Accessories Dry Block Heaters Ohaus (30400171)

Accessories Dry Block Heaters Ohaus (30400171)

The Accessories Dry Block Heaters Ohaus (30400171) is a high-capacity, anodized aluminum heating block engineered to accommodate 0.2 mL microtubes in a 96-well format. With its expanded 2-block width, this accessory is ideal for high-throughput molecular biology, PCR preparation, and diagnostic workflows. Each of the 96 precision-machined wells ensures uniform thermal contact and consistent heating, while the integrated thermometer well allows accurate temperature verification—crucial for sensitive applications.

This block provides an efficient, stable heating platform for labs requiring rapid, simultaneous processing of many small-volume samples.

Key Features

• 96-Well High-Throughput Design perfect for large batch processing and PCR workflows.

• Compatible with 0.2 mL Microtubes ensuring a precise fit for efficient heat transfer.

• 2-Block Size Format providing a broader heating surface suitable for extensive workflows.

• Anodized Aluminum Construction delivering excellent thermal conductivity, durability, and resistance to corrosion.

• Integrated Thermometer Well allowing precise temperature monitoring and calibration.

• Uniform, Precision-Machined Wells ensuring consistent heating across all 96 positions.

• Ideal for PCR Plate-Style Processing while maintaining the flexibility of using individual tubes.

Technical Specifications

• Type: Heating Block

• Sample Type: 0.2 mL Microtubes

• Number of Wells: 96

• Well Diameter: 6.4 mm

• Well Depth: 15.5 mm

• Block Size: 2-block width

• Material: Anodized Aluminum

• Thermometer Well: Yes

Applications

This heating block is ideal for high-volume laboratory workflows, including:

• PCR preparation and amplification setup

• High-throughput molecular biology assays

• Enzymatic and biochemical reactions in microtubes

• Clinical and diagnostic sample processing

• Genomic, proteomic, and analytical testing requiring small-volume heating

A robust, high-capacity, 96-well heating block engineered for 0.2 mL microtubes—providing uniform heating, precise monitoring, and reliable performance for advanced, high-throughput molecular laboratories.