Accessories Dry Block Heaters Ohaus (30400158)

Accessories Dry Block Heaters Ohaus (30400158)

The Accessories Dry Block Heaters Ohaus (30400158) is a high-precision anodized aluminum heating block designed specifically for 6 mm diameter tubes. With 30 uniformly machined wells, this block offers efficient, consistent, and reliable heating performance for small-volume samples. Its excellent thermal conductivity and integrated thermometer well make it a dependable choice for molecular biology, analytical testing, and routine laboratory incubation procedures.

Engineered for durability and accuracy, this heating block ensures uniform temperature distribution across all wells, supporting reproducible results for temperature-sensitive applications.

Key Features

• Designed for 6 mm Tubes providing a secure fit for optimal thermal contact and uniform heating.

• 30 Precision-Machined Wells ensuring high throughput for small-volume sample processing.

• Anodized Aluminum Construction offering superior heat transfer and long-lasting resistance to wear and corrosion.

• Integrated Thermometer Well enabling accurate temperature monitoring and calibration directly from the block.

• Single-Block Format compatible with Ohaus dry block heater models that use modular block systems.

• Smooth Interior Well Surfaces enhancing consistent heat distribution across all samples.

Technical Specifications

• Type: Heating Block

• Sample Type: 6 mm tubes

• Number of Wells: 30

• Well Diameter: 8.3 mm

• Well Depth: 48.4 mm

• Block Size: 1 block

• Material: Anodized Aluminum

• Thermometer Well: Yes

Applications

This heating block is ideal for workflows requiring precision heating of small-diameter tubes, including:

• Molecular biology and DNA/RNA sample heating

• Enzyme and biochemical reactions

• Diagnostic micro-sample processing

• Analytical chemistry applications

• General small-volume laboratory incubation procedures

A durable, high-accuracy heating block engineered for 6 mm tubes—offering excellent thermal uniformity, precise temperature monitoring, and reliable performance for a wide range of laboratory applications.