Cannabis Testing Products & Reviews

Heavy Metal Analyzer for Soil and Powders

Powerful software for NIR method development

Real-time process control with advanced NIR technology

Our µPAC™ Trapping column was developed with an identical stationary phase support morphology, matching perfectly the retentive properties of our analytical µPAC™ columns. Effectively desalting and preconcentrating the analytes improves the analytical column lifetime and workflow throughput.

A solution for the measurement of turbidity in liquids, the HazeQC ME turbidity measuring module, is provided by Anton Paar as part of a modular measuring system. The approved ratio method with measurement at three angles (transmission 0°, scattered light at 25° and 90°) is used to prevent the influence of particle size on the turbidity value. The measurement is carried out at a wavelength of 650 nm ±30 nm (MEBAK- and EBC-comp…

The FLIR GF620 is the first high-resolution, handheld camera from FLIR to detect methane and other volatile organic compound (VOC) emissions. With its ground-breaking 640 x 480 resolution IR detector, inspectors can check thousands of components and safely scan for gases from greater distances. It's also the first FLIR OGI camera to offer Quantification mode (Q-Mode) for streamlined set-up of the optional QL320 gas quantificat…

Powerful extraction system that is perfect for multitasking

Robust acid hydrolysis prior to fat extraction

STRIP READER is a one channel photometer able to read strips with 8/12 wells or part of them. 

This compact ASPEC system combines positive pressure solid phase extraction (SPE) with precise liquid handling for reliable automated SPE applications. 

This ASPEC system provides ultimate workflow automation of small- to large-volume solid phase extraction (SPE) applications by combining flexible positive pressure SPE, precise liquid handling, large bed capacity, and on-line integration with liquid chromatography (LC) systems. 

This ASPEC system provides the ultimate in versatility by combining flexible positive pressure solid phase extraction (SPE), precise liquid handling, large bed capacity, and on-line integration with liquid chromatography (LC) systems.

This ASPEC system maximizes throughput for small- to large-volume solid phase extraction (SPE) applications by processing four samples in parallel with positive pressure elution. 

This ASPEC system for positive pressure solid phase extraction (SPE) maximizes throughput by processing up to four samples in parallel.

The ASPEC Positive Pressure Manifold uses positive pressure to improve reproducibility and recovery for solid phase extraction (SPE) applications. 

When a smaller, low-flow HPLC system is necessary, look to the VERITY® 241 HPLC System.

Mass-directed detection is now available for your lower capacity VERITY 241 HPLC system with the addition of the VERITY 1900 MS Detector.

Take your VERITY 271 HPLC system a step further with the power of mass-directed detection by choosing the VERITY 1900 MS Detector. 

When large capacity and throughput are needed, the VERITY 281 HPLC systems provide the answer for semi-preparative and preparative purifications.

With the chip-based VERITY 1900 MS Detector, mass-directed detection is now available for your high capacity VERITY 281 HPLC system.

The VERITY Compact CPC-MS System allows you to perform mass-directed purification of target compounds by centrifugal partition chromatography (CPC).

The VERITY Compact LC System simplifies and streamlines compound purification by integrating preparative HPLC and flash chromatography in one customizable instrument making it one of the most flexible automated purification systems available.

The VERITY® Compact LC-MS System combines the PLC Purification System with the VERITY 1900 MS Detector to provide a compact, easy-to-use, all-in-one instrument for mass-directed purification of target compounds by preparative HPLC and flash chromatography.

The VERITY® GPC Cleanup System is an ideal solution for post-extraction cleanup of high-molecular weight interfering substances from environmental samples, food products, and animal tissue prior to analysis using gel permeation chromatography (GPC). Removal of these contaminants leads to more reliable results, fewer sample repeats, and less downtime for downstream chromatography instruments.