Automatic Lifting Rotary Evaporator LARE-T2022

Introduction

Automatic has a 1 temperature and rotation speed. This evaporator is ideal for distillation, concentration, and solvent recovery in chemical and research labs.

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

Our Automatic Lifting Rotary Evaporator enables efficient distillation, concentration, and solvent recovery processes. It is used in chemical and research laboratories for sample purification, solvent evaporation, and extraction.

Specifications

Evaporating Flask	1 L, Φ 131 mm
Receiving Bottle	1 L
Rotation Speed	0 to 200 rpm
Lifting Distance	120 mm
Lifting Mode	Electric
Temperature Control Accuracy	+/- 1°C
Temperature Range (Water bath)	RT to 99°C
Temperature Range (Oil bath)	RT to 180°C
Bath Size	Φ 235×145H mm
Capacity	6.2 L
Condensing Area	0.17 m2
Vacuum Degree	0.98 Mpa
Control Panel	Digital display of temperature
Rotating Motor Power	40 W
Lifting Motor Power	20 W
Heating Power	1200 W
Power Consumption	1260 W
Power Supply	220 to 240,50 Hz
Dimensions (L×W×H)	650 × 400 × 810 mm
Weight	20.5 kg

Features

Easy flask detachment

Durable sealing

Corrosion-resistant build

Advanced condenser system

Overheat protection mechanism

Easy cleaning components

FAQs

1. What makes the Automatic Lifting Rotary Evaporator different from a standard evaporator?

The Automatic Lifting Rotary Evaporator features an advanced lifting system, allowing effortless adjustments to the flask position. Operating under vacuum conditions, it enables solvent evaporation at lower temperatures, protecting heat-sensitive samples. Its digital control panel provides real-time monitoring of temperature and rotation speed for better process management. The rotating flask design increases surface area exposure, improving evaporation efficiency. This model is suitable for laboratories that require precise solvent recovery and sample concentration.

2. How does the automatic lifting system improve the functionality of the Automatic Lifting Rotary Evaporator?

Horizontal Lifting Rotary Evaporator ensures controlled flask positioning without manual effort. The automated mechanism prevents sudden movements that could disturb samples or cause spillage. Smooth adjustments allow consistent evaporation without interruptions, improving workflow efficiency. The lifting function enhances safety by providing quick removal of the flask if overheating occurs. This feature supports researchers handling volatile or heat-sensitive substances.

3. What is the purpose of vacuum operation in the Automatic Lifting Rotary Evaporator?

It rotary evaporator utilizes a vacuum system to reduce the boiling point of solvents, allowing evaporation at lower temperatures. This method preserves compounds that could degrade when exposed to excessive heat. Removing air resistance improves evaporation speed, leading to faster and more efficient solvent removal. The process minimizes energy consumption, making it a cost-effective choice for laboratory applications. Lower pressure conditions also help maintain sample integrity throughout evaporation.

4. How does the condenser in the Automatic Lifting Rotary Evaporator improve solvent recovery?

The Automatic Lifting Rotary Evaporator incorporates a high-efficiency condenser that facilitates rapid solvent condensation. As vapor rises, it passes through a cooling system, turning back into liquid form. This setup reduces solvent loss while maintaining purity during recovery. The closed-loop design prevents unnecessary waste and enhances overall efficiency. Recovered solvents can be reused, making the process more sustainable for research environments.

5. What type of maintenance does the Automatic Lifting Rotary Evaporator require?

rotary evaporator requires regular upkeep to ensure consistent performance. Glass components should be cleaned frequently to prevent contamination or residue buildup. The vacuum system must be inspected periodically to maintain proper sealing and efficiency. The heating bath should be kept clean and filled with suitable liquid to support stable operation. Checking the condenser for potential blockages will help preserve optimal cooling performance.

6. How does digital control enhance the performance of the Automatic Lifting Rotary Evaporator?

The Automatic Lifting Rotary Evaporator features a digital control system that allows precise adjustments during evaporation. Temperature and rotation speed can be monitored in real-time, ensuring stable processing conditions. The user-friendly interface simplifies parameter settings, reducing manual intervention. Automated monitoring enhances safety by preventing sudden temperature fluctuations. This system supports laboratories handling sensitive samples that require controlled evaporation.