Buchi Type Vacuum Rotary Evaporator

Buchi Type Vacuum Rotary Evaporator Specification

Equipment Type
Laboratory Rotary Evaporator

Material
Borosilicate Glass, Stainless Steel (SS) Stand

Processing Type
Automatic

Condition
New

Technology
Vacuum Rotary Evaporation

Dimension (L*W*H)
600 mm x 320 mm x 530 mm

Power Mode
Electric

Voltage
220 V AC, 50/60 Hz

Power Consumption
250 W (approx.)

Pressure Output
Up to -0.098 MPa

Application
Distillation, Solvent Removal, Concentration, Purification in Chemical Laboratories

Coating Type
Powder Coated Stand

Accessories
Condenser, Receiving Flask, Motor Drive, Water Bath, Vacuum Controller

About Buchi Type Vacuum Rotary Evaporator

It is used for vacuum distillation of solvent at high and low temp. Having non-sparking motor reduces risk of fire at variable speed forvariety of use (90 RPM to 240 RPM). It permits continuous feed of solvent into evaporating pear shape flask and also distillation under control atmosphere. All glass partsare easily replaceable. It is supplied with 1 Lt. Evaporator and receiving flask. Steam duct acondenser, inlet feed 2 clamps, a dry unit wire cord and Plug to work on 220 volts AC.

-do- fitted with quick action jack.

Flask Capacity 1 Ltr
Flask Capacity 3 Ltrs.
Flask Capacity 5 Ltrs.

OPTIONAL ACCESSORIES:

Water Bathfor 1 Ltrs. Capacity.
Digital RPM Meter at an Extra Cost
Water bath with Digital Controller
Condenser (Corning Glass) double coiled

Advanced Evaporation Technology

Utilizing vacuum rotary evaporation methods, this evaporator enables efficient and safe solvent distillation at lower temperatures, protecting heat-sensitive samples. The vertical, double coil condenser and high-quality glassware maximize condensation efficiency, making the system ideal for complex laboratory workflows.

Versatile Laboratory Applications

Designed to support applications such as distillation, solvent removal, and sample purification, this rotary evaporator is highly versatile. It is widely used across chemistry, pharmaceutical, food, and environmental sectors, catering to both routine and research-level tasks with high reliability.

Safety and User-Friendly Design

Safety features, including over temperature protection and a secure lock system, ensure user and sample safety during operation. Options for manual or motorized lift, coupled with electronic stepless speed regulation and display choices, provide precise control and convenient operation for various user preferences.

FAQ's of Buchi Type Vacuum Rotary Evaporator:

Q: How does the Buchi Type Vacuum Rotary Evaporator operate for solvent removal?

A: The evaporator uses vacuum technology combined with controlled heating (up to 95C) to lower the boiling points of solvents, allowing safe and efficient removal from samples. The rotating flask ensures uniform distribution, while the vertical double coil condenser effectively condenses vapors for collection.

Q: What types of laboratories can benefit from using this rotary evaporator?

A: This equipment is suitable for chemistry, pharmaceutical, food, and environmental laboratories. Its robust design and wide flask capacity range make it ideal for processes such as distillation, purification, and concentration across diverse scientific fields.

Q: When should a laboratory choose a motorized lift over a manual lift mechanism?

A: A motorized lift is recommended when frequent height adjustments or precise positioning of the evaporating flask are required, especially during repetitive or high-throughput processes, enhancing user convenience and operational safety.

Q: Where can the Buchi Type Vacuum Rotary Evaporator be effectively installed?

A: It can be set up on sturdy laboratory benches in well-ventilated chemical or research labs. Its compact size (600 mm x 320 mm x 530 mm) ensures it fits most lab environments without occupying excessive space.

Q: What are the benefits of using high-strength borosilicate glass and a powder-coated stainless steel stand?

A: High-strength borosilicate glass offers excellent chemical resistance and thermal stability, reducing the risk of breakage or contamination. The powder-coated stainless steel stand ensures durability and protects against corrosion, guaranteeing a long operational lifespan.

Q: How does the safety lock and over temperature protection enhance operation?

A: These safety features prevent accidental opening during operation and protect samples from overheating by automatically monitoring and controlling the bath temperature, ensuring both user safety and sample integrity.

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