Accessories Dry Block Hester Ohaus (30400184)

Accessories Dry Block Hester Ohaus (30400184)

The Accessories Dry Block Hester Ohaus (30400184) is a high-quality anodized aluminum heating block engineered for precise and uniform heating of 17 mm vials. With 12 deeply machined wells, this block supports consistent thermal contact, ensuring accurate temperature control for analytical, biochemical, and sample-preparation workflows. An integrated thermometer well further enhances temperature accuracy, making it ideal for protocols that demand stable, reproducible heating conditions.

Durable, corrosion-resistant, and fully compatible with Ohaus modular dry block heater systems, this heating block is an essential tool for laboratories working with medium-volume vial samples.

Key Features

• Designed for 17 mm Vials providing a secure and accurate fit for efficient heat transfer.

• 12 Precision-Machined Wells supporting medium-throughput processing with uniform heating.

• High-Quality Anodized Aluminum Construction offering exceptional thermal conductivity and long-lasting durability.

• Integrated Thermometer Well allowing precise block temperature verification and calibration.

• Smooth and Uniform Well Interiors improving thermal stability and reproducibility across all samples.

• Single-Block Format Compatible with Ohaus Modular Systems ensuring easy installation and seamless operation.

Technical Specifications

• Type: Heating Block

• Sample Type: 17 mm Vials

• Number of Wells: 12

• Well Diameter: 17.8 mm

• Well Depth: 45 mm

• Block Size: 1 block

• Material: Anodized Aluminum

• Thermometer Well: Yes

Applications

This vial heating block is ideal for a broad range of laboratory workflows, including:

• Analytical vial sample heating and preparation

• Chromatography workflows using 17 mm vials

• Biochemical and enzymatic incubations

• Reagent and solvent warming

• General laboratory heating for mid-volume vial samples

A durable, precision-engineered heating block designed for 17 mm vials—offering uniform heating, superior durability, and accurate temperature monitoring for consistent laboratory performance.