The Heidolph Rotary Evaporator Hei-VAP Core ML G3-CH Motor Lift (CH-Plug) is a reliable and high-precision instrument designed for solvent evaporation in modern laboratories. With a smooth motor lift function and CH-Plug compatibility, this evaporator supports efficient and reproducible workflows in distillation, concentration, and other evaporation tasks. Built for durability and performance, it meets the needs of research and industrial labs alike.
Key Features:
- Brand: Heidolph
- Model: Hei-VAP Core ML G3-CH with motor lift (CH-Plug)
- Application: Solvent evaporation, distillation, and concentration in laboratory environments
- Compatibility: Designed for laboratory setups requiring CH-Plug configuration
- Lift Mechanism: Motor lift for precise and automated vertical movement
- Display: Clear digital display for monitoring current values and a separate button to display set values
- Controls: Two separate operating knobs for adjusting rotation speed and heating temperature, featuring LED ring lights for activity indication
- Safety: Activated lock feature prevents unintended adjustments; residual heat warning when temperature exceeds 50 °C
- Functionality: Standby button halts all operations and raises the evaporator flask from the heating bath (motor lift models)
- Ergonomics: Heating bath equipped with optimized ergonomic handles for secure grip
- Adjustability: Immersion depth adjustable up to 155 mm; evaporating flask tilt angle adjustable from 20° to 80°
- Sealing Technology: Grease-free operation with advanced sealing system
- Ventilation Cap: Includes PTFE inlet; optionally available with replenishment valve
- Optional Features: Cable extension available; control panel can be detached for external operation (e.g., outside closed fume hoods)
- Packaging: Sold individually
Scope of Supply:
- Flask clamp Easy-Clip
- Vapour tube
- Ventilation cap
- Heating bath
- 1-litre receiving flask
- 1-litre evaporating flask
- Supplied condenser as indicated
This Heidolph Rotary Evaporator is essential for laboratories demanding efficient, consistent, and user-friendly evaporation systems.