Products & Reviews

PIPETMAX® is an automated pipetting solution for the efficient processing of high-throughput biological assays. It will help you to improve on the accuracy, reproducibility, and consistency among all samples processed. Unlike traditional automation platforms, PIPETMAX comes in a benchtop size that easily fits into any lab.

PLATEMASTER® is an easy-to-use, accurate solution for high-throughput manual pipetting of 96- and 384-well microplates. Two models are available: PLATEMASTER P20 for pipetting volumes from 0.5−20 µL and PLATEMASTER P220 for pipetting volumes from 2−220 µL.  Increase the Productivity of Your Workflows The PLATEMASTER’s 96-channel design greatly reduces the number of pipetting steps necessary to fill a microplate when compar…

The new Flexus® product line brings you the most flexible, modular, state-of-the-art robotic pipeting system available. Designed to readily adapt to your changing needs its upgradeability ensures it will keep up with today’s ever advancing scientific techniques. The modular design allows the hardware to be configured to suit a very wide range of applications and simplifies both system integration and stand alone robotic automa…

With mid-size capacity and throughput, the VERITY 271 HPLC systems provide hundreds of configurations for semi-preparative and preparative purifications.

The compact, lower capacity FC 203B Fraction Collector collects samples based on time, drop, or peak, making it a choice for a range of LC applications. The collector accommodates a wide variety of collection vessels, including microplates, vials, and tubes and can be used with any HPLC system.

The FC 204 Fraction Collector is a compact, large-bed fraction collector with a large capacity capable of handling test tubes, vials, and up to eight shallow or deep well microplates. Fractions can be collected by drop, peak, or time, and the collector can be used with any HPLC system.

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-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.

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.

This liquid handler offers a two-rack platform for large or small volume injection and automatic fraction collection using tubes, vials, or microplates. Its small footprint makes it an ideal choice for labs where bench space is limited.

This small footprint, medium capacity liquid handler and autosampler offers small-to-large volume injection, fraction collection, and liquid handling capabilities. Its dynamic syringeless pumping system is capable of delivering microliters to hundreds of milliliters, with no change in hardware.

This liquid handler provides a versatile, large capacity platform that can be configured for injection, fraction collection, and re-injection as part of a semi-preparative or preparative HPLC purification system. With optional accessories, it can also be used as a flexible liquid handler for performing a wide variety of automated, unattended liquid handling applications.

This VERITY® oligonucleotide purification system offers a single, automated HPLC system for the purification, analysis, and desalting of reagent-grade synthetic oligonucleotides in one continuous run. The system seamlessly changes between preparative and analytical scales, saving time and equipment space, while built-in error handling allows for unattended operation.