Used BIOTAGE V-10 #9127476 for sale

Manufacturer
BIOTAGE
Model
V-10
ID: 9127476
Evaporator w/ dual pumps, Carousel, EV10-1DC.
BIOTAGE V-10 is an evaporator designed specifically for the purpose of rapid solvent evaporation. This evaporator is capable of evaporating a range of volatile solvents, including chlorinated solvents, alcohols, and hydrocarbons. V-10 evaporator takes advantage of a rotating sample cartridge that is placed in a heated chamber. This heated chamber is capable of reaching temperatures of up to 180℃, enabling rapid solvent evaporation. The rotation of the sample cartridge causes the solvent to uniformly distribute itself over the heated chamber wall, which is made to conduct heat quickly. This, combined with the high temperature makes it possible to evaporate the solvent fluid with a surprisingly short evaporation time, reducing processing time and increasing efficiency. BIOTAGE V-10 evaporator is designed with the user in mind and is equipped with a digital display, timer and temperature controls, as well as an auto-stop safety feature. This feature allows the evaporator to shut off when the temperature reaches an unacceptably high level. The digital display and temperature controls ensure that the temperature of the heated chamber increases gradually, preventing drastic changes in temperature that could lead to damage of samples or the evaporator itself. V-10 evaporator has a maximum capacity of 250 mL, making it ideal for laboratory and small-scale operations. It also features a air filtration system, which captures contaminants from the air, helping to extend the life of the evaporator and sparing users the chore of regularly replacing the filter. The evaporator also features a dual-flow operation mode, which allows users to customize the speed of the evaporation process, granting them greater control over the results. BIOTAGE V-10 evaporator is intuitive, easy to use and can operate with minimal supervision. This makes it suitable for use in a wide range of laboratories, helping users save time, money, and energy when performing intensive evaporation tasks.
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