Illumina 23402ILL Hybridization Oven with Rocker, Precise Temperature Control 37°C

The Illumina 23402ILL Hybridization Oven is engineered for precision in microarray assays and molecular diagnostics, widely adopted in biotechnological workflows requiring uniform hybridization conditions. Featuring a custom-fitted rocker platform with a variable rotation speed from 5 to 60 RPM, it supports up to 24 microarrays simultaneously. The oven incorporates a microprocessor-based temperature controller with a temperature range from ambient +10ºC to 100ºC, delivering high temperature stability (±0.2ºC) and accuracy (±0.3ºC at 65ºC), critical in gene expression and synthetic biology applications.

Designed with forced air circulation, it ensures uniform heating—essential for reproducible results in bioprocessing and molecular cloning workflows. The unit's compact footprint (overall dimensions: 19"W x 14 1/2"D x 18 3/4"H) maximizes lab space efficiency, while its heating rate achieves 65ºC within 30 minutes, optimizing lab throughput. Powered at 115V with 360W, it is reliable for continuous operation in clinical diagnostics and biomanufacturing laboratories.

Key technical features:

This hybridization oven is essential for microarray hybridization assays, widely used in molecular biology research, biotechnology, and clinical diagnostics, supporting workflows such as gene expression profiling and biomarker analysis with precise environmental control.