The Revvity Stainless Steel Milling Balls, 10 mm, Pack of 10, 27-203, are designed for use with compatible milling jars on the Omni Bead Ruptor 96 bead mill homogenizer. Manufactured from 316 stainless steel, these milling balls provide durable grinding media for laboratory milling, grinding and sample disruption workflows. This 10 mm format is suitable for use with compatible 25 mL milling jars where reliable bead mill processing is required.
Key Features:
- Brand: Revvity
- Product Type: Stainless steel milling balls
- Manufacturer Part Number: 27-203
- Ball Size: 10 mm
- Material: 316 stainless steel
- Instrument Compatibility: Omni Bead Ruptor 96
- Product Compatibility: 25 mL Milling Jar
- Pack Size: 10 milling balls
- Application: Milling, grinding, sample disruption and bead mill homogenisation workflows
- Research Use: For research use only, not for use in diagnostic procedures
Note: Accessories/consumables sold separately unless part of package. Compatible milling jars and Bead Ruptor instruments are sold separately unless supplied as part of a kit.
Benefits:
- Supports sample grinding in compatible 25 mL milling jar workflows.
- Provides durable 316 stainless steel milling media for routine laboratory sample preparation.
- Helps laboratories process samples requiring bead mill grinding or particle size reduction.
- Supports controlled milling when used with compatible Omni Bead Ruptor 96 accessories.
- Provides a 10 mm ball size for compatible smaller milling jar applications.
- Supplied as a 10-pack for routine bead mill accessory use.
Why Choose The Revvity Stainless Steel Milling Balls?
The Revvity Stainless Steel Milling Balls, 10 mm, Pack of 10, 27-203, are a practical choice for laboratories using compatible 25 mL milling jars with the Omni Bead Ruptor 96. They are suited to workflows where durable grinding media and reliable sample preparation performance are required.
Compared with larger milling ball formats, the 10 mm size is suited to compatible 25 mL milling jar workflows where smaller grinding media is required. The 316 stainless steel construction supports routine research sample preparation where durability, consistency and instrument compatibility are important.
