Accessories Dry Block Heater Ohaus (30400192)
The Accessories Dry Block Heater Ohaus (30400192) is a precision-engineered anodized aluminum heating block specifically designed for 2.0 mL Corning tubes. Featuring 20 uniformly machined wells, this block ensures exceptional thermal conductivity and consistent heat distribution—critical for molecular biology, clinical diagnostics, and biochemical workflows. The integrated thermometer well provides accurate block temperature monitoring and calibration, delivering precise thermal control for temperature-sensitive procedures.
This robust and corrosion-resistant block is compatible with all Ohaus modular dry block heater units, making it a reliable choice for laboratories requiring stable and reproducible heating of Corning-format microtubes.
Key Features
Designed for 2.0 mL Corning Tubes ensuring an exact, secure fit for optimal thermal transfer.
20 Precision-Machined Wells providing consistent heating and supporting medium-throughput sample processing.
Anodized Aluminum Construction offering high thermal conductivity, long-term durability, and excellent chemical resistance.
Integrated Thermometer Well enabling direct temperature verification and block calibration for enhanced accuracy.
Smooth, Deep Well Interiors ensuring stable tube placement and uniform heating depth.
Compatible with Ohaus Modular Dry Block Heater Systems for seamless integration into laboratory workflows.
Technical Specifications
Type: Heating Block
Sample Type: 2.0 mL Corning Tubes
Number of Wells: 20
Well Diameter: 10.9 mm
Well Depth: 38.1 mm
Block Size: 1 block
Material: Anodized Aluminum
Thermometer Well: Yes
Applications
This heating block is ideal for a variety of laboratory workflows, including:
DNA/RNA extraction and preparation using Corning tubes
Enzymatic assays and biochemical incubations
Clinical and diagnostic sample heating
PCR reagent warming and tube incubation
General laboratory heating for Corning-format microtubes
A durable, high-precision heating block engineered for 2.0 mL Corning tubes—providing uniform heating, accurate temperature monitoring, and reliable performance for demanding laboratory applications.
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