A Rotary Vacuum Evaporator, also known as a Rotovap, is an essential piece of laboratory equipment used for solvent evaporation, sample concentration, and chemical distillation under reduced pressure.
This system enables efficient solvent recovery and purification by reducing the boiling point of liquids, allowing for low-temperature evaporation without sample degradation. Equipped with precision vacuum control, digital temperature regulation, and automated rotation, the rotary evaporator is widely used in pharmaceuticals, biotechnology, chemical synthesis, and food research laboratories.
With energy-efficient operation, customizable flask capacities, and advanced safety features, the vacuum evaporator is ideal for high-throughput laboratories requiring fast and reliable evaporation.
Efficient Solvent Removal & Sample Concentration
- Uses vacuum evaporation technology to enable rapid solvent removal.
- Maintains low boiling points to protect temperature-sensitive compounds.
Precision Temperature & Speed Control
- Digital PID temperature control ensures accurate heating adjustments.
- Variable rotation speeds (20 – 300 RPM) for efficient mixing and evaporation.
High-Performance Vacuum Pump System
- Supports vacuum-assisted distillation for enhanced solvent recovery.
- Compatible with diaphragm, rotary vane, and oil-free vacuum pumps.
Adjustable Rotary Flask & Condenser System
- Features 1L to 50L rotary flasks for scalable sample processing.
- Vertical or diagonal condenser options for optimized solvent condensation.
User-Friendly Digital Display & Control Panel
- LED/LCD touchscreen interface for easy parameter adjustments.
- Allows users to set temperature, speed, and vacuum pressure.
Energy-Efficient & Low-Maintenance Design
- Closed-loop solvent recovery system reduces chemical waste and energy usage.
- High-quality glassware & corrosion-resistant materials for durability.
Safety Features for Laboratory Use
- Automatic lift system prevents sample damage in case of power failure.
- Overheating and vacuum failure protection ensure operational safety.
| Feature | Specification |
|---|---|
| Flask Capacity | 1L - 50L |
| Rotation Speed | 20 - 300 RPM |
| Temperature Range | Ambient to 180°C |
| Vacuum Control | Automatic Vacuum Adjustment |
| Display | Digital LCD/LED Touchscreen |
| Condenser Type | Vertical, Diagonal, Horizontal |
| Safety Features | Automatic Lift, Overheat Protection |
| Energy Efficiency | Low Power Consumption |
| Applications | Pharmaceutical, Chemical, Food, Cannabis, Research Labs |
Pharmaceutical & Chemical Research
- Used for drug formulation, active ingredient extraction, and sample purification.
- Supports organic chemistry, reaction concentration, and solvent exchange processes.
Biotechnology & Molecular Biology
- Enables DNA/RNA solvent extraction and purification.
- Used for protein crystallization and bioactive compound recovery.
Food & Beverage Processing
- Assists in flavor extraction, essential oil concentration, and alcohol distillation.
- Ensures low-temperature processing to maintain natural ingredient integrity.
Cannabis & Botanical Extraction
- Used in CBD oil extraction and terpene recovery for cannabis processing.
- Enhances purity of plant extracts for medicinal and commercial use.
Environmental & Industrial Laboratories
- Essential for waste solvent recycling and industrial process optimization.
- Supports water purification and environmental pollutant analysis.
Superior Evaporation Efficiency
- Vacuum-assisted distillation reduces solvent boiling points for faster evaporation.
- Ensures high sample purity and recovery rates.
Customizable Configurations for Different Applications
- Available in various flask capacities (1L to 50L).
- Vertical, diagonal, or horizontal condensers for specific laboratory needs.
User-Friendly Digital Control System
- Programmable settings for temperature, rotation speed, and vacuum level.
- LED touchscreen interface for real-time monitoring.
Advanced Safety Features & Low-Maintenance Design
- Automatic lift system prevents accidental sample loss.
- Over-temperature protection and solvent recovery system reduce risks.
Energy-Efficient & Environmentally Friendly
- Low-power consumption design minimizes operating costs.
- Closed-loop solvent recovery reduces chemical waste.
