight for a shelf life of at least 18 months. 6. WARNINGS • Keep the kit away from children and animals.• When performing the test, wear suitable protective gloves, clothing and face/eye protection. If you wear contact lenses, remove them before using the test kit.• The liquids contained in the dropper vial consist of various acids which may cause a corrosive/irritating effect on the skin or severe eye damage/irritation. Avoid contact with the skin, eyes, mouth or clothing.• Should contact with the above listed areas occur, remove the relevant clothing immediately. Instantly rinse the affected skin areas with water for several minutes. In case of contact with the eyes, immediately rinse them with water for several minutes using both hands to keep the upper and lower eyelids open.• Substances processed with the test kit are not to be consumed!• The solution in the extraction vial is flammable. It’s just a small amount, but please don’t smoke while performing the test. 7. DISCLAIMERS • QTests are only to be used for the detection and quantification of unknown substances.• The result may not be 100% accurate. Your sample could be adulterated with one or more unknown substances that cross-react with the reagents, affecting the quantitative result.• The result does not mean your sample is safe to consume. It could still contain unwanted substances and impurities that can be harmful or even deadly.• The LSD QTest is not a substitute for laboratory analysis.• miraculix and/or Qtests.org assume no responsibility for the use or misuse of the test kit or the results. 8. DISPOSAL OF MATERIALS Check your local regulations for proper disposal of acids.
$35.25
Psilocybin QTests
Psilocybin QTests The Psilocybin QTest is the first and only test kit on the market that can tell you the potency of magic mushrooms. Works with dried mushrooms and extracts. This single-use kit can be used to test any amount of mushrooms you want, so long as they are dried and you grind them up first. Simply follow the instructions and compare the color of the detection vial to the enclosed color chart. It’s that simple. Instructions Note: A paper version of these instructions comes with your order. IMPORTANT INFORMATION! – READ THIS FIRST • Use this kit at room temperature. (If stored in a refrigerator, let it warm up for one hour first.) • Perform the test on a flat surface during the daytime. Evaluate the result in daylight immediately after the 15-minute development time. (The color can change if you wait too long.) • Use a white, letter-sized sheet of paper as a background when evaluating the color. (See section 4, ”Evaluating the Results” for details.) • This kit only works with dried fungal material (solid or powdery substances). It does not work with fresh mushrooms. • Do not open the sealed, glass vial.• Read all the instructions at least once through before beginning the test. 1. BACKGROUND INFORMATION Psilocybin is the main active ingredient naturally present in live fungal tissue. When mushrooms are dried and stored correctly, the psilocybin is preserved. However, so- metimes some of the psilocybin will degrade into psilocin. Psilocin is also an active ingredient. It’s only when mushrooms are dried and stored incorrectly for a long pe- riod of time that the psilocin further degrades into inactive compounds, reducing the potency of the mushrooms. The Psilocybin QTest totals the amount of both active ingredients (psilocybin and psilocin) in your fungal sample. Although we present the total in terms of psilocybin only—because this is the most well-known alkaloid—rest assured the results give you the actual potency of your mushrooms, including both psilocybin and psilocin. IMPORTANT! This kit should only be used on dried mushroom material (e.g., myceli- um, fruiting bodies, sclerotia “truffles”) or dried extracts. DID YOU KNOW? All psilocybin is converted into psilocin in your body, and it’s the psilocin that causes the trip. This is why psilocybin is considered a “prodrug.” It is not biologically active until it converts into psilocin. 