Accessories Dry Block Heater Ohaus (30400183)

Accessories Dry Block Heater Ohaus (30400183)

The Accessories Dry Block Heater Ohaus (30400183) is a precision-machined anodized aluminum heating block designed specifically for 15 mm vials. Featuring 20 uniformly crafted wells, this block ensures excellent thermal conductivity and uniform heating—critical for analytical, biochemical, and sample-preparation workflows. An integrated thermometer well provides a reliable way to monitor and verify block temperature, ensuring accuracy for sensitive protocols.

Durable, efficient, and compatible with all modular Ohaus dry block heater systems, this block is an essential component for laboratories requiring consistent heating of small to medium-volume vial samples.

Key Features

• Designed for 15 mm Vials ensuring a stable and accurate fit for optimal heat transfer.

• 20 Precision-Machined Wells providing efficient medium-capacity sample processing.

• Anodized Aluminum Construction delivering superior thermal conductivity, long-term durability, and corrosion resistance.

• Integrated Thermometer Well enabling precise temperature monitoring and calibration.

• Uniform and Smooth Well Interiors improving thermal contact and ensuring reproducible heating.

• Compatible with Ohaus Modular Dry Block Heaters for seamless operation and flexible configuration.

Technical Specifications

• Type: Heating Block

• Sample Type: 15 mm Vials

• Number of Wells: 20

• Well Diameter: 15.8 mm

• Well Depth: 35 mm

• Block Size: 1 block

• Material: Anodized Aluminum

• Thermometer Well: Yes

Applications

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

• Analytical sample warming and preparation

• Chromatography vial heating

• Biochemical and enzymatic reactions in 15 mm vials

• Reagent incubation and temperature-controlled reactions

• General laboratory heating for small-volume vial samples

A durable and high-performance heating block engineered for 15 mm vials—offering uniform heat distribution, excellent durability, and precise temperature monitoring for routine and advanced laboratory applications.