Manual Lifting Rotary Evaporator LX2011MRE features a manual lift and an intuitive digital display for clear monitoring and accurate control of the evaporation process. It offers a large condensing surface, with an integrated vacuum gauge. It is equipped with a broad rotation speed range of 0 - 120 rpm, along with a maximum heating temperature of 250 °C.
| Rotary bottle volume | 3 L |
|---|---|
| Receiving bottle volume | 2 L |
| Rotational speed | 0 - 120 rpm |
| Vacuum degree | - 0.098 Mpa |
| Motor power | 40 W |
| Heating temperature | RT- 250 °C |
| Heating power | 2 KW |
| Movements Itinerary | 0 - 120 mm |
| Power supply | 220 V / 110 V, 50 Hz / 60 Hz |
| External dimension | 660 x 330 x 970 mm |
| Packing dimension | 1000 x 600 x 500 mm |
| Gross weight | 38 Kg |
Built with high-quality stainless steel main rack
It has 2 L receiving flask with integrated vacuum valve
Equipped with high-efficiency 40 W motor
It offers rotational speed range with: 0 - 120 rpm
Digital display for precise speed and temperature control
Integrated manual lift
Connection bottle equipped with PTFE sealing valve
Water or oil bath with Teflon coating
It is widely used for efficient solvent evaporation and concentration in chemical, pharmaceutical, and research laboratories under reduced pressure.
Chiller
Vacuum pump
Manual Lifting Rotary Evaporator features a smooth manual lift with an ergonomic handle for effortless adjustment, along with an electronic speed regulator. It is equipped with a vertical condenser and digital display ensures accurate monitoring of both the rotational speed and the heating bath temperature. This unit is ideal for reliable and efficient solvent evaporation in laboratory environments.
Automatic Lifting Rotary Evaporator features a round rotary flask with a receiving flask for efficient solvent collection. Its motorized lift enables smooth, hands-free adjustment for enhanced safety and precision. The system offers accurate control of rotation speed and temperature with an LCD digital display for real-time monitoring making it ideal for routine use in research, chemical, and pharmaceutical laboratories.
