Ohaus Accessories Shaker Block For 24 X 2.0 mL Cryotubes

Ohaus Accessories Shaker Block For 24 × 2.0 mL Cryotubes

Product Description

The Accessories Shaker Ohaus Block for 24 × 2.0 mL Cryotubes is a precision-engineered Valox 357 plastic block designed to securely hold up to 24 cryogenic tubes (2.0 mL) during shaking, mixing, or temperature-controlled incubation. Built for superior heat transfer, chemical resistance, and dimensional stability, this block ensures uniform temperature distribution and long-term durability. Its lightweight yet sturdy construction provides excellent stability, making it ideal for sensitive cryogenic and molecular biology applications.

Features

• Holds 24 × 2.0 mL cryogenic tubes for secure and efficient sample processing

• Made from Valox 357 plastic for exceptional heat resistance, rigidity, and chemical durability

• Ensures uniform heat transfer for consistent and reproducible temperature control

• Lightweight and stable design minimizes load on shakers while maintaining precision

• Resistant to chemicals and easy to clean for convenient, long-term use

• Fully compatible with OHAUS thermal blocks and microtube shaker systems

Applications

• Used in molecular biology, biochemistry, and cryogenic laboratories

• Suitable for enzyme reactions, nucleic acid extraction, and temperature-sensitive experiments

• Ideal for controlled incubation, sample preservation, and micro-volume mixing

Specifications

• Type: Block

• Capacity: 24 tubes

• Tube Size: 2.0 mL Cryotubes

• Material: Valox 357 Plastic

• Dimensions (L × H × W): 10.2 × 5.6 × 14.2 cm (4 × 2.2 × 5.6 in)

• Compatibility: Designed for OHAUS thermal and microtube shaker platforms

• Function: Holds and stabilizes cryogenic tubes during shaking, incubation, or temperature-controlled storage

Conclusion

The OHAUS Block for 24 × 2.0 mL Cryotubes delivers reliable temperature consistency, superior durability, and precise sample handling for cryogenic and molecular research. Engineered for long-term laboratory performance, it ensures accurate and stable support for critical temperature-sensitive applications.