MJ1S25 Stainless Steel Jar with 8 Milling Cavities (25ml Each) for High-Throughput Ball Milling
The MJ1S25 jar is designed to facilitate simultaneous milling of multiple samples, enabling efficient high-throughput processing in laboratory environments. It features eight individual milling cavities, each with a 25 ml volume, allowing parallel grinding or milling of different materials in a single batch. This configuration is particularly useful when processing multiple small samples under identical conditions to maximize productivity.
Constructed from durable stainless steel, the jar is compatible with planetary ball mills such as the MSK-SFM-1 and MSK-SFM-15 models. The design supports batch processing of up to eight samples per jar, and users can combine multiple jars to increase throughput further, for example, using four jars to process 32 samples simultaneously. The jar’s robust construction ensures resistance to wear and corrosion during milling operations.
주요 기능
- Eight separate milling cavities, each with 25 ml capacity for parallel sample processing
- Made of stainless steel for durability and chemical resistance
- Compatible with MSK-SFM-1 and MSK-SFM-15 planetary ball mills
- Enables high-throughput milling of multiple samples in a single batch
- Compact design with a net weight of approximately 3.2 lb (1.45 kg)
기술 사양
| 매개변수 | 사양 |
|---|---|
| 재료 | 스테인리스강 |
| Number of Milling Cavities | 8 |
| Volume per Cavity | 25 ml |
| 순중량 | 3.2 lb (1.45 kg) |
대표적인 적용 분야
This jar is ideal for laboratories requiring simultaneous milling of multiple small samples, such as in materials research, powder processing, and sample preparation for chemical analysis. It supports efficient batch processing workflows where consistent milling conditions across samples are critical.
구성 및 작동 안내
The MJ1S25 jar is designed for use with specific planetary ball mills including the MSK-SFM-1 and MSK-SFM-15. For processing larger numbers of samples, multiple jars can be used concurrently. Users should ensure proper loading and balancing of the mill to maintain operational safety and optimal milling performance.