2. PREPARING FOR THE TEST Take out all the items from your kit. Along with these instructions, you should have: • protective gloves• plastic extraction vial with a screw cap• glass vial with a tightly sealed lid and septum• 1 ml syringe• syringe filter tip (Sterifilt)• blunt needle• evaluation color chart You will also need a milligram scale, a pot to boil water, a pair of kitchen tongs, and either a small funnel or a creased piece of paper to carefully pour the mushroom material into the extraction vial. (You can make your own paper funnel. Google it!) Before you begin the test you must homogenize your dried mushroom material. A coffee grinder works best. If you do not have a coffee grinder then you can chop your mushrooms finely on a cutting board using a sharp knife. (Starting off with a pair of scissors can make chopping easier.) Then mix the chopped material thoroughly. You will be using 150 milligrams (mg) of material for the test. The result will tell you the percentage of psilocybin per gram in remaining material (in terms of mg/gram). But you must homogenize the material first as described above. This is because psilocybin is not naturally distributed evenly inside of mushrooms. One mushroom can have ten times more or less psilocybin than another mushroom from the same batch. Even within a single mushroom the concentration of psilocybin can vary greatly. Therefore, if you don’t homogenize your material first, the test result will not be accurate for all your remaining material. You can homogenize as much material as you want, but keep in mind that ground up mushrooms will degrade more quickly than whole mushrooms. Keeping them completely dry, sealed, and frozen (“freeze-dried”) will preserve the alkaloids best. 3. PERFORMING THE TEST 3.1 First put on the enclosed nitrile gloves and wear appropriate protective clothing and safety glasses. If you wear contact lenses, remove them. The liquids in the vials con- tain acids which may cause skin irritation or severe eye damage. In the event you come in contact with the liquid, remove the affected clothing immediately and rinse the affected skin area with water for several minutes. In case of eye contact, rinse the affected eye with running water for several minutes. (Keep pets, especially cats, away from the testing area.) 3.2 Carefully weigh 150 mg (0.150 g) of your homogenized material using a milligram scale. For concentrated extracts, use a proportionally lower amount (so that the results fit into the range of the color chart). For example, weigh out 75 mg of material for a 2X extract. Weigh out 15 mg of material for a 10X extract. (You will then need to multiply by the same factor at the end. This will be explained later.) 3.3 Preheat around one liter of water (about four cups) in a pot or kettle on the stove or in a kettle. When the water boils, turn off the stove. (This will save you time when you need to boil the water later in step 3.7.) 3.4 Open the plastic extraction vial and carefully pour in your mushroom material using a small funnel or creased piece of paper. Screw the lid back on tightly and shake the vial for approximately ten seconds. Then put the vial down and wait for 10 minutes. During this waiting period, repeat the shaking process two more times, once at about three minutes, and again around seven minutes. Make sure the vial rests motionless for a few minutes before proceeding to the next step. This allows the particulates to settle and makes it easier to draw up liquid into the syringe through the filter tip. 3.5 Unpack the syringe and the syringe filter tip. Attach the filter tip to the syringe. Remove the lid from the plastic vial. Hold the vial with one hand and with your other hand insert the syringe into the vial. Pull the syringe plunger completely open and hold it there. This will create negative pressure and the syringe will slowly fill up with 1 ml of liquid. Remove the syringe from the plastic vial and disconnect the filter tip. Now unpack the blunt needle, remove its plastic casing and attach it to the syringe. 3.6 Pierce the septum of the glass vial using the blunt needle and inject the entire liquid into the vial evenly with moderate pressure. (Penetrating the septum with the blunt needle requires some force, but protects you from injury.) Make sure that the tip of the syringe does not touch the liquid in the glass vial. Then, before removing the empty syringe, completely fill it with air. This depressurizes the vial and prevents liquid from splashing out when removing the syringe. Remove the syringe and blunt needle from the glass vial. (The liquid in the glass vial may now have a greenish color. This indicates the presence of psilocin in the sample, but does not provide a quantitative result. You still need to incubate the vial in hot water.) 3.7 Heat the water again until it boils. Now remove the pot from the heat source and turn off the stove. The water in the pot should no longer be boiling. It is now at the right temperature. Place the glass vial into the water using a pair of kitchen tongs and incubate it for 15 minutes. (It is okay to completely submerge the vial. Water will not enter through the septum.) 