Ohaus Accessories Shaker Rubber Mat 28 x 33 cm

Ohaus Accessories Shaker Rubber Mat 28 x 33 cm

Product Description

The Accessories Shaker Ohaus Rubber Mat, 28 × 33 cm is a high-quality non-slip mat designed to enhance stability and safety during laboratory shaking operations. Made from durable, chemical-resistant rubber, it prevents flasks, bottles, tubes, and various vessels from sliding or shifting while the shaker is in motion. This mat is an ideal accessory for labs that require secure, clamp-free support for containers, offering reliable performance even at high speeds. Its flexible design fits seamlessly on OHAUS shaker platforms, providing improved grip, reduced vibration, and added protection for glassware.

Features

• Non-slip surface to keep vessels securely in place during shaking.

• Durable rubber material with excellent resistance to chemicals and wear.

• Helps absorb vibration to enhance shaker stability and reduce noise.

• Easy to clean due to smooth, non-porous rubber surface.

• Flexible and reusable for various vessel types and laboratory workflows.

• Simple, tool-free installation on OHAUS shaker platforms.

Applications

• Suitable for chemical, biological, and general research laboratories.

• Ideal for mixing, agitation, and incubation procedures that require stable vessel placement.

• Useful for holding flasks, beakers, bottles, and containers without clamps.

• Perfect for workflows involving gentle to high-speed shaking where slip prevention is essential.

Specifications

• Type: Platform mat
• Material: Rubber
• Dimensions: 28 × 33 cm (11 × 13 in)
• Compatibility: Designed for OHAUS open-air and incubating shaker platforms
• Function: Provides non-slip support and reduces vibration during shaking

Conclusion

Ohaus Accessories Shaker Rubber Mat 28 x 33 cm is a practical and dependable accessory for enhancing shaker performance and laboratory safety. With its strong non-slip properties, durable construction, and easy maintenance, it offers an efficient solution for securely supporting various vessels during mixing and agitation tasks without the need for clamps or racks.