Key features

• •【PREMIUM MATERIALS ENSURING LONG-LASTING DURABILITY】: The vacuum oven body is made of cold rolled steel plate with electrostatic powder spraying on the surface, the layer is hard and firm, and has strong embroidery resistance.The Lab Convection Ovens inner tank is constructed from stainless steel, which is not only sturdy but also easy to clean, guaranteeing stable performance during long - term use.
• •【PID INTELLIGENT TEMPERATURE CONTROL INSTRUMENT】: The PID intelligent temperature control instrument included in the laboratory drying and heating oven is fully functional and has a stable service life. Scientific convection oven also has functions such as over-temperature alarm, timing, temperature setting, temperature calibration, and heating speed adjustment, satisfying strict requirements for drying, heating, and testing in different sectors.
• •【POWERFUL BLAST CIRCULATION FOR UNIFORM HEATING】: Vacuum Drying Oven with Powered by a 2800 - rpm high - speed copper core motor, the hot air circulation system provides strong wind power. With one - key hot air circulation, Lab convection oven avoids local over - drying, ensuring uniform temperature distribution inside the oven.
• •【INTELLIGENT & SAFEOPERATE FOR VERSATILE USE】：Lab Vacuum Ovens dopting digital temperature control with PID intelligent technology, the oven features functions such as timing (1 - 999 minutes), over - temperature alarm, temperature calibration, and heating rate adjustment, with accurate and clear data display. Safety components include high - temperature steady silicone rubber seals for good airtightness, reinforcement hinges to prevent door deformation, and a top vent for water vapor discharge.
• •【ENERGY-EFFICIENT DESIGN WITH HEAT PRESERVATION】: Lab Convection Oven Equipped with double U - shaped electric heating tubes and foam cotton, the oven heats up rapidly while effectively retaining heat, reducing energy loss. The three - layer insulation filled with ultra - fine glass wool between the inner and outer shells further minimizes heat dissipation, improving thermal insulation performance and lowering energy consumption as well as noise.