Evaporators using centrifugation, vacuum, and heat for removing solvents and concentrating samples while maintaining sample integrity; especially useful for strong acids and bases in combinatorial chemistry.
SureTRACE Supports traceability with guaranteed access to certificates and proactive change notifications. Learn More
CentriVap Benchtop Vacuum Concentrators are designed to rapidly concentrate multiple small samples using centrifugal force, vacuum and heat. As many as 148 samples may be processed at once. Sample sizes range from a few microliters up to 25 milliliters.
Speeds up the evaporation of solvents from DNA samples and other very small samples. Labconco™ CentriVap Vacuum Concentrator does not require any additional components to begin processing.
The RapidVap Vacuum Evaporation Systems are ideal for preparation of samples in a variety of applications including drug discovery, agrichemistry, mycology testing and environmental analysis.
CentriVap Mobile Systems combine the separate vacuum concentrator and cold trap components into one space-saving console and include casters for portability from laboratory to laboratory. A 12-13 mm Rotor and Solvent Trap are also included. The interior can accommodate a vacuum pump.
CentriVap Mobile Systems combine the separate vacuum concentrator and cold trap components into one space-saving console and include casters for portability from laboratory to laboratory. A 12-13 mm Rotor and Solvent Trap are also included. The interior can accommodate a vacuum pump.
The CentriVap Acid- Resistant System includes the following components: Acid-Resistant Benchtop Vacuum Concentrator with Glass Lid 7810016; Cold Trap 7811020; Clear Canister 7460900; Acid Insert 7814800; 12-13 mm Acid-Resistant Rotor 7455101; Glass Trap 7397605; and Vacuum Tubing and 6 Clamps.
SureTRACE Supports traceability with guaranteed access to certificates and proactive change notifications. Learn More
The Refrigerated CentriVap Centrifugal Concentrator is designed to rapidly concentrate multiple small heat-sensitive samples, such as RNA and proteins, using centrifugal force, vacuum and controlled temperature.