Revolutionizing Solvent Evaporation in Laboratories
The Electric Lift Vacuum Evaporator for Laboratory Applications plays a critical role in solvent evaporation, concentration, and purification processes across various scientific fields. Whether used in pharmaceutical research, chemical synthesis, or material analysis, this advanced instrument provides high-precision evaporation while ensuring operational safety and efficiency.
Designed by EquilRxnLab, the AKRE-2000B Rotary Evaporator incorporates a vacuum system, temperature-controlled heating bath, and an electric lifting mechanism, making it an indispensable tool for laboratory professionals requiring consistent and accurate sample processing.
Key Features of the Electric Lift Vacuum Evaporator for Laboratory Applications
The AKRE-2000B model integrates cutting-edge evaporation technology with user-friendly design, ensuring precise and efficient sample processing. Here are its core specifications:
- Vacuum Pressure: 0.098 Mpa – Ensures effective solvent removal.
- Rotary Flask Capacity: 1L, φ131mm/24# standard joint – Ideal for small and medium-scale extractions.
- Collection Flask Capacity: 1L, φ131mm/35# spherical joint – Designed for efficient solvent collection.
- Rotational Speed: 0-200 rpm – Allows for variable speed control based on sample requirements.
- Temperature Range: Water Bath: RT-99°C; Oil Bath: RT-200°C (optional) – Provides precise thermal regulation.
- Temperature Accuracy: ±1°C – Ensures consistent evaporation conditions.
- Condenser Dimensions: φ85x430H mm, 35# spherical joint – Maximizes cooling efficiency.
- Condenser Area: 0.17㎡ – Enhances solvent recovery.
- Boiling Flask Capacity: 6.2L (Φ235x145H mm, 3.5 kg) – Supports large sample volumes.
- Overall Dimensions: 630x400x(690-810)mm – Compact design for easy integration into lab spaces.
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How an Electric Lift Vacuum Evaporator for Laboratory Applications Works
Understanding the working principles of an Electric Lift Vacuum Evaporator for Laboratory Applications helps optimize its performance and maximize efficiency.
1. Vacuum System for Pressure Control
By reducing the pressure within the evaporation chamber, the boiling point of solvents lowers significantly, enabling safe and efficient evaporation of heat-sensitive compounds.
2. Rotational Mechanism for Even Evaporation
The rotary flask spins continuously, ensuring uniform heat distribution and minimizing sample degradation.
3. Condensation Process for Solvent Recovery
A high-efficiency condenser cools and collects evaporated solvent vapors, preventing waste and allowing for sustainable laboratory operations.
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Why Choose an Electric Lift Vacuum Evaporator for Laboratory Applications?
A comparison between different rotary evaporation systems highlights the advantages of an Electric Lift Vacuum Evaporator for Laboratory Applications:
| Feature | Electric Lift Vacuum Evaporator | Manual Rotary Evaporator | Traditional Evaporation Methods |
|---|---|---|---|
| Automation Level | High | Medium | Low |
| Temperature Control | Precise | Moderate | Inconsistent |
| Vacuum Efficiency | Optimized | Manual Adjustment | Limited |
| Ease of Use | User-Friendly | Requires Expertise | Labor-Intensive |
The AKRE-2000B model offers automated lifting, improving user safety and reducing the need for manual handling of heated flasks.
Best Practices for Using an Electric Lift Vacuum Evaporator for Laboratory Applications
To ensure optimal performance and extend the lifespan of the AKRE-2000B Rotary Evaporator, laboratory professionals should adhere to the following guidelines:
- Optimize Vacuum Levels: Maintain a stable vacuum of 0.098 Mpa to improve solvent evaporation rates.
- Monitor Rotational Speed: Adjust between 0-200 rpm based on the sample’s viscosity and volatility.
- Ensure Proper Heating Control: Select water or oil bath options depending on required temperature settings.
- Regularly Inspect the Condenser: Ensure efficient cooling for maximum solvent recovery.
- Clean Flask and Seals After Use: Prevent cross-contamination and maintain operational efficiency.
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Applications of an Electric Lift Vacuum Evaporator for Laboratory Applications
The AKRE-2000B Electric Lift Vacuum Evaporator is widely used in scientific and industrial laboratories, supporting multiple research applications:
- Pharmaceutical Research: Facilitates drug formulation and compound extraction.
- Chemical Synthesis: Enables solvent recovery and reaction purification.
- Food and Beverage Analysis: Assists in flavor concentration and aroma extraction.
- Environmental Testing: Used for water and soil sample preparation.
The ability to precisely control evaporation conditions makes this instrument a must-have in any modern laboratory.
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Upgrade your laboratory workflow with an Electric Lift Vacuum Evaporator for Laboratory Applications, designed for precision, safety, and efficiency.
