Electric Lifting Rotary Evaporator LERE-T2025

Introduction

Electric with 50 L evaporating flask is built for efficient recovery and crystallization in large lab setups. It enables continuous discharge for uninterrupted operation and reduced downtime. The system features reliable vacuum sealing to prevent contamination and maintain sample purity throughout. Our electric lifting rotary evaporator is ideal for chemical and biopharmaceutical labs for extraction and recovery tasks. 

This equipment is essential for solvent evaporation and concentration processes in chemical, pharmaceutical, and food laboratories. It features efficient heat transfer and vacuum control to ensure optimal distillation results while protecting sensitive samples.

Applications

Electric Lifting Rotary Evaporator enables effective concentration, drying, crystallisation, and solvent retrieval in demanding laboratory operations. It is commonly employed in pharmaceutical development, chemical synthesis labs, and biopharma manufacturing units.

Specifications

Evaporating Flask	50 L
Receiving Bottle	20 L (with discharge valve)
Rotation Speed	0 to 120 rpm
Lifting Distance	215 mm
Lifting Mode	Electric
Lifting Motor Power	40 W
Condenser	Vertical
Coil Configuration	Main triple and auxiliary double coil
Temperature Range	RT to 180°C
Temperature Control Accuracy	+/- 1°C
Vacuum Degree	0.098 Mpa
Rotating Motor Power	100 W
Heating Power	8000 W
Bath Capacity	76 L
Power Consumption	8280 W
Power Supply	380V/5O Hz
Dimensions (L×W×H)	1390×700×2300 mm
Weight	103 kg

Features

High-strength borosilicate glass

Adjustable rotation speed

Fast heating bath

Triple-coil condenser cooling

Durable stainless steel frame

FAQs

1. How does the Electric Lift Rotary Evaporator handle varying solvent viscosities?

Electric Lift Rotary Evaporator is designed to handle a broad range of solvent viscosities, from thin liquids to more viscous compounds. The system’s adjustable rotation speed and lift height make it adaptable to different types of samples. By tailoring the rotation speed, the evaporator ensures consistent and efficient mixing, even for high-viscosity solvents that are typically difficult to process. The motor’s torque is designed to prevent motor strain, ensuring smooth operation. Additionally, the temperature and pressure settings can be controlled precisely, providing further versatility for handling a variety of materials without compromising the sample quality.

2. How does the Electric Lift Rotary Evaporator prevent sample contamination during operation?

It Electric Lift Rotary Evaporator is built with contamination control in mind. The closed-loop system, including its sealed connections and vapour-tight design, ensures that no external elements can contaminate the sample during operation. The internal environment is kept isolated, reducing the risk of airborne particles or contaminants affecting the sample. Furthermore, the efficient condenser recycles the solvents, maintaining the purity of the sample throughout the entire process. This careful construction allows for consistent sample integrity, crucial for precise analytical work and sensitive experiments.

3. Can the Electric Lift Rotary Evaporator be used for both small and large-scale experiments?

The Electric Lift Rotary Evaporator is versatile enough to cater to both small and large-scale experiments. Its modular setup allows the use of different flask sizes, enabling it to handle a range of sample quantities from small laboratory batches to larger industrial-scale processes. The system’s motorized lift allows for precise adjustments, accommodating varying sample volumes without compromising on performance. Whether working on small-scale research or scaling up for production, the Electric Lift Rotary Evaporator can be customized to meet specific laboratory needs. This flexibility ensures that it remains a valuable tool for both academic and industrial applications.

4. How does the Electric Lift Rotary Evaporator improve productivity in a busy laboratory?

It Electric Lift Rotary Evaporator enhances productivity in high-demand laboratory environments by reducing manual workload. The automatic motorized lift system minimizes the need for frequent manual adjustments, allowing technicians to focus on other tasks. The system’s ability to maintain a consistent rotation speed and precise temperature control ensures that experiments run without interruption, leading to higher throughput. Furthermore, the compact and efficient design saves valuable bench space, allowing laboratories to operate more efficiently without sacrificing the quality of results. This makes the Electric Lift Rotary Evaporator an indispensable asset for busy laboratories.

5. What safety precautions are included with the Electric Lift Rotary Evaporator?

The Electric Lift Rotary Evaporator includes several built-in safety features designed to ensure secure operation during lab experiments. It has integrated a high-quality vacuum sealing system to prevent leakage of harmful vapours, protecting both the operator and the surrounding environment. The system is equipped with pressure and temperature monitoring devices to prevent overheating or excessive pressure buildup. The motorized lift ensures minimal physical handling, reducing the risk of accidents or spills. Additionally, its corrosion-resistant components provide long-lasting durability, further ensuring safe and reliable operation over extended periods.

6. How does the Electric Lift Rotary Evaporator ensure minimal solvent loss?

Electric Lift Rotary Evaporator is designed to maximize solvent recovery and minimize loss during operation. The advanced condenser system captures solvents efficiently, even during extended periods of evaporation. The vertical condenser, with its main triple and auxiliary double coil design, ensures that evaporated solvent is quickly condensed and returned to the receiving flask. The system also operates under controlled vacuum and temperature conditions, which are crucial for preventing the excessive evaporation of solvents. This design minimizes solvent waste, enhancing the overall efficiency of the process and reducing operational costs.