Laboratory ovens and drying ovens

Applications

Laboratory ovens are used for a wide variety of processes including stability testing, drying procedures, heat treatments, curing, material research, and drying of glassware. With a broad selection of chamber volumes, temperature ranges, and airflow technologies, there is always an appropriate oven configuration available—from compact 22 L units to high-capacity systems for production environments.

Types of laboratory ovens

• Natural convection ovens – gentle airflow without a fan, ideal for sensitive samples.
• Forced convection ovens – active airflow with a fan for faster heat-up and excellent temperature uniformity.
• Vacuum ovens – ideal for temperature- or oxygen-sensitive materials and for gentle drying of solvents at reduced temperatures.
• Chemical-resistant ovens – Durocell ECO/EVO, suitable for corrosive vapors such as acids and alkalis.
• Hot-air sterilization ovens – Stericell ECO/EVO for high-temperature sterilization processes.
• Depyrogenation ovens – designed for high-temperature depyrogenation in pharmaceutical environments.

Quick selection guide

• Sensitive samples: choose a natural convection oven such as Ecocell ECO/EVO.
• Fast drying and excellent uniformity: choose a forced convection oven such as Venticell ECO/EVO.
• Temperature- or oxygen-sensitive materials: choose a vacuum oven such as Vacucell ECO/EVO.
• Corrosive vapors (acids/alkalis): choose a chemical-resistant oven such as Durocell ECO/EVO.
• High-temperature sterilization: choose a hot-air sterilization oven such as Stericell ECO/EVO.
• Depyrogenation: choose a depyrogenation oven via depyrogenation ovens.

Industries

• Pharmaceutical & biotechnology industries
• Food & beverage industry
• Cosmetics & personal care laboratories
• Academic & industrial research
• Chemical & materials processing

Available brands in this category

Labolutions supplies a wide range of laboratory ovens and drying ovens from leading European manufacturers. This allows us to recommend the right solution for every application and budget.

• MMM Medcenter – a comprehensive program of high-performance laboratory ovens for demanding QC, R&D, and production settings.
• Phoenix Instrument – reliable and user-friendly ovens and incubators for general laboratory use.

Certifications & standards

• Manufactured according to ISO 9001
• CE-compliant (2014/35/EU, 2014/30/EU)
• DIN 12880 performance reports (model-dependent)
• Optional IQ/OQ/PQ validation packages
• Data logging & user management; 21 CFR Part 11 support on selected models

Frequently asked questions

What is the difference between natural and forced convection?

Natural convection uses gentle airflow created by temperature differences without a fan, ideal for sensitive samples. Forced convection uses a fan for active airflow, resulting in faster heating, shorter drying times, and improved temperature uniformity.

When should I use a vacuum oven?

For temperature- or oxygen-sensitive materials, or when solvents need to evaporate more efficiently at lower temperatures. Under vacuum, the boiling point decreases, enabling gentle and efficient drying.

How do I choose the correct chamber volume?

Select the appropriate volume based on batch size, required throughput, and future expansion. Ensure proper spacing around samples for optimal heat and airflow distribution.

What synonyms are used for laboratory ovens?

Terms such as laboratory ovens, laboratory drying ovens, drying ovens, lab ovens, and heating ovens all refer to the same category of laboratory heating equipment.

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