Ohaus Accessories Shaker Micro Tube Rack

Ohaus Accessories Shaker Micro Tube Rack

Product Description

The Accessories Shaker Ohaus Micro Tube Rack is a compact and durable PVC-coated steel rack designed to securely hold up to 70 microtubes during shaking, mixing, or incubation procedures. Its corrosion-resistant PVC coating provides a non-slip surface that protects delicate microtubes while maintaining excellent stability under vibration. Built for precision and reliability, this rack is ideal for laboratories that require efficient and secure handling of small-volume samples for molecular or biochemical applications.

Features

• Holds up to 70 microtubes – Efficiently organizes and secures small-volume samples.

• PVC-coated steel construction – Ensures corrosion resistance and prevents tube slippage.

• Compact and lightweight design – Saves space while maintaining stable performance during agitation.

• Smooth and easy-to-clean surface – Promotes long-term use with minimal maintenance.

• Perfect fit for OHAUS shakers – Compatible with both universal and dedicated OHAUS shaker platforms.

• Reliable and durable – Ideal for routine molecular biology, microbiology, and analytical laboratory use.

Applications

The OHAUS Micro Tube Rack (70 Capacity) is suitable for:

• Molecular biology and biochemistry laboratories

• Clinical and analytical testing environments

• DNA/RNA extraction and purification

• Enzymatic reactions and protein studies

• General sample preparation requiring stable shaking

Specifications

• Type: Test Tube Rack
• Capacity: 70 Microtubes
• Material: PVC-Coated Steel
• Dimensions (L × H × W): 12.7 × 4.3 × 17.8 cm (5 × 1.7 × 7 in)
• Compatibility: Fits OHAUS universal and dedicated shaker platforms
• Function: Holds and secures microtubes during shaking, mixing, or incubation

Conclusion

The OHAUS Micro Tube Rack offers a reliable and space-efficient solution for securely managing multiple microtubes during laboratory operations. Its sturdy, PVC-coated design ensures stability, protection, and long-term durability for consistent results in small-volume sample handling.