Planetary Ball Mill
High Energy Centrifugal Grinding Equipment
High Energy Centrifugal Grinding Equipment
High Energy Centrifugal Grinding Equipment
Model No. :
Brand : Retsch
Planetary Ball Mills are premium laboratory instruments engineered for rapid, loss-free pulverization down to the sub-micron range. By utilizing extreme centrifugal forces, these mills provide the high energy input required for advanced R&D tasks, including mechanosynthesis, colloidal grinding, and alloy development.
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Centrifugal acceleration up to 64.4 x gravity (PM 300)
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Final fineness achieved down to < 0.1 µm
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Variable speed ratios for customized energy input
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− Features
- Advanced Comminution Principle: Employs a planetary motion where grinding jars rotate in the opposite direction to the sun wheel, generating high-impact and friction forces that facilitate ultrafine size reduction of even the hardest materials.
- Flexible Grinding Configurations: Features modular stations that accommodate multiple jar sizes from 12 ml to 500 ml, allowing for both small-batch research and high-throughput industrial sampling in a single platform.
- Intelligent Force Compensation: Utilizes proprietary FFCS (Free-Force-Compensation-Sockets) technology to neutralize vibrations and mechanical stress, ensuring stability on the laboratory bench during high-speed operation.
- Integrated Process Monitoring: Compatible with “GrindControl” technology to measure internal temperature and pressure in real-time, providing critical data for mechanochemical reactions and volatile sample processing.
- Contamination-Free Materials: Offers a diverse range of grinding tools in five different materials—including zirconium oxide, tungsten carbide, and agate—to meet the most stringent purity requirements in pharmaceutical and geological analysis.
+ Technical Specifications
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+ Standards
+ Software
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+ Resources
+ FAQs
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Features
- Advanced Comminution Principle: Employs a planetary motion where grinding jars rotate in the opposite direction to the sun wheel, generating high-impact and friction forces that facilitate ultrafine size reduction of even the hardest materials.
- Flexible Grinding Configurations: Features modular stations that accommodate multiple jar sizes from 12 ml to 500 ml, allowing for both small-batch research and high-throughput industrial sampling in a single platform.
- Intelligent Force Compensation: Utilizes proprietary FFCS (Free-Force-Compensation-Sockets) technology to neutralize vibrations and mechanical stress, ensuring stability on the laboratory bench during high-speed operation.
- Integrated Process Monitoring: Compatible with “GrindControl” technology to measure internal temperature and pressure in real-time, providing critical data for mechanochemical reactions and volatile sample processing.
- Contamination-Free Materials: Offers a diverse range of grinding tools in five different materials—including zirconium oxide, tungsten carbide, and agate—to meet the most stringent purity requirements in pharmaceutical and geological analysis.
Technical Specifications
Application & Standards
Accessories
Software
FAQs
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