Omnidirectional Planetary Ball Mill BZOBM-511 is engineered for ultra-heavy-duty grinding tasks in large-scale material research and production. This Ball mill offers an extended Grinding Jar Size, and a controllable Ball Mill Jar Speed, making it adaptable to a wide variety of processing needs. It delivers consistent output while maintaining uniform energy distribution across all jars. Its heavy-duty frame and precise rotational mechanics ensure long-term operational efficiency. Our BZOBM-511 is ideal for applications in industrial ceramics, energy storage systems, heavy metal recovery, alloy synthesis, and advanced nanomaterial production.
| Grinding Jar Size | 10-20 L |
| Vacuum Jar Size | 10-20 L |
| Sun Wheel Speed | 5-180 rpm |
| Ball Mill Jar Speed | 10-360 rpm |
| Power Consumption | 15.0 kW |
| Power Supply | AC 380V, 50Hz |
| Weight | 1400 Kg |
Our Omnidirectional Planetary Ball Mill BZOBM-511 supports large-capacity sample processing in demanding environments that require precision and power. It is widely used in heavy-metal powder engineering, sintered material refinement, and structural compound synthesis.
Frequently Asked Questions
1: Can this machine be automated?
Some models support automation like programmable cycles, sensors, or external cooling integration.
2: Is this better than a horizontal planetary mill?
Yes, for finer particles and uniform mixing, the omnidirectional design offers better results than standard horizontal types.
3: Does the omnidirectional motion increase wear?
Yes, wear can be higher due to intense motion. Use durable jars and inspect parts regularly.
4: Can this be used in material testing labs?
Yes, it’s commonly used for sample preparation in construction, mining, and material science labs.
5: Can it handle coarse chunks of material?
Yes, but pre-crushing large chunks is better. Too large pieces may damage the jar or reduce grinding efficiency.
6: What is an Omnidirectional Planetary Ball Mill?
An Omnidirectional Planetary Ball Mill is an advanced grinding device that rotates jars in multiple directions simultaneously. This 3D motion enhances energy transfer, resulting in faster, more uniform particle size reduction and superior mixing performance.
7: How does it differ from a standard planetary ball mill?
Unlike standard models that rotate on a single axis, the omnidirectional version provides multi-angle jar motion. This leads to more efficient grinding, better mixing of complex materials, and a more homogenous final product.
8: What are the advantages of using omnidirectional motion?
Omnidirectional motion increases collision frequency, reduces dead zones, and ensures even distribution of energy throughout the sample. This is ideal for complex synthesis, alloying, and reactive materials.
9: What materials can be processed in an Omnidirectional Planetary Ball Mill?
It is suitable for a broad range of materials including metal powders, ceramics, pharmaceuticals, composites, and nanomaterials. It supports both dry and wet grinding modes depending on the sample requirement.
10: Is the Omnidirectional Planetary Ball Mill easy to operate and maintain?
Yes, it features programmable settings, secure jar clamping, and intuitive controls. Regular maintenance includes checking jar integrity, cleaning grinding media, and monitoring the drive system for smooth operation.
