Electric Lifting Rotary Evaporator LERE-T2020

Introduction

Electric features a 20 distillation. It supports continuous vacuum operation for smooth, uninterrupted workflows. The high-capacity heating bath ensures even heat transfer and long-term thermal stability. Our Electric Lifting Rotary Evaporator is ideally suited for solvent recovery, crystallization, and extraction in both laboratory and production environments.

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 is built for efficient solvent recovery, distillation, and concentration, ideal for the pharmaceutical, chemical, and biopharmaceutical industries. It ensures reliable performance in extraction, crystallization, drying, and research applications.

Specifications

Evaporating Flask	20 L
Receiving Bottle	10 L (with discharge valve)
Rotation Speed	0 to 120 rpm
Lifting Distance	150 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	60 W
Heating Power	5000 W
Bath Capacity	41 L
Power Consumption	5100 W
Power Supply	220 to 240 V/5O Hz
Dimensions (L×W×H)	1210×610×2170 mm
Weight	78 kg

Features

Efficient solvent recovery

Optimized distillation efficiency

Quick evaporation process

Stable motor performance

Built-in safety mechanisms

FAQs

1. How does the Electric Lift Rotary Evaporator enhance workflow in busy laboratories?

The Electric Lift Rotary Evaporator simplifies lab operations by reducing the time needed for manual adjustments. With the automatic lift system, it allows users to quickly adjust the flask height without interruptions. This feature is particularly helpful in high-demand environments, where fast transitions between samples are required. The easy-to-use controls make it possible for operators to switch between tasks with minimal effort, keeping workflow smooth. With its simple interface, the machine can be operated with little training, allowing staff to focus on important tasks. Its durable build ensures that it remains functional throughout prolonged work hours. Overall, the evaporator optimizes lab efficiency by cutting down on time-consuming adjustments.

2. What safety features does the Electric Lift Rotary Evaporator offer to ensure operator protection?

The Electric Lift Rotary Evaporator includes a range of safety features designed to protect both the operator and the equipment. The unit is equipped with an automatic shutdown function that activates in case of system errors or overheating. This feature helps to avoid potential hazards by stopping the operation before further issues can arise. Additionally, the enclosed design of critical components minimizes accidental exposure to hazardous elements. The evaporator’s robust construction ensures stability during use, reducing the chances of accidents during high-speed rotations. Also, the built-in pressure and temperature regulation systems ensure safe operation under various conditions.

3. How does the Electric Lift Rotary Evaporator support the versatility of lab operations?

Electric Lift Rotary Evaporator is adaptable to various lab processes, offering flexibility in how it’s used. Its adjustable settings for temperature and speed make it suitable for handling different materials, from sensitive compounds to more robust substances. This means that researchers can easily modify the system to meet the specific requirements of their experiments. Whether the task involves solvent recovery or other distillation procedures, this unit can accommodate diverse needs. The lifting mechanism provides further flexibility, allowing users to adjust the height based on the space and task requirements. Additionally, the evaporator can be paired with different accessories for even more customization. This versatility makes it an invaluable tool in laboratories with varying demands.

4. How user-friendly is the Electric Lift Rotary Evaporator in everyday lab use?

The Electric Lift Rotary Evaporator is designed to be intuitive, ensuring ease of use for staff at all levels. The digital control panel simplifies the process of setting temperature and rotation speed. The automatic lift feature eliminates the need for manual adjustments, reducing the physical strain on operators. With clear, easily visible indicators and a straightforward interface, users can quickly learn how to use the unit, making it ideal for fast-paced environments. Its compact and practical design ensures that it fits seamlessly into existing lab setups. Even in laboratories with heavy workflows, the system doesn’t disrupt daily operations. This makes the evaporator a convenient and efficient addition to any lab.

5. How does the Electric Lift Rotary Evaporator contribute to lab sustainability?

Electric Lift Rotary Evaporator helps labs operate more sustainably by focusing on energy conservation. It features energy-efficient mechanisms that adjust power usage according to the workload, ensuring minimal energy consumption. When the unit is idle, it activates a low-power mode that further reduces its energy footprint. Its durable components mean fewer replacements are necessary, contributing to lower waste production. The evaporator’s compact design optimises space usage, reducing the need for additional energy-consuming equipment. Additionally, by improving overall lab efficiency, it helps to reduce the environmental impact of long-term laboratory operations. This makes the unit a great choice for labs committed to sustainability.

6. How does the Electric Lift Rotary Evaporator ensure consistent results across different materials?

The Electric Lift Rotary Evaporator provides reliable performance for various materials, regardless of their sensitivity. The adjustable temperature and speed settings allow for fine-tuning based on the specific needs of each sample. This level of control ensures that delicate substances are handled with care while more robust materials can be processed quickly. The stable heating system and advanced cooling mechanisms ensure that conditions remain constant throughout the process. This is crucial in experiments where maintaining consistency is key. Furthermore, the real-time monitoring system offers continuous feedback, allowing for immediate adjustments if needed. As a result, researchers can trust that they will get reliable, repeatable results every time.