Ohaus Accessories Shaker 384 Well PCR Plate Thermal Block

Ohaus Accessories Shaker 384 Well PCR Plate Thermal Block

Product Description

The Accessories Shaker Ohaus 384 Well PCR Plate Thermal Block is a high-precision Valox 357 plastic block engineered to securely hold a 384-well PCR plate during temperature-controlled shaking, mixing, and incubation. Designed for excellent heat resistance and dimensional accuracy, it ensures even temperature distribution and reliable performance for micro-volume assays. The lightweight yet durable construction minimizes heat loss while maintaining consistent thermal transfer, making it ideal for demanding molecular biology and PCR workflows.

Features

• Optimized for 384-well PCR plates to ensure precise fit and uniform temperature distribution

• Made from Valox 357 plastic for superior thermal stability, rigidity, and chemical resistance

• Ensures consistent heat transfer across all wells for accurate and reproducible PCR results

• Lightweight design minimizes load on shaker while maintaining structural integrity

• Smooth, chemical-resistant surface for easy cleaning and sterile operation

• Fully compatible with OHAUS thermal and microplate shaker systems

Applications

• Suitable for molecular biology, genomics, and biotechnology laboratories

• Ideal for PCR amplification, enzyme assays, and DNA/RNA processing

• Ensures accurate temperature control and stable agitation for high-throughput experiments

Specifications

• Type: Block

• Capacity: 384 wells (PCR plate)

• Material: Valox 357 Plastic

• Dimensions (L × H × W): 11.9 × 7.7 × 16.3 cm (4.7 × 3 × 6.4 in)

• Compatibility: Fits OHAUS thermal and microplate shakers

• Function: Holds and stabilizes 384-well PCR plates during thermal shaking or incubation

Conclusion

The OHAUS 384 Well PCR Plate Thermal Block delivers precision, stability, and thermal efficiency for high-throughput PCR and molecular biology applications. Its durable, heat-stable design ensures uniform temperature control and dependable performance in advanced laboratory workflows.