Rotary Evaporator RE2040

Introduction

Rotary Evaporator has automatic motor lift. It has maximum rotation speed of about 20 to 280 rpm. Equipped with digital display to view the data clearly and conveniently at any time. It is provided with a maximum heating temperature range of RT 180 ℃. The unique 5L bath design allows for quick heat up, allowing for faster experiments. It allows quick switch between water and oil heating mode. This system holds number of patents including unique condenser for cooling effect.The unit can be controlled via USB allowing PC control and documentation

Applications

It is an indispensable instrument for evaporation, concentration, crystallization, separation and solvent recovery in research and production of medicine, chemical and biological products etc.

Specifications

Bath Capacity	5 L
Speed range	20-280 rpm
Motor Type	Brushless DC motor
Heat Temperature range	RT ~180°C
Heat Control Accuracy	Water: ±1°C, Oil: ±3°C
Heat Power	1300 W
Display	LCD display
Lift Stroke	150 mm
Timer	1-999 min
Working Environmental Conditions	5-40°C temperature, 80% RH humidity
Interface	USB
Motor Power	1400 W
Electrical Supply	100-120/200-240V, 50/60Hz
Dimensions	465 x 467 x 583 mm
Weight	15 kg

Features

Easy to read large LCD screen displays rotation speed, heating temperature and timing.

Speed range from 20 to 280 rpm.

Large 5 L heating oil bath with room temperature of 180℃.

Heating bath with precise temperature control and adjustable safety circuit.

Automatic motor lift releases the evaporating flask to top position in case of power failure.

Boil-dry protection, automatic power off if heated without water/oil content in heating bath.

Patent Condenser with cooling surface of 1700cm2 for excellent cooling effect.

Evaporation flask with ejector, convenient to remove.

Double PTFE and patented pressure spring provides excellent sealing.

Available with optional glassware with explosion proof film.

FAQs

1. What are Rotary Evaporators used for?

Rotary Evaporators are used for efficient solvent removal and concentration of samples in laboratory processes.

2. How does a Rotary Evaporator remove solvents effectively?

Rotary Evaporators use a rotating flask combined with a vacuum system for controlled evaporation.

3. Why do Rotary Evaporators operate under reduced pressure?

Rotary Evaporators operate under reduced pressure to lower boiling points and protect heat-sensitive samples.

4. How do Rotary Evaporators prevent sample degradation?

Rotary Evaporators ensure gentle evaporation conditions, maintaining sample integrity and high-quality recovery.

5. What are the main components of a Rotary Evaporator?

Rotary Evaporators consist of a rotating flask, vacuum system, condenser, and heating bath.

6. Where are Rotary Evaporators commonly used?

Rotary Evaporators are widely used in research laboratories, chemical processing, and production environments.