Manual Lifting Rotary Evaporator LMRE-T2012

Introduction

Manual with a 1 L evaporation flask ensures efficient solvent removal. Its vacuum system boosts evaporation, while stable temperature control protects delicate samples. The large heating vessel ensures even heat distribution, improving consistency and reducing loss. Our Manual Lifting Rotary Evaporator efficiently separates and recovers solvents through controlled evaporation, ensuring consistent laboratory performance.

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

Manual Lifting Rotary Evaporator is used for solvent recovery, concentration, and sample drying in research, pharmaceutical, and industrial labs. It also supports extraction, purification, and sample preparation for analytical techniques like and GC.

Specifications

Evaporating Flask	1 L
Receiving Bottle	1 L
Rotation Speed	0 to 120 rpm
Lifting Distance	200 mm
Lifting Mode	Manual
Temperature Range	RT to 180°C
Temperature Control Accuracy	+/- 1°C
Vacuum Degree	0.098 Mpa
Condensing Area	0.17 m2
Rotating Motor Power	40 W
Heating Power	1200 W
Bath Capacity	6.6 L
Power Consumption	1240 W
Power Supply	220 to 240 V,5O Hz
Dimensions (L×W×H)	700×300×1060 mm
Weight	17 Kg

Features

Adjustable rotation speed

Efficient condensation area

Chemical-resistant sealing system

Durable borosilicate glassware

Corrosion-resistant bath chamber

FAQs

1. Can the Manual Lifting Rotary Evaporator be operated safely in shared lab environments?

Manual Lifting Rotary Evaporator ensures reliable and safe use in busy laboratory settings. It features thermal protection that prevents the unit from overheating, even during extended operations. The glassware is made from borosilicate, offering high resistance to cracking and chemical stress. Its manual lifting mechanism reduces reliance on electronic components, lowering the chances of malfunction. The compact design takes up minimal space, making it suitable for shared benches. Quiet operation ensures it does not disturb surrounding work. Electrical parts are well protected, adding to the overall safety profile of the system. This design is ideal for teaching labs or multi-user environments where stability and ease of use are vital. It also reduces the risk of accidents during frequent adjustments or handling.

2. Is the Manual Lifting Rotary Evaporator suitable for solvent recycling?

The Manual Lifting Rotary Evaporator is a dependable tool for effective solvent recovery in laboratory processes. It includes vacuum support, which enables evaporation at lower temperatures, reducing the risk of solvent loss. The recovered solvents remain uncontaminated and ready for repeated use. It is particularly suitable for laboratories that focus on reducing chemical waste. Its condenser provides ample surface area for vapour condensation. Controlled heating allows the evaporation of various solvents with different boiling points. The model is commonly used for consistent solvent recovery in daily lab operations. This helps reduce operating costs while maintaining reproducibility in experiments. The setup supports long-term sustainability goals within lab workflows.

3. How does the Manual Lifting Rotary Evaporator improve lab efficiency?

Manual Lifting Rotary Evaporator is designed to improve workflow in demanding lab environments. It features adjustable rotation speeds, allowing users to match conditions to the solvent or sample. The manual lifting mechanism enables quick transitions between processes. Consistent temperature control ensures reproducible results, even with sensitive compounds. A vertical condenser provides fast vapour condensation, reducing experiment time. The space-saving design allows integration with other equipment on the same bench. It’s a practical choice for laboratories needing high output with minimal downtime. also simplifies handling, helping new lab users operate confidently with minimal instruction. Its mechanical simplicity translates to less maintenance and more experiment time.

4. What makes Manual Lifting Rotary Evaporator suitable for thermal-sensitive samples?

Manual Lifting Rotary Evaporator is well suited for handling heat-sensitive compounds. It allows evaporation under vacuum, lowering boiling points and reducing heat exposure. This ensures compounds like esters or essential oils remain stable during processing. A gentle, uniform heat from the bath prevents overheating of localised areas. Consistent temperature regulation keeps fluctuations within tight limits. The rotary motion enhances sample distribution, avoiding thermal concentration. This makes it a valuable tool in labs working with delicate organic or volatile substances. Researchers in natural product chemistry benefit greatly from its thermal control. It also supports accurate sample recovery for downstream analysis or formulation.

5. Can Manual Lifting Rotary Evaporator be used for low-volume processing?

Yes, the Manual Lifting Rotary Evaporator performs efficiently with small sample sizes. Its flask capacity is suited to low-volume extractions, reducing waste and increasing yield. Vacuum evaporation maximises recovery, even from minimal amounts of solvent. Rotary action promotes even exposure to heat without excessive sample dispersion. The heating bath responds quickly to changes, saving time. It supports precise applications often needed in analytical or testing labs. It provides consistent results even when working with tiny quantities. This makes it ideal for R&D environments, quality control units, and pilot testing. The system is optimised to handle delicate workflows without compromising performance.

6. Is the Manual Lifting Rotary Evaporator easy to clean and maintain?

Manual Lifting Rotary Evaporator is built for user-friendly cleaning and upkeep. All glass components can be disassembled easily and rinsed without special tools. The seals resist chemical accumulation, reducing the need for deep cleaning. Electrical parts are shielded, preventing contamination during maintenance. Smooth glass and metal surfaces make it easier to wipe off residues. It does not require professional servicing for regular cleaning tasks. Clear assembly design means users can quickly prepare the unit for the next experiment. This helps reduce equipment downtime and supports back-to-back usage. The cleaning process also supports strict lab hygiene standards where cross-contamination must be avoided.