Laboratory Ovens

59 equipment available

Over 50 oven, muffle furnace and vacuum oven models from ambient to 1,100 °C. Natural and forced convection, manufactured in Abrera with IEC 61010-2-010 and ASTM E145 conformity.

Incubation chamber

1

Drying and sterilization ovens

23

Desiccator

1

Glass drying ovens

1

Poupinel dry heat sterilizer

2

High temperature stove

1

Precision refrigerated ovens

2

Bacteriological and culture ovens

13

Incubators for the anaerobic cultivation of cells and tissues

1

Muffle Furnaces

7

Precision low-temperature stoves

3

Electric muffle furnaces

2

Vacuum drying oven

1

Thermostatic vacuum desiccator

1

JP Selecta Laboratory Ovens

JP Selecta laboratory ovens cover a broad spectrum of thermal applications: sample drying, dry-heat sterilization, microbiological culture, accelerated aging tests, adhesive and resin curing, and controlled heat treatments. For applications requiring controlled temperature in liquid media, see our thermostatic baths and immersion thermostats.

The operating principle combines shielded electric resistors with mineral wool or ceramic fibre insulation systems that minimize heat losses. The thermal uniformity and stability required by the DIN 12880 standard on electrical laboratory devices (ovens and incubators) is guaranteed by digital PID control with high-precision Pt100 sensors calibrated against NIST Thermometry program standards.

The range includes natural convection ovens for lightweight samples and gentle drying, forced convection ovens with internal fan that ensures thermal uniformity throughout the chamber, vacuum ovens for low-temperature drying of heat-sensitive samples, and muffle furnaces with ceramic chamber for thermal treatments up to 1,100 °C. Construction specifications follow the guidelines of the ASTM E145 standard on gravity-convection and forced-ventilation ovens.

Applications cover dry-heat sterilization (160-180 °C for 2-4 hours) verifiable with biological indicators per ISO 11138-4, moisture and dry matter determination in food analysis (see our food analysis equipment), microbiological culture in ovens with regulation between 20 °C and 70 °C, and pharmaceutical stability testing in accordance with ICH guidelines.

All JP Selecta equipment meets the electrical safety requirements of IEC 61010-1 and the particular requirements for laboratory equipment for the heating of materials in IEC 61010-2-010. For laboratories accredited under ISO/IEC 17025 we provide qualification documentation and traceable calibration, as well as support for analytical instrument qualification described in USP <1058>.

Manufactured in Abrera under ISO 9001:2015 and ISO 14001:2015 certifications, JP Selecta ovens include downloadable technical documentation, official technical service with our own network and guaranteed access to original spare parts throughout the equipment lifecycle. Contact our technical team for advice on the most suitable model for your application, capacity and temperature range.

Frequently Asked Questions

What is the difference between a natural convection and a forced convection oven?

Natural convection ovens distribute heat by thermal gradient, ideal for light samples and gentle drying. Forced convection ovens use a fan to uniformize temperature throughout the chamber, reducing gradients and accelerating drying processes.

What is a vacuum oven used for in the laboratory?

Vacuum ovens allow drying heat-sensitive samples at lower temperatures by reducing pressure. They are ideal for removing solvents from thermolabile materials, drying hygroscopic powders, and degassing resins.

What temperature range do JP Selecta ovens handle?

JP Selecta ovens cover from 5°C above ambient temperature up to 300°C in high-temperature models, and up to 1,100°C in muffle furnaces. Each range is optimized for specific drying, curing, or calcination applications.

What is a muffle furnace and what is it used for?

A muffle furnace is a high-temperature oven (up to 1,100°C) with an insulated ceramic chamber. It is used for calcination, ash analysis, heat treatments of materials, and tests requiring temperatures above 300°C.