Accessories Dry Block Heater Ohaus (30400191)

Accessories Dry Block Heater Ohaus (30400191)

The Accessories Dry Block Heater Ohaus (30400191) is a high-precision anodized aluminum heating block specifically engineered for 2.0 mL tubes, commonly used in molecular biology, clinical diagnostics, and biochemical analyses. With 20 accurately machined wells, this block ensures excellent thermal uniformity and consistent heating performance across all samples. The integrated thermometer well enhances temperature accuracy by allowing direct monitoring and calibration—an essential feature for sensitive, temperature-dependent protocols.

Durable, corrosion-resistant, and fully compatible with Ohaus modular dry block heater systems, this block is a dependable solution for laboratories that handle medium-volume tube samples.

Key Features

• Designed for 2.0 mL Tubes offering a secure, precise fit to maximize heating efficiency.

• 20 Precision-Machined Wells ensuring consistent thermal contact and uniform heating across all samples.

• High-Quality Anodized Aluminum Construction providing superior heat conductivity, durability, and chemical resistance.

• Integrated Thermometer Well enabling accurate temperature measurement and block calibration.

• Smooth, Deep Well Interiors supporting stable tube placement and reliable heating depth.

• Compatible with Ohaus Modular Dry Block Heater Units for easy integration into existing workflows.

Technical Specifications

• Type: Heating Block

• Sample Type: 2.0 mL Tube

• Number of Wells: 20

• Well Diameter: 11.5 mm

• Well Depth: 38.1 mm

• Block Size: 1 block

• Material: Anodized Aluminum

• Thermometer Well: Yes

Applications

This heating block is ideal for various laboratory workflows, including:

• DNA/RNA extraction and purification

• Enzyme reactions and biochemical assays

• PCR reagent preparation and tube incubation

• Clinical sample warming and preparation

• General laboratory heating for 2.0 mL microcentrifuge tubes

A robust, high-performance heating block designed for 2.0 mL tubes—offering uniform heat distribution, precise temperature monitoring, and durable construction for demanding laboratory applications.