Centrifugal Concentrators
Acid-Resistant Refrigerated CentriVap Centrifugal Vacuum Concentrator Labconco
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. This exclusive concentrator combines a refrigeration system that cools to -4º C with a heater that warms to 100º C to achieve the user’s desired set point temperatures.
Centrifugal Vacuum Concentrators
CentriVap 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. CentriVap Concentrators are also available as one component of CentriVap Concentration Systems.
CentriVap Cold Traps Labconco
CentriVap Cold Traps collect evaporated liquid from the CentriVap Vacuum Concentrator, protecting the vacuum pump and the laboratory environment from the harmful effects of vapors, fumes and corrosives. The Traps may also be used in other laboratory applications such as freeze drying and desiccation.
CentriVap Cold Traps are available in -50°C, -84°C, and -105°C collector temperature.
CentriVap Complete Vacuum Concentrator Lanconco
The all-in-one CentriVap Complete Vacuum Concentrator houses every component you need to begin processing multiple samples; vacuum concentrator, -50° C cold trap, diaphragm pump, rotor and CentriZap strobe light. Just add your samples in the containers of your choice and start concentrating. Using centrifugal force, vacuum and controlled heat, the CentriVap Complete speeds concentration of samples used in a variety of applications found in molecular biology, proteomics, genomics, cell biology, microbiology, biochemistry, drug discovery and analytical chemistry.
Acid-resistant models are available for corrosive chemical use. Other models feature Heat Boost, which surrounds the chamber wall, to further speed evaporation of high boiling point solvents.
CentriVap DNA Vacuum Concentrator Lanconco
CentriVap DNA Vacuum Concentrators are designed to speed evaporation of solvents from DNA samples and other very small samples. The compact benchtop cabinet houses the concentrator, DNA Rotor, diaphragm vacuum pump, two glass traps and all connecting tubing. No additional components are required to begin processing.
CentriVap micro IR Vacuum Concentrator Labconco
With the smallest footprint available, the new CentriVap micro IR Vacuum Concentrator fits in tight spaces and is ideal for small samples such as DNA and small throughput in molecular biology, proteomics, genomics, genetics, cell biology and drug discovery labs. Weighing only 20 pounds, this personal-sized concentrator may be easily transported from lab to lab.
Everything about the CentriVap micro IR is small except its many features. Its transparent infrared (IR) glass lid directs heat to the samples to speed evaporation and reduces cross contamination from condensation. The CentriVap micro IR includes a rotor for twenty-four small samples, a CentriZap micro IR strobe light to view samples while the rotor is spinning, an built-in diaphragm pump and glass trap everything you need to start concentrating. Simply plug it in and it's ready to use.
CentriVap Mobile System Lanconco
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 only additional component necessary to begin processing.
Refrigerated CentriVap Benchtop Vacuum Concentrator Labconco
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. This exclusive concentrator combines a refrigeration system that cools to -4º C with a heater that warms to 100º C to achieve the user’s desired set point temperatures.
