Ohaus Accessories Dry Block Heater (30400187)

Ohaus Accessories Dry Block Heater (30400187)

The Ohaus Accessories Dry Block Heater (30400187) is a precision-machined anodized aluminum heating block designed specifically for 23 mm vials. With 8 deep, uniform wells, this block ensures consistent and even heat distribution, making it ideal for analytical, biochemical, and molecular laboratory procedures that rely on stable temperature performance. An integrated thermometer well supports accurate temperature calibration and monitoring, ensuring reliable results for temperature-sensitive workflows.

Engineered for durability, corrosion resistance, and seamless compatibility with Ohaus modular dry block heater systems, this block delivers dependable performance for routine and advanced vial-based applications.

Key Features

• Designed for 23 mm vials, providing a secure and accurate fit for optimal thermal transfer

• Eight precision-machined wells for stable, uniform, and consistent heating of larger vials

• Anodized aluminum construction offering excellent heat conduction, long-term durability, and corrosion resistance

• Integrated thermometer well for precise temperature verification and calibration

• Smooth, deep well interiors ensuring stable vial placement and consistent heating depth

• Single-block format compatible with Ohaus modular dry block heater systems for easy integration

Technical Specifications

• Type: Heating block

• Sample Type: 23 mm vials

• Number of Wells: 8

• Well Diameter: 23.8 mm

• Well Depth: 45 mm

• Block Size: 1 block

• Material: Anodized aluminum

• Thermometer Well: Yes

Applications

This heating block is well-suited for:

• Heating and incubating samples in 23 mm vials

• Warming chromatography solvents and reagents

• Biochemical and enzymatic reactions

• Analytical chemistry sample preparation

• Temperature-controlled reactions using medium-to-large vials

A durable, high-precision heating block built for 23 mm vials—offering uniform heat distribution, accurate temperature monitoring, and long-lasting performance for a wide range of laboratory applications.