Vaccum Oven

The MSI-70 Vacuum Oven Rectangular is a precision-engineered laboratory vacuum drying oven designed for efficient drying, curing, degassing, heat treatment, and moisture removal of temperature-sensitive materials under reduced pressure. With a 27-liter chamber capacity and a working chamber size of 30 × 30 × 30 cm, the oven is ideal for laboratories, pharmaceutical industries, research institutes, chemical laboratories, electronics manufacturing, and material testing applications.

Built with a double-walled, fully SS304 stainless steel construction, the MSI-70 ensures excellent corrosion resistance, uniform heat distribution, and long service life. The vacuum environment lowers the boiling point of moisture and solvents, enabling rapid drying at lower temperatures while minimizing oxidation and thermal degradation of sensitive samples. This makes the oven particularly suitable for vacuum drying of powders, chemicals, electronic components, biological samples, and pharmaceutical products.

The oven offers a temperature range of 50°C to 200°C and a maximum vacuum of 760 mm/Hg, providing accurate temperature control and dependable vacuum performance for a wide variety of laboratory processes. A vacuum gauge, vacuum control valve, and toughened glass viewing window allow users to monitor drying operations without disturbing chamber conditions.

The MSI-12 Vacuum Oven Round is a high-performance laboratory vacuum drying oven designed for moisture removal, vacuum drying, heat treatment, and thermal processing of heat-sensitive materials. With a 12-liter chamber capacity and a working chamber size of 23 × 30 cm, the oven is ideal for laboratories, pharmaceutical industries, research institutes, chemical processing, biotechnology, and quality control applications.

Manufactured with a double-walled construction and a stainless steel (SS) inner chamber, the MSI-12 provides excellent temperature uniformity, corrosion resistance, and long-lasting performance. The insulated chamber minimizes heat loss while ensuring efficient and stable heating throughout the drying process. The vacuum environment reduces oxidation and allows drying at lower temperatures, making it suitable for delicate and temperature-sensitive samples.