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Labmate Rotary Evaporators are designed from 1-liter to 100-liter capacity. Their high grade glass flasks deliver outstanding thermal stability and chemical resistance. They include digital displays for real time monitoring of rotation speed and temperature throughout operation. These feature advanced sealing technology, ensuring leak proof and stable vacuum levels during extended cycles. Our Rotary Evaporators comprise Standard, Automatic, Explosion Proof, and Industrial models.
Frequently Asked Questions
1 What is a Rotary Evaporator?
A Rotary Evaporator is an apparatus designed to gently remove solvents from samples through evaporation by rotating and applying heat under reduced pressure.
2 How does a Rotary Evaporator work?
It works by rotating a flask in a heated bath under vacuum, causing solvents to evaporate and condense into a separate collection flask.
3 What types of solvents can be removed using Rotary Evaporator?
It is commonly used for removing volatile solvents such as ethanol, acetone, hexane, toluene and chloroform.
4 Can Rotary Evaporator be used for distillation?
It is often used for distillation purposes for gentle and continuous removal of solvents from a sample.
5 Can Rotary Evaporator be used for solvent exchange?
It is used for solvent exchange.
6 Can Rotary Evaporator be used for extracting essential oils?
It can be used to extract essential oils by gently removing solvents like ethanol or hexane.
7 Can Rotary Evaporator be used for dehydration of biological samples?
It can be used to remove water from biological samples.
8 Can Rotary Evaporator be used to remove residual solvents in pharmaceuticals?
It is often used in pharmaceutical industry to remove residual solvents from products during drug manufacturing or formulation.
9 Can Rotary Evaporator be used to recover both organic and inorganic solvents?
It can recover both organic and inorganic solvents.
10 Can Rotary Evaporator be used for temperature-sensitive compounds?
It is used for temperature-sensitive compounds because the vacuum system allows evaporation at lower temperatures.