The Revvity Ceramic Beads Bulk, 2.8 mm, 325 g, 19-646, are bulk ceramic beads designed for bead mill homogenisation of hard tissue and hard plant material. These 2.8 mm ceramic beads are suited for challenging sample types such as heart, muscle, skin, tendon, tail, whole organs and hard plant material where stronger mechanical disruption is required. Supplied in a 325 g bottle, they provide a flexible consumable option for laboratories preparing their own bead tube or vessel configurations.
Key Features:
- Brand: Revvity
- Product Type: Bulk ceramic homogenizing beads
- Manufacturer Part Number: 19-646
- Bead Size: 2.8 mm
- Bead Material: Ceramic
- Quantity: 325 g
- Unit Size: 1 bottle
- Certification: RNase and DNase Free
- Application: Hard tissues, heart, muscle, skin, tendon, tail, whole organs and hard plant material
- Format: Bulk beads for bead mill homogenisation workflows
- Use Case: Sample disruption, hard tissue homogenisation and laboratory sample preparation
- Research Use: For research use only, not for use in diagnostic procedures
Note: Accessories/consumables sold separately unless part of package. Compatible tubes, plates, holders and bead mill homogenizer instruments are sold separately unless supplied as part of a kit.
Benefits:
- Supports hard tissue and hard plant material disruption using 2.8 mm ceramic beads.
- Provides a bulk 325 g format for customised bead loading workflows.
- Helps laboratories tailor bead quantity and vessel setup to match specific sample types.
- Provides RNase and DNase Free bead media for research sample preparation.
- Offers a practical option for routine bead mill homogenisation of challenging samples.
- Supports flexible use across compatible bead mill tube, plate and vessel formats.
Why Choose The Revvity Ceramic Beads Bulk?
The Revvity Ceramic Beads Bulk, 2.8 mm, 325 g, 19-646, are a practical choice for laboratories processing hard tissue or hard plant material. They are suited to research workflows where stronger ceramic bead impact is needed for robust sample disruption.
Compared with smaller ceramic bead formats used for finer cell lysis, the 2.8 mm bead size is better suited to tougher biological matrices. The bulk 325 g format gives laboratories flexibility to prepare their own bead loading configurations for compatible bead mill workflows.
