Process heat sensitive biological samples with confidence using SRF110. This Refrigerated SpeedVac system uses state-of-the-art centrifugation, vacuum, and heat technologies for removing solvents and concentrating heat sensitive biological samples while maintaining sample integrity.
Perform HPLC fraction and reversed-phase SPE eluant applications with these large capacity SPD210 vacuum concentrator and kits which contain all required components under one model number.
Evaporate strong acids, bases and aggressive organic solvents with the Thermo Scientific™ SpeedVac Modular Vacuum Concentrators. Approved for combinatorial chemistry, these concentrators incorporate an intuitive programmable user display for enhanced usability.
Evaporate strong acids, bases and aggressive organic solvents with the Thermo Scientific™ SpeedVac Modular Vacuum Concentrators. Approved for combinatorial chemistry, these concentrators incorporate an intuitive programmable user display for enhanced usability.
Evaporate strong acids, bases and aggressive organic solvents with the Thermo Scientific™ SpeedVac Modular Vacuum Concentrators. Approved for combinatorial chemistry, these concentrators incorporate an intuitive programmable user display for enhanced usability.
Compact Digital Rotary evaporator, with Vertical glassware set, ideal for solvent extraction where there is limited bench space. Plastic coated for additional protection when used under vacuum.
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.
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.