The laboratory ovens are used for controlled drying, desiccation and heat treatment of samples, materials and components in industrial, chemical, pharmaceutical and university environments, as well as in research and quality-control laboratories. They are suitable when samples must be kept in a heated chamber with air circulation under stable and repeatable operating conditions.
These forced-air laboratory ovens promote the distribution of hot air inside the chamber, making treatment more uniform than simple static exposure to heat. Internal ventilation helps distribute temperature across the different shelves and supports processes such as sample drying, material desiccation, test preparation and laboratory heat treatment.
The internal chamber is made of stainless steel and includes stainless-steel shelves, a useful configuration for laboratory environments where cleanliness, durability and practicality are required. The outer structure is made of materials suitable for high-temperature use, while airflow adjustment allows air inlet and outlet to be managed according to the process.
The SAOV8 laboratory ovens are available in several versions, with different internal capacities and temperature ranges, allowing the most suitable model to be selected according to sample volume and the required treatment. More compact versions are suitable when limited internal space is needed, while higher-capacity models are intended for larger or more numerous samples.
A laboratory oven of this type can be used in many applications, including quality control, material testing, chemical laboratories, educational activities, scientific research, pharmaceutical environments and industrial processes where samples must be dried or conditioned using hot air.
Temperature control and timer functions allow the work cycle to be managed practically by setting operating conditions according to the test to be performed. In laboratory processes, this helps organise drying and treatment stages more effectively while maintaining orderly sample handling.
The forced-air laboratory ovens are therefore suitable when a controlled heated environment is required for tests, preparation work and heat treatments. Model selection should consider internal volume, required temperature range, quantity of samples to be treated and the intended process.
Applications
- Laboratory drying of samples
- Desiccation of materials in chemical, industrial and pharmaceutical applications
- Controlled heat treatment of samples and components
- Material testing and sample preparation before subsequent inspections
- Use in research laboratories, universities, schools and quality-control departments
- Thermal conditioning of samples through hot-air circulation
- Processes requiring a forced-air laboratory oven
- Laboratory activities requiring an oven with a stainless-steel internal chamber
FAQ – Precise ovens
What are laboratory ovens used for?
Laboratory ovens are used to dry, desiccate or heat-treat samples and materials under controlled conditions. They are used in chemical, industrial, pharmaceutical, university and research laboratories.
What is the difference between a laboratory oven and a drying oven?
In technical terminology, the two terms are often used for similar instruments. A laboratory oven is designed to maintain a heated and controlled chamber suitable for drying, desiccation and heat treatment.
What does forced-air circulation mean?
Forced-air circulation means that hot air is circulated inside the chamber by a ventilation system. This helps distribute heat more evenly across the samples and shelves.
When should a forced-air laboratory oven be selected?
It is recommended when more uniform distribution of hot air inside the chamber is required. It is useful for drying, desiccation and tests where air circulation contributes to a more consistent treatment.
How should the correct model be selected?
Selection depends on sample volume, quantity of material to be treated, required temperature range and internal space needed. Higher-capacity models are suitable for larger or more numerous samples.
Is the inside of the oven made of stainless steel?
Yes. The internal chamber is made of stainless steel and the shelves are also stainless steel. This configuration supports practical use in laboratory environments and sample management.
Can airflow be adjusted?
Yes. Air inlet and outlet can be adjusted to adapt internal circulation to the process requirements and type of samples being treated.
In which sectors are these ovens used?
They are used in industrial, chemical, pharmaceutical, university, educational and research laboratories, as well as in material-testing applications where a controlled heated chamber is required.
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