5L Laboratory Double Planetary Mixer

JCT Machinery 5L Labotatory Planetary Mixer Structure

1. Mixing Container

Laboratory vacuum planetary mixer is usually made of stainless steel, it can withstand high vacuum and high pressure, and has a smooth interior for easy cleaning.

2. Stirring Paddle and Revolution Frame

Laboratory vacuum planetary mixer stirring paddle is installed on the revolution frame, and the paddle design is optimized according to the material characteristics to ensure efficient mixing.

3. Vacuum System

Including vacuum pumps, vacuum gauges, valves, etc., to provide and maintain the required vacuum.

4. Drive System

Laboratory vacuum planetary mixer is usually driven by a variablefrequency motor, the speed can be adjusted to adapt to different mixing process requirements.

5. Control System

Equipped with a modern control panel and software, laboratory vacuum planetary mixer can accurately control stirring time, rotation speed, temperature and vacuum degree, and can record and store data to facilitate experimental analysis and repeatable research.

planetary mixer cabinet

JCT Machinery 5L Laboratory Double Planetary Mixer Advantages

1. Efficient Mixing

The combination of planetary stirring motion and vacuum environment ensures that materials are evenly mixed without bubbles.

2. Strong Flexibility

Suitable for the mixing needs of a variety of high viscosity and high solid vontent materials.

3. Precise Control

Temperature, vacuum degree and stirring speed can be precisely controlled to meet different process requirements.

4. Laboratory Scale

Suitable for small batches, diversified experiments, and convenient for process research and development.

1. Chemical Industry
Used to synthesize and mix various chemical reagents, catalysts, coatings, etc.
2. Pharmaceutical
For the preparation of ointments, pharmaceutical suspensions and other pharmaceutical preparations.
3. Electronic Materials
Used to manufacture electronic packaging materials, conductive paste, etc.
4. New Material
Used for the development and research of new composite materials, manomaterials, etc.

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