3.8 The solution in the vial will start to change color. After 15 minutes, carefully remove the vial from the water using the kitchen tongs. Be careful not to touch the glass vial with your fingers until it cools down. After a few minutes it will be cool enough to touch. Use the en- closed evaluation color chart to determine the potency of your homogenized material. See the next section, “EVALUATING THE RESULT,” for details. 4. EVALUATING THE RESULT Follow the instructions above before evaluating the result. The evaluation should only take place after the vial has incubated for 15 minutes in the water bath.By comparing the intensity or saturation of the liquid in the vial with the enclosed color chart, you can determine the result visually. Daytime sunlight is best suited for optimal evaluation. If using artificial light, the influence of different color temperatu- res may slightly change the hue. You can still perform the evaluation, but you should take this into account (e.g. high blue content in energy-saving lamps, green discolo- ration when using LED light from cell phones, etc). SPECIFIC EVALUATION INSTRUCTIONS • Use a white, letter-sized sheet of paper as a background.• In daylight or under bright light, hold the glass vial next to the color chart about six to eight inches in front of the white sheet of paper and look through the glass vial head-on. For best results, your eyes should be fairly close to the vial, but no closer than about six to eight inches.• Now compare the color of the liquid in the vial to the color chart. The corre- sponding concentration of psilocybin/psilocin is listed as a percentage as well as a ratio in terms of milligrams per gram of material (mg/gram). • This concentration applies to your remaining homogenized material.• For extracts, you need to multiply by the same factor that you reduced your starting material at the beginning of the process. For example, if you tested a 2X extract and reduced your starting material by a factor of two (75 mg instead of 150 mg), then you need to multiply by two to obtain the correct result. Simi-larly, if you tested a 10X extract (using 15 mg), you will need to multiply by ten.• Do not evaluate the liquid after four hours. At this time the color may no longer be reliable. 5. STORAGE AND SHELF LIFEStore the reagents in the refrigerator (35 – 46 F) and out of direct sunlight for a shelf life of at least 18 months. The extraction liquid may turn slightly yellow over time. That’s okay. It is still usable. 6. WARNINGS• Keep the kit away from children and animals.• When performing the test, wear suitable protective gloves, clothing, and face/eye protection. If you wear contact lenses, remove them before using the test kit.• The liquids contained in the test kit consist of various acids which may cause a corrosive/irritating effect on the skin or severe eye damage/irritation. Avoid contact with the skin, eyes, mouth or clothing.• Should contact with the above-listed areas occur, remove the relevant clothing immediately. Instantly rinse the affected skin areas with water for several mi- nutes. In case of contact with the eyes, immediately rinse them with water for several minutes using both hands to keep the upper and lower eyelids open.• Substances processed with the test kit are not to be consumed! 7. DISCLAIMERS• The result may not be 100 % accurate. Your sample could be adulterated with one or more unknown substances that cross-react with the reagents, affecting the quantitative result.• The result does not mean your sample is safe to consume. It could still contain unwanted substances and impurities that can be harmful or even deadly.• The result does not serve as an identification for the species of mushroom. Psilocybin mushrooms can have a similar appearance to poisonous mushrooms. Mushrooms that do not contain psilocybin could cross-react with the reagents and produce minor stainings. This is a false positive reaction presumably to reactive indole.• The Psilocybin QTest is not a substitute for laboratory analysis.• mIraculix and/or Qtests.org assume no responsibility for the use or misuse ofthe test kit or the results. 9. DISPOSAL OF MATERIALSCheck your local regulations for proper disposal of acids.
$35.25
SCILOGEX SCI380HS-Pro LCD Digital 5.5 x 5.5 in. Magnetic Hotplate Stirrer, ceramic plate, 110V, 50/60Hz US Plug
