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1. AC induction motor with stepless speed regulation, no brushes, no sparks, and long service life.
2. PTFE+fluorinated rubber dual seal, high vacuum degree, high evaporation rate, high recovery rate.
3. The glass adopts GG-17 high borosilicate glass, which has good physical and chemical properties.
4. Digital speed display and reliable electronic speed regulation ensure electrical performance.
5. A vacuum gauge, it can intuitively display the current vacuum level.
| Model | RE-201R | |
| Rotating Flask | Capacity | 1 L(Can be replaced with 50–500 mL) |
| Caliber | 24# standard ground joint | |
| Receiving Flask | Capacity | 1 L |
| Caliber | 35# spherical ground joint | |
| Feeding Switch | 19# standard ground joint,9 mm barb fitting | |
| Condenser | Vertical coiled tube | |
| Condenser Size (Dia.×H)(mm) | 85×360 | |
| Condensation Area | 0.12 ㎡ | |
| Condenser Circulation Connection Port | 11 mm OD barb fitting | |
| Seal | Teflon and fluororubber combination double seal | |
| Temperature Control Accuracy | ±1 ℃ | |
| Rotational Speed | 0–120 rpm | |
| Screen Display | Temperature and speed digital display | |
| Temperature Control | Button | |
| Speed Control | Knob | |
| Motor Power | 40 W | |
| Lifting Method | Manual lifting | |
| Lifting Travel Range | ≈0–140 mm | |
| Maximum Evaporation Capacity (Water) | About 0.9 L/h | |
| Vacuum Degree | -0.098 Mpa | |
| Power Supply | 220 V, 50 Hz | |
| Temperature Control Range | Water bath, RT to 99 ℃; oil bath, RT to 180 ℃ | |
| Inner Liner Size (Dia.×H) | 250×150 mm | |
| Capacity | 2 L | |
| Heating Power | 1.5 kW | |
| Size (D×W×H) | 330×300×230 mm | |
| Size (D×W×H) | ≈650×340×930 mm | |
| Shipping Size (D×W×H) | 570×490×490 mm | |
| G.W. | 25 kg | |
| Recommended Equipment (excluding) | Circulating water vacuum pump VP-DIIIS and low-temperature coolant circulation pump LTC-510 | |



Close-up of the heating bath, designed to provide stable and uniform heating for the evaporation process. The adjustable temperature control helps meet the requirements of different solvents and laboratory applications.

The rotary evaporator is supplied with essential accessories and components required for installation and operation. Each part is securely arranged to support convenient setup and reliable daily laboratory use.

A complete display of the included glassware and supporting accessories, showing the main components required for evaporation, condensation, solvent collection, and system connection.
The rotary evaporator and its components are individually protected and securely packed to reduce the risk of damage during transportation. Separate protection is provided for the main unit, glassware, and accessories.

Complete shipping package of the rotary evaporator, showing the equipment prepared for delivery with protective packaging designed to keep all components secure throughout international transportation.
Rotary evaporators work on the principle that solvents have a range of boiling points, which decrease under reduced pressure. The evaporation flask rotates at a specified speed forcing the materials to form a large area of thin film on the inner wall of the flask.
The flask is heated evenly, and materials with a lower boiling point rapidly evaporate. Recycling of the solvent stream occurs in the receiving flask, following cooling by the glass condenser.