Vacuum pumps systems no longer have to be loud, noisy, filled with oil that leaks and smokes, or complicated to use.

The next generation of i.Series® monitoring features the i.C3 User Interface which offers constant temperature monitoring and control on all i.Series refrigerators and Freezers.

Designed to meet the growing need for personalized solutions, Gilson’s PLC 2020 Personal Purification System is a fully-functioning purification system in a compact footprint intended to support an individual researcher or a small group of chemists.

From the people who brought you the energy saving GreenFumeHood®, ERLAB, the one and only inventor of the ductless filtering fume hood and worldwide leader since 1968 innovates once again with the low cost Captair® Flex™ Technology.

New Brunswick Scientific’s world renowned laboratory shakers are known for dependable operation and innovative design. New Brunswick offers the widest selection of biological shakers in the industry, with more than 30 models available to suit your exact needs.

ELGA’s new innovative Type I ultrapure water purification system ensures accurate consistent results. The PURELAB flex 3 & 4 are the latest additions to the award winning PURELAB flex range of systems.

For nearly 30 years, BioTek has led the market in developing microplate washing technologies, and is well recognized for the industry standard ELx405™ Microplate Washer.

For 60 years The Baker Company has been at the forefront of engineering, testing and production of reliable laboratory contamination control equipment. Our cabinets and hoods are crafted with precision for your unique situation.

Most manufacturers know that accurately determining the density of raw materials is a critical part of the production process. Why is it so important?

Microplate readers are used to discern either physical, chemical, or biological events in microtiter plates and are common in academic organizations and the biotech, pharmaceutical, and drug discovery industries, as well as in research.

The wide variety of lab-shaker designs on the market reflects the increasing diversity of scientific experimentation. Labs now use a greater range of sample sizes than ever before, from liters to microliters.

Although flow cytometry first appeared (as fluorescence-assisted cell sorting) in the late 1970s, the last three years have seen a surge of innovation in instrumentation and applications.