Planetary Vacuum Degassing Mixer

  • Berlon Planetary vacuumdegassing mixer for high-viscosity paste, slurry, resin, and adhesives.
  • Planetary mixing ensures uniform mixing and complete air removal.
  • Vacuum Planetary Degassing Mixer – Bubble-Free Mixing for High-Viscosity Materials. Our vacuum planetary degassing mixer is specifically engineered for high-viscosity and air-sensitive materials that demand uniform dispersion and effective bubble removal.
  • The planetary mixing mechanism, combined with a controlled vacuum environment, ensures thorough material folding, shearing, and deaeration in a single process.
  • Unlike conventional mixers, the planetary motion allows the container to simultaneously rotate on its own axis while revolving around a central axis, causing the material inside to flow, fold, and redistribute continuously.
  • This eliminates dead zones, prevents material buildup, and ensures every part of the batch is mixed evenly.

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    Key Features Of Planetary Vacuum Degassing Mixer

    Planetary Mixing Technology

    Dual planetary motion guarantees uniform mixing without material buildup.

    Integrated Vacuum Deaeration System

    Effectively removes entrapped air and micro-bubbles during mixing.

    Non-Contact Mixing

    No blades, no contamination, no material damage — the entire container moves in planetary motion to deliver clean, gentle, and highly uniform mixing every time.

    Optimized for High-Viscosity Materials

    Ideal for paste, slurry, resin, silicone, and gel-based compounds.

    Precise Process Control

    Adjustable mixing speed, time, and vacuum level for repeatable results.

    Industrial-Grade Construction

    Built for long-term stability in both R&D and continuous production environments.

    Customizable Solutions

    Mixing volume, vacuum system, and automation level can be tailored to your application.

    Typical Applications

    • Electronic paste, solder paste & conductive ink
    • Adhesives, sealants & epoxy resin systems
    • Lithium battery slurry & energy materials
    • Silicone, polymer compounds & composites
    • Cosmetics creams, gels & emulsions
    • Laboratory formulation, pilot testing & scale-up production

    Why Choose Our Planetary Vacuum Degassing Mixer

    By combining planetary mixing action with vacuum degassing, this mixer significantly improves material density, consistency, and final product performance. It reduces defects caused by air entrapment and delivers reliable, scalable, and high-efficiency mixing for demanding industrial applications.

    Frequently Asked Questions (FAQ)

    1. What is a vacuum planetary degassing mixer?

    A planetary vacuum degassing mixer is a mixing machine that combines planetary motion with a vacuum environment to achieve uniform mixing while removing entrapped air and gas bubbles. It is especially suitable for high-viscosity and air-sensitive materials.

    2. What materials can be processed with a vacuum planetary degassing mixer?

    This mixer is ideal for processing high-viscosity materials, including adhesives, sealants, epoxy resins, electronic pastes, lithium battery slurry, silicone compounds, cosmetics creams, gels, and polymer formulations.

    3. What is the difference between a planetary vacuum mixer and a conventional mixer?

    A conventional mixer often leaves dead zones and entrapped air in high-viscosity materials.

    A planetary vacuum degassing mixer uses planetary motion to eliminate unmixed areas and vacuum degassing to remove air bubbles during mixing, resulting in more uniform and higher-quality materials.

    4. Why is vacuum degassing important during mixing?

    Vacuum degassing prevents defects caused by trapped air, such as voids, poor mechanical strength, inconsistent appearance, and reduced performance. It improves material density, stability, and final product quality.

    5. Can the mixer handle very high-viscosity or paste-like materials?

    Yes. Vacuum planetary degassing mixers are specifically designed for high-viscosity, paste, and gel materials that are difficult to process with standard mixing equipment.

    6. Is the mixer suitable for both laboratory and industrial production?

    Yes. The system can be configured for laboratory R&D, pilot-scale testing, and full industrial production, allowing easy scale-up with consistent mixing results.

    7. Can mixing parameters be customized?

    Mixing speed, mixing time, and vacuum level are all adjustable. The mixer can also be customized with different vessel sizes, control systems, and automation options to meet specific process requirements.

    8. What capacity options are available?

    We have 300ml; 500ml; 1L; 2L; 4L; 5L; 10L; 20L. Working volume and batch size are fully customizable, ranging from small laboratory capacities to large industrial production volumes, depending on your application.

    9. How does planetary mixing improve mixing uniformity?

    The container simultaneously rotates on its own axis while revolving around a central axis, causing the material inside to flow, fold, and redistribute continuously. This eliminates dead zones, prevents material buildup, and ensures every part of the batch is mixed evenly.

    10. Is the planetary vacuum degassing mixer easy to clean and maintain?

    Yes. The mixer is designed for easy cleaning and routine maintenance, with non-contact mixing containers. No blades, no contamination.

    11. What industries commonly use planetary vacuum degassing mixers?

    Typical industries include electronics, adhesives, sealants, lithium battery manufacturing, silicone processing, cosmetics, chemical materials, and laboratory R&D.

    12. Can the mixer be integrated into an automated production line?

    Yes. The vacuum planetary degassing mixer can be integrated with automated feeding, discharge systems, PLC control, and production lines upon request.

    13. How do I choose the right vacuum planetary degassing mixer for my application?

    Key factors include material viscosity, batch size, required vacuum level, and production volume. Our engineering team can provide technical consultation and customized recommendations based on your process.

    14. What support do you provide after purchase?

    We offer technical support, installation guidance, operation training, and after-sales service to ensure stable long-term operation of the equipment.

    15. How can I request a quotation or technical consultation?

    You can contact us through the inquiry form on this page. Please provide details about your material, viscosity, batch size, and application to receive a tailored solution.