Thermo Scientific Heratherm IMH180 Incubator

• Microbiology laboratories for culturing bacteria, yeast, and other microorganisms.
• Cell culture applications requiring stable and controlled environmental conditions.
• Pharmaceutical research for drug discovery and quality control.
• Food and beverage industry for microbial testing and quality assurance.
• Research and development in various scientific disciplines requiring precise temperature control.

Typical capacity

Units in this class, such as the IMH180, commonly offer internal volumes around 178-180 litres.

Temperature range

Typically ambient +5°C to 100°C for units of this type, providing a broad range for various applications.

Temperature uniformity

High-performance incubators like this model are designed for excellent temperature uniformity, often ±0.6°C at 37°C.

Power supply

Commonly operates on standard laboratory power, typically 230V, 50/60Hz, single phase.

Shelving

Units typically come with multiple adjustable shelves, often stainless steel, to accommodate various sample sizes.

Construction material

Internal chambers are commonly made from stainless steel for durability and ease of cleaning, with an external painted steel finish.

• What is the primary benefit of a Heratherm IMH180 incubator?

  The primary benefit is its reputation for high-performance and reliability, offering precise temperature control and uniformity crucial for sensitive laboratory tasks.

• Is this incubator suitable for sterile applications?

• What kind of maintenance does this incubator typically require?

• Can this unit be used for CO2 incubation?

• What are the typical safety features?

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.

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