Forced Air Drying Oven, DOF-B625A

Designed and used for drying, baking, wax melting and sterilization in industrial and mining enterprises, laboratories, R&D institutions, etc..

Features

Energy-saving

• The sealing ring of incubator adopts a new type of synthetic silicone sealing strip, which effectively prevents heat loss.
• Automatically adjust the control parameters according to the ambient temperature and load to achieve the optimal heating method and reduce energy consumption.

Intelligent LCD control

• Large-screen LCD display, real-time parameter display, simple and convenient operation.
• Menu-type operation interface, simple and convenient operation, can quickly set temperature and time parameters.
• Running function: fixed value running, timing running, the screen displays “END” when the running time is completed, accompanied by a buzzer reminder.

Internal circulation system

• Adoptshigh-quality fan and large impeller fan, the machine has higher ventilation efficiency and better temperature uniformity.
• The circulation system adopts the back suction and the air circulation on both sides
• The shelfis laser hollowed out with round holes for better ventilation and better temperature uniformity.

Dedicated sheet metal processing

• The shelf can be disassembled and can be freely adjusted up and down, with a minimum spacing of 30mm.
• The inner tank is made of high-quality brushed stainless steel, with strong corrosion resistance.
• Built in observation window to make the objects in the chamber clear at a glance.
• The anti-scalding design of the door handle makes it easy to open and close the door.

Safety

• Equipped with leakage protection device to ensure the safety of operators and other equipment in the laboratory.
• The insulation material is made of high-quality aluminum silicate silk cotton, and the insulation layer of the box is thickened.
• With limited temperature control sound and light alarm system.
• Self-diagnosis function: display fault information, which is convenient for judging the fault point.