Humidified six-chamber design
Independent humidified chambers for protocols that require controlled moisture alongside gas and temperature.
Series: MIRI®
Esco Lifesciences
Six-chamber humidified multiroom incubator for stable embryo culture



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Humidified model (MRI-6A10-H). Slightly higher CO₂ consumption (<4 L/h) than dry multiroom. Dimensions include bottle holder: 700 × 645 × 280 mm.
Workflow: Embryo Culture
The MIRI® Humidity Multiroom Incubator delivers a humidified environment across six completely independent chambers. Like the dry MIRI® Multiroom, it maintains parameters when neighboring lids are opened and combines heated lids with optimized plates for accurate embryo-level temperature without vapor condensation issues. Users may choose pure N₂/CO₂ or premixed gas; recirculation with pure gases reduces cost and allows protocol-specific gas concentrations. The system supports the same broad range of culture dishes via heating optimization plates. Optional data logging, stacking frames (humidity models on top shelf only), and MIRI® GA validation integrate into existing MIRI® laboratory layouts.
Independent humidified chambers for protocols that require controlled moisture alongside gas and temperature.
Dual-sided heating and robust direct heat regulation limit condensation and speed parameter recovery.
Cost-effective pure-gas operation with adjustable CO₂ and O₂ for laboratory-specific culture protocols.
Plates for Falcon®, Nunc™, Vitrolife, LifeGlobal®, Nipro™, SparMED Oosafe®, and plain dishes.
External validation ports and optional MIRI® Data Logger for QC documentation.
Supports optional pH monitoring workflows alongside standard temperature and gas logging.