Thermo Scientific Heratherm IMH180 Incubator

• Microbiology for bacterial and fungal growth.
• Cell culture for mammalian and insect cell propagation.
• Pharmaceutical testing for stability studies and quality control.
• Drying applications for samples requiring precise temperature control.
• General laboratory incubation where sample integrity is critical.

Typical interior volume

For this model, the interior volume is 178 litres, which is a common mid-range capacity for laboratory incubators.

Temperature range

Units of this type typically operate from 5°C above ambient up to 105°C, accommodating both incubation and some drying tasks.

Temperature uniformity

High-performance incubators like this commonly offer uniformity of ±0.2°C to ±0.6°C at 37°C, depending on convection settings.

Convection type

This class of equipment often features dual convection technology, allowing for adjustable fan speed from natural to forced air circulation.

Shelving capacity

Typically, these incubators come with 2-3 shelves, each capable of supporting around 25 kg, with options for significantly more.

Interior material

Stainless steel interiors are standard for this equipment class, ensuring durability and ease of cleaning.

Connectivity

Many modern incubators, including this model, offer RS-232 connectivity for data logging and remote control.

Footprint

Units with this capacity are typically designed to be stackable, optimising laboratory space.

• What is the primary benefit of dual convection technology?

  Dual convection allows users to adjust airflow from natural to forced, providing flexibility to protect delicate samples or ensure rapid temperature recovery and uniformity for robust samples. This optimises conditions for various applications.

• Is this incubator suitable for cell culture applications?

• What maintenance is typically required for an incubator of this type?

• Can this unit be used for drying applications?

• What safety features are commonly found on these incubators?

Laboratory incubators are valued for reliable temperature control and consistent culture conditions essential to biotech and pharmaceutical work. Buyers typically prioritise even heat distribution, accurate CO2 regulation where applicable, and robust construction. Used units remain popular provided they have been well maintained and calibrated recently. Key considerations when purchasing secondhand include verifying temperature uniformity, checking seal integrity, and confirming service history. Durability and long operational lifespan make these instruments reliable investments for established facilities and smaller laboratories alike.

General overview for this equipment type