Evaporators
A rotary evaporator, found in every chemistry lab, allows users to perform chemical separation or purification using heat and agitation—or stirring—under vacuum.
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Solvent removal from solutions is commonly performed in laboratory and production processes. There are a number of different methods that can be used for solvent removal, including evaporation, vacuum concentration, lyophilization, reverse extraction, solute precipitation, and dialysis (solvent exchange).
More options available than ever before
Evaporators and evaporation systems are a key part of the sample prep process in many laboratories and industries. In particular, rotary evaporators have been crucial in materials, forensics, life science, environmental, and chemical industries for decades.
Provides real time feedback enabling excellent accuracy in controlling of actual sample temperatures.
Processing DNA samples can be a time consuming and expensive process. If degradation occurs during any of the steps, the process must start over. Before you begin, make sure that the DNA is free of RNA and protein contamination.
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.
Combinatorial chemistry can be traced back to the 1960’s, but didn’t gain popularity until 1990 when pharmaceutical companies started compounding large amounts of potential new drugs into libraries. Now, combinatorial chemistry has moved
