LMS 400W R134A Cooled Incubator

• Controlled temperature storage for pharmaceutical products and reagents.
• Microbiological studies requiring temperatures below ambient.
• Incubation of cell cultures and tissue samples at specific, stable temperatures.
• Stability testing of products in a refrigerated environment.
• General laboratory applications where precise temperature control for samples is critical.

Temperature range

Typically +4°C to +40°C, offering refrigerated incubation.

Cooling method

R134a refrigerant, commonly used for its efficiency and environmental profile in this class of equipment.

Internal volume

For this class of equipment, internal volumes commonly range from 100 to 400 litres, depending on the specific model.

Temperature control

Typically features PID control for stable and uniform temperature conditions.

Power supply

Commonly operates on a standard single-phase 230V, 50Hz supply, with a power consumption for a 400W unit.

Shelving

Units of this type typically include adjustable shelving, often stainless steel, to accommodate various sample sizes.

External dimensions

Dimensions vary by model, but typically designed for laboratory benchtop or floor placement, with a footprint suitable for laboratory environments.

• What is a cooled incubator used for?

  A cooled incubator is used for applications requiring stable temperatures below ambient, such as microbiological cultures, pharmaceutical stability testing, and storage of temperature-sensitive reagents.

• What does R134a refer to?

• Can this incubator also operate at ambient or above ambient temperatures?

• What maintenance is typically required for a used cooled incubator?

• Is this unit suitable for sterile applications?

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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