Reversible Rotation Direction Planetary Ball Mill Machine with Overload Protection and Zirconium Oxide Grinding Balls for Nano Powder Grinding
The Planetary Ball Mill Machine is a highly efficient and versatile laboratory-scale grinding and mixing equipment designed for researchers, scientists, and engineers requiring reliable fine grinding and nano powder preparation. This compact Lab Scale Ball Mill combines advanced technology with outstanding performance to meet modern scientific research demands.
Featuring Zirconium Oxide grinding balls for exceptional hardness, chemical stability, and wear resistance, this machine ensures contamination-free milling and consistent results. The high-density grinding balls facilitate efficient crushing down to nano-scale particles with uniform size distribution.
- Product Name: Planetary Ball Mill Machine
- Power Supply: 220V/50Hz
- Application: Mixing, Grinding, and Mechanical Alloying
- Revolution Speed: 0-580 Rpm
- Speed Ratio: 1:2
- Rotation Direction: Reversible
- Ideal for Nano Powder Planetary Ball Mill processes
- Suitable as a Lab Scale Ball Mill for research and development
- Compact Small Planetary Ball Mill design for space-saving
| Parameter | Specification |
|---|---|
| Type | Laboratory Equipment |
| Max Speed | 1200 Rpm |
| Application | Mixing, Grinding, And Mechanical Alloying |
| Net Weight | 40 Kg |
| Control System | Microcomputer Control With LCD Display |
| Motor Power | 400 W |
| Revolution Speed | 0-580 Rpm |
| Grinding Balls Material | Zirconium Oxide |
| Grinding Stations | 2 |
| Power Supply | 220V/50Hz Or 110V/60Hz |
The Zhongli ZLXQM High Energy Planetary Ball Mill is a versatile Ball Milling Machine designed for research laboratories, material science institutes, and industrial milling processes where precision and efficiency are paramount.
This planetary ball mill is ideal for nano-scale powder preparation, homogenization of chemical and pharmaceutical materials, and grinding of hard, brittle substances. The dual grinding stations enable simultaneous processing of multiple samples, increasing research throughput.
With its microcomputer control system featuring LCD display, users can easily set and monitor milling parameters for consistent, reproducible results. The adjustable revolution speed (0-580 rpm) provides precise control over milling intensity for different sample types.
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