SpeedoVap LV (Low Volume) Nitrogen Evaporator the most commonly used evaporator model, is an automated high speed, low volume sample concentrator. It is an efficient new alternative to conventional evaporation techniques. SpeedoVap LV Nitrogen Evaporator & Concentration System can evaporate up to 50 samples in a batch. The system has the facility to use interchangeable racks for different types of tubes with different sample volumes (1.5 mL to 30 mL and Ria vials/test tube/centrifuge tubes).
SpeedoVap® HV is a High Volume Nitrogen Evaporator & Concentration System specially designed to evaporate large sample volumes. SpeedoVap HV can evaporate 8-15 samples in a batch. The system has the facility to use interchangeable racks for to accommodate any large volume test tube or beaker to meet requirements of different applications with evaporation volume of 50 mL to 200 mL.
everal laboratories require a particular volume of solvent retained at the end of evaporation that is reconstituted again before analysis. In those case the standard SpeedoVap High Volume Nitrogen Evaporator does not meet their demand. For such applications, we have the SpeedoVap HV Optical End point Nitrogen Evaporator that allows the user to evaporate a preset 0.5 mL, 1 mL or 2 mL end point process.
SPE is a form of chromatography, and, as with other chromatographic techniques, control of flow rate is critical for maintaining reproducible extractions. The Vacuum manifold used valves to control flow through each cartridge. The Vacuum manifold is available for 12 port and 24 port samples.
The Vertical Reciprocating Shaker generates up-and-down linear motion in the vertical plane – the configuration of choice for applications where gravity-assisted mixing is beneficial
Takahe’s new addition to the sample preparation instruments is the Wrist Action Separatory funnel shaker. This shaker is efficient in shaking evenly reagents of various kinds of materials under same control parameters. It is suitable for organic, inorganic chemical, medical, and pharmaceutical research, extraction & development of media, and waste water analysis.
