Both vacuum evaporation and vortex evaporation are two sample preparation processes that are used to remove moisture from a sample. Vacuum evaporators are used to evaporate liquids through the application of pressure and is sometimes in conjunction with temperature to be reduced below a sample’s vapor pressure. Vortex evaporators are also used to remove liquids to concentrate a sample for sample preparation. Unlike a vacuum evaporator, a vortex evaporator uses vortex motion for this process. Applications include environmental testing, drug development, toxicology, pharmaceutical, forensics, food, semiconductor, and chemistry.
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Biotage, LLC
- Gas Heater temperature range: Ambient to 65 °C, ± 2 °C accuracy. Plate Heater Temperature Range: Ambient to 80 °C, ± 2 °C accuracy.
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Glas-Col, LLC
- 80C (Manifold) and 105C max. (Bottom Blocks)
- 150 to 800 rpm
Labconco
- Up to 100 °C
- Up to 1725 rpm
Labconco
- Up to 100°C
- 500 to 1800 rpm
BioChromato
- Room temperature to 100°C
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BioChromato
- Room temperature to 100°C
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BioChromato
- Room temperature to 100°C
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BioChromato
- Room temperature to 100°C
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Organomation
- 30–120°C (dry block); ambient (no bath option)
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Organomation
- 30–90°C (water bath); 40–130°C (dry bath)
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BioChromato
- Room temperature to 100°C
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BioChromato
- Room temperature to 100°C
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BioChromato
- Room temperature to 100°C
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BioChromato
- Room temperature to 100°C
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BioChromato
- Room temperature to 60°C
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Organomation
- 30–120°C (dry block); ambient (no bath option)
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Organomation
- 30–90°C (water bath); 40–130°C (dry bath)
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