Labzee offers Four Station Roller Ball Mills designed for high efficiency grinding, mixing, and homogenizing of materials in laboratory and industrial settings. They feature four independent grinding stations, adjustable speed control, and a compact, durable structure to ensure uniform particle size reduction. These mills are compatible with a variety of grinding jars and media, allowing simultaneous processing of multiple samples. They provide stable and low-noise operation, making them ideal for precision material preparation. Their design supports flexible applications while ensuring high throughput and reproducibility in processing. Our Four Station Roller Ball Mills support various applications, including material science research, nanomaterial synthesis, chemical sample preparation, metallurgy testing, and ceramic development.
Jar Capacity
Jar Diameter
No. of Stations
Roller Speed
Roller Dimension
Frequently Asked Questions
1: What is a Four Station Roller Ball Mill used for?
A Four Station Roller Ball Mill is designed for grinding or mixing four samples at once. It is ideal for high-throughput laboratory applications, allowing simultaneous processing of multiple materials with consistent results.
2: Can different materials be processed at the same time in a Four Station Roller Ball Mill?
Yes, each station operates independently, so different materials can be milled simultaneously without cross-contamination, provided separate jars and media are used for each station.
3: Is the Four Station Roller Ball Mill suitable for continuous use?
Yes, it is built for durability and consistent operation. However, it’s essential to follow duty cycle recommendations, ensure proper ventilation, and conduct regular maintenance for safe, continuous performance.
4: What are the key advantages of using a Four Station Roller Ball Mill?
Its main advantages include increased sample throughput, space efficiency, and the ability to process multiple samples with different parameters at once. This makes it highly effective for research labs and small-scale production environments.