SCILOGEX SCI380HS-Pro 5.5 x 5.5 in. LCD Digital Magnetic Hotplate Stirrer 380ºC/1500rpm Max Product Description The new SCI380HS-Pro hotplate-stirrer is a very economically priced LCD digital hotplate-stirrer ideal for temperatures below 380°C. This compact unit can be used as a hotplate, stirrer or combination. SCILOGEX 380°C magnetic hotplate stirrers include all leading safety standards and is chemically resistant with white ceramic work plate. They can be used in physical, chemical, analytical and biological laboratories. Product Features Heat only, stir only or heat and stir together functions. Digital temperature control with max. temperature at 380°C Digital speed control with max. speed up to 1500rpm High resolution LCD displays actual temperature and speed. Brushless DC motor is maintenance free. Ceramic plate for chemical resistance and easy clean Aluminum cover with ceramic work plate, allows for immediate heat transfer. Electronic speed control for constant speed even during changes in load External temperature control is possible with temperature sensor PT1000. Hot warning sign if temperature is above 50°C. Comes with a free 50mm L x 5mm Dia. Magnetic Stir bar. Max. stirring quantity of H2O at 5L. cTUVus approved for UL and CSA 2 Year Warranty Work plate dimension 140x140mm Work plate material Aluminum cover with ceramic coating Motor type Brushless DC motor Motor input power 2.4W Motor output power 1.8W Power 510W Heating output 500W Voltage 100-120V 60Hz Stirring positions 1 Max. stirring quantity 5L Max. magnetic bar[length] 50mm Speed range 20-1500rpm Speed display LCD Temperature display LCD Heating temperature range Room Temp.+5°C. - 380°C Overheat protection 420°C Temperature control accuracy ±1°C External temperature sensor PT1000 (accuracy ±0.5°C) Control accuracy of sensor ±20rpm Protection class IP21 Dimension[WxDxH] 320x180×108mm Weight 2.2kg Permissible ambient temperature and humidity 5-40°C, 80%RH Additional Resources and Information Downloadable PDFs SCI380HS Hotplate& Stirrer manual Hotplates & Stirrers Brochure Hotplate & Stirrers Accessories
$502.90 - $569.30
SCILOGEX SCI-PA LED Digital Circular Magnetic Stirrer, 110-240V, 50/60Hz, US Plug
SCILOGEX SCI-PA Circular-top LED Digital Magnetic Stirrer, 100-1500rpm SCILOGEX SCI-PA LED Digital Magnetic Stirrer, 110V 60Hz Product Features Easy-to-read LED displayDigital speed control within the range of 100-1500rpm Max. stirring quantity of H2O at 3LNylon+GF housing provides a great chemical resistance Electronic speed control for constant speed even during changes in loadNow with a brushless long life DC motorHigh magnetic adhesioncTUVus approved for UL and CSA2 YEAR WARRANTYThe SCI-PA Magnetic Stirrer is an economy LED digital stirrer for basic stirring applications. It is not recommend for any corrosive liquid mixing as the plate is made of ABS plastic.Product Specifications Work plate dimensions (WXD) 135(5 inch)mm Work plate material ABS Motor type DC Motor Motor input power 5W Motor output power 3W Power 15W Voltage 100-120, 60Hz Stirring positions 1 Max. stirring quantity[H2O] 3L Max. magnetic bar[length] 50mm Speed range 100-1500rpm Speed display LED Protection class IP42 Dimension[WxDxH] 150×260×80mm Weight 1.8kg Permissible ambient temperature and humidity 5-40°C, 80%RH Additional Resources and Information Downloadable PDF SCI-PA Manual Hotplate & Stirrers Brochure
$220.37
SCILOGEX SCI6-Pro LCD Digital 5.5 x 5.5 in. Magnetic Stirrer, ceramic plate, 110-240V, 50/60Hz US Plug
SCILOGEX SCI6-Pro 5.5 x 5.5 in. LCD Digital Magnetic Stirrer, 200-1500rpm SCILOGEX SCI6-Pro 5.5 x 5.5 in. LCD Digital Magnetic Stirrer, 110-240V, 50/60 Hz. SCILOGEX SCIS6-Pro 5.5 x 5.5 in. LCD Digital Magnetic Stirrer Features: Easy to read backlit LCD display, with independent heat and stir display Ceramic plate for chemical resistance and easy clean Brushless DC motor is maintenance free Aluminum cover with ceramic work plate, allows for immediate heat transfer External temperature control is possible with temperature sensor PT1000 Electronic speed control for constant speed even during changes in load Comes with a free 50mm L x 5mm Dia. Magnetic Stir bar Max. stirring quantity of H2O at 5L Digital speed control with max. speed up to 1500rpm cTUVus approved for UL and CSA 2 Year Warranty The new MS6-Pro magnetic stirrer is a very economically priced LCD digital stirrer. Digital Magnetic Stirrer Specifications: Work plate dimensions (WXD) 140x140mm Work plate material Aluminum cover with ceramic coating Motor type Brushless DC motor Motor input power 2.4W Motor output power 1.8W Power 10W Voltage 100-240V, 50/60Hz Stirring positions 1 Max. stirring quantity[H2O] 5L Max. magnetic bar[length] 50mm Speed range 200-1500rpm Speed display LCD Protection class IP21 Dimension[WxDxH] 320x180×108mm Weight 2.2kg Permissible ambient temperature and humidity 5-40°C, 80%RH Control accuracy of sensor ±20rpm Additional Resources and Information Downloadable PDFs SCILOGEX Hotplate-Stirrers brochure SCILOGEX SCI6-Pro manual
$365.88
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