Automatic Lifting Rotary Evaporator LARE-T2028

Introduction

Automatic equipped with a 5 samples. Its vacuum system speeds up evaporation by lowering solvent boiling points, boosting workflow efficiency. The double-coil condenser ensures excellent condensation and higher solvent recovery. Our rotary evaporator is ideal for pharmaceutical production, food and beverage testing, natural product extraction, and academic research.

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

Automatic Lifting Rotary Evaporator efficiently concentrates, purifies, and recovers solvents. It is widely used in pharmaceutical, chemical, and biotechnology laboratories, as well as research institutions.

Specifications

Evaporating Flask	5 L, Φ 230 mm
Receiving Bottle	3 L Φ 195 mm
Rotation Speed	0 to 200 rpm
Capacity	9.5 L
Lifting Distance	90 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
Condensing Area	0.26 m2
Vacuum Degree	0.098 Mpa
Control Panel	display of temperature, rotation speed
Rotating Motor Power	40 W
Lifting Motor Power	20 W
Heating Power	1500 W
Power Consumption	1560 W
Power Supply	220 to 240 V, 50 Hz
Bath Size (L×W)	Φ 275×160 H mm
Dimensions (L×W×H)	690×440×915 mm
Weight	30 kg

Features

Secure bottle clamping

Low-noise operation

Smooth electric lifting

Leak-proof sealing system

Double coil condenser

FAQs

1. How does Automatic Lifting Rotary Evaporator prevent sample contamination?

Automatic Lifting Rotary Evaporator features a sealing system to block external air exposure and maintain a stable vacuum. Its borosilicate glass construction resists chemical reactions, ensuring purity during evaporation. A high-efficiency condenser captures vapors, preventing solvent loss and cross-contamination. The vacuum system regulates pressure consistently, reducing oxidation and unwanted exposure. All contact parts are designed for easy cleaning, ensuring no residue buildup over extended use. The enclosed design minimizes environmental interference, providing a controlled evaporation environment.

2. What advantages does the integrated condenser provide in Automatic Lifting Rotary Evaporator?

The built-in double-coil condenser in Automatic Lifting Rotary Evaporator improves solvent recovery and enhances cooling efficiency. Its compact design eliminates the need for additional external cooling systems, saving space in the laboratory. The large surface area ensures rapid condensation of vapors, improving solvent collection. Efficient airflow management prevents excessive moisture buildup inside the system. The high-quality glass construction resists chemical wear, ensuring long-term durability. It maintains consistent performance under various laboratory conditions, making it reliable for different applications.

3. How does the heating bath of Automatic Lifting Rotary Evaporator maintain temperature stability?

The advanced control system in Automatic Lifting Rotary Evaporator minimizes temperature fluctuations, ensuring consistent heating. A stainless steel bath provides even heat distribution, preventing localized overheating. Users can switch between water and oil baths based on specific experimental needs, offering versatility. The insulation layer reduces heat loss, improving energy efficiency and maintaining stable operation. A built-in safety mechanism prevents overheating, protecting both the sample and equipment. Real-time monitoring allows quick adjustments, ensuring precise temperature control for various applications.

4. How does Automatic Lifting Rotary Evaporator prevent sample overheating?

Automatic Lifting Rotary Evaporator features a digital control panel that continuously monitors and regulates the temperature, maintaining safe levels. The vacuum function lowers the boiling point of solvents, reducing heat exposure and minimizing thermal degradation. A real-time provides accurate readings, allowing users to make necessary adjustments instantly. A built-in safety system prevents temperature overshooting, ensuring controlled and reliable operation. The heating system provides gradual temperature increases to prevent sudden overheating, and its design is optimized for heat-sensitive samples, preventing unwanted thermal damage during evaporation.

5. What features of It Automatic Lifting Rotary Evaporator contribute to its long lifespan?

and fluoro rubber seals in Automatic Lifting Rotary Evaporators prevent leaks, preserving vacuum integrity and enhancing durability. The corrosion-resistant stainless steel bath withstands long-term use without degradation. The motor operates efficiently, reducing mechanical strain and lowering maintenance needs. Routine cleaning of the condenser and receiving flask optimizes performance and extends operational life. Securely fitted glassware prevents mechanical stress, ensuring continuous, stable operation over time. The system is designed with long-lasting components, making it a reliable choice for extensive laboratory use.

6. How does Automatic Lifting Rotary Evaporator contribute to energy savings?

Automatic Lifting Rotary Evaporator , with its optimized heating system, minimizes power consumption by ensuring efficient temperature regulation. The vacuum-assisted evaporation process reduces the need for excessive heating, leading to energy savings. Additionally, the integrated condenser efficiently recovers solvents, minimizing waste and enhancing overall efficiency. Insulated components reduce heat loss, maintaining consistent temperatures without requiring additional energy input. Automated controls further optimize the settings, preventing unnecessary energy usage, making the system both cost-effective and environmentally friendly.