Ehret STE 1610/2/100 Sterilising Oven

• Sterilisation of glassware, instruments, and components in pharmaceutical production and quality control.
• Dry heat sterilisation for medical devices and laboratory equipment.
• Thermal decontamination of heat-stable materials in research and development settings.
• Drying and curing of samples where precise temperature control is required.
• General laboratory applications requiring high-temperature processing without moisture.

Typical capacity

For this class of equipment, internal chamber volumes commonly range from 50 to 200 litres.

Temperature range

Units of this type typically operate up to 250°C, suitable for dry heat sterilisation.

Temperature uniformity

Advanced air circulation systems commonly ensure uniformity of ±2°C or better within the chamber.

Power supply

Typically requires a 230V, 50Hz single-phase or 400V, 50Hz three-phase supply, with power consumption varying by size.

Construction material

The internal chamber is commonly constructed from corrosion-resistant stainless steel.

Control system

Units typically feature digital PID controllers for precise temperature setting and monitoring.

• What is dry heat sterilisation and when is it preferred?

  Dry heat sterilisation uses high temperatures to destroy microorganisms without moisture. It is preferred for heat-stable items sensitive to moisture, such as powders, oils, glassware, and metal instruments, where steam sterilisation might cause corrosion or degradation.

• What safety features should I look for in a sterilising oven?

• How often does a sterilising oven require calibration?

• Can this oven be used for drying or curing applications?

• What kind of maintenance is typically required for these units?

Ovens and sterilizing ovens hold strong reputations for reliability in laboratory and pharmaceutical settings. Buyers typically value robust construction and consistent temperature control. When purchasing used equipment, inspectors should verify heating element condition, temperature calibration accuracy, and chamber integrity. Common strengths include durability across extended operational lifespans and cost savings versus new models. Industry sentiment favours models from established manufacturers with documented maintenance histories. Thermal uniformity and energy efficiency remain key purchasing considerations.

General overview for this equipment type