With the smallest footprint available, the new CentriVap micro IR Vacuum Concentrator fits in tight spaces and is ideal for small throughput in molecular biology, proteomics, genomics, genetics, cell biology and drug discovery labs.

Learn about the new design of the 3Y series and all the other great improvements.

Conventional techniques for environmental organic sample preparation for priority pollutants, such as extractions by shakers, Sohxlet, or sonication, are time-consuming and generate large volumes of solvent waste. In addition, workers are exposed for extended periods to toxic organic solvents.

Lab shakers are available in two different mixing actions: orbital and reciprocal and are primarily used for culturing organisms in shake flasks or test tubes, and can also be used for mixing liquids.

Magnetic stirrers are a popular type of laboratory stirrer that use a rotating magnetic field to cause a stirrer bar to rotate within the solution.

Mixing solutions is one of the most common laboratory tasks. Over the years, a number of automated methods for mixing have been devised, all of which remove this burden from the operator by offering a sustained and controlled stirring action for indefinite periods of time.

Microwave digestion is the preparation method of choice for analyzing metals in complex mixtures.

Turning a sample into a suspension—the essence of homogenizing— occurs in a wide range of laboratory applications.

The use of freeze dryers extends from applications in academic labs to zoos. Moreover, this technology contributes to basic research and manufacturing.

Centrifuges separate particles and structures suspended in liquid by applying thousands of gravitational force equivalents to the sample through spinning. Laboratories use centrifuges to clarify suspensions, separate liquids, isolate suspended particles, perform density measurements and for many other applications.

Find out all the latest trends in lab balances and what you should know before buying one.