Thermo Scientific Heratherm Incubator IMH Series Protocol Incubator with Dual Convection

The Thermo Scientific Heratherm Incubator IMH Series is a versatile protocol incubator designed for applications spanning tissue culture, pharmaceutical development, medical research, food testing, and biotechnology workflows. Featuring dual convection technology with adjustable fan speeds from 0% to 100%, it ensures uniform temperature distribution critical for sensitive cell culture and molecular diagnostics applications.

Key technical specifications include:

• Temperature range: ambient +5°C to 105°C with ±0.2°C accuracy, essential for bioprocessing and clinical diagnostics requiring stringent thermal control.
• Capacity options: 3.67 cu ft (104 L) for the IMH100 model and 6.3 cu ft (178 L) for the IMH180, accommodating various sample volumes in synthetic biology and biomanufacturing.
• Construction: corrosion-resistant stainless steel interior enables easy sanitation and rapid cleaning, important in GMP-compliant biopharmaceutical environments.
• Microprocessor control: user-friendly interface mounted on the door provides precise settings and monitoring, suitable for routine biotech workflows and R&D labs.
• Decontamination: integrated 140°C sterilization cycle eliminates autoclaving of internal fittings, facilitating biosafety and reducing downtime in molecular cloning and synthetic biology labs.
• Load capacity: shelves support up to 25 kg (55 lbs), compatible with standard laboratory equipment and culture vessels.

This incubator’s design and features make it widely adopted in biotechnology and molecular biology research for live-cell incubation, enzyme studies, and environmental simulations. It is also critical in biopharmaceutical production pipelines where reliable temperature uniformity and contamination control are paramount.

Thermo Scientific's Heratherm IMH incubators are trusted in diverse research domains including neuroscience, cell imaging, and pharmaceutical quality control, making them a staple for laboratories prioritizing precision and reliability in incubation technology.