Laboratory hot air oven
1.The oven inner use mirror stainless steel material, shelf bracket could be loading and unloading freely, semicircle four corners design make cleaning more convenient.
2.The oven is made of high quality cold-roll steel sheet, and surface electrostatic plastic spraying.
3.Independent temperature limitation alarm system, it will be automatically interrupted if over the limit temperature, so as to guarantee the safe of experiment and operation without any accident.(Optional)
4.With interface which could connect the recorder and computer, so could record the change situation of temperature parameters.(Optional)
Widely used in mining industry, laboratory, scientific research institute, etc for drying, baking and wax-melting, sterilization, etc.
Hot air blast
AC110V 60Hz/AC220V 50Hz
Temperature range (℃)
Shelf load( kg)
Maximum number of shelf (pc)
1.Factory direct sale,OEM,ODM available, R&D department available.
2.High Production Capability, prompt delivery.
3.Self-produced frame, low costs, competitive price.
4.Strictly testing equipment, full-experienced technicians ,quality guaranteed.
5.Top quality with good after-sale service.
The DHG series automatic drying oven is the most advanced drying oven available. It adopts intelligent control system with an accuracy of ±1 °C. Multi-band programming, the temperature can be set arbitrarily, after the N degree is reached, the temperature is constant for N minutes, and then the temperature is raised by N degrees and then the temperature is kept constant for N minutes. (The usual programmers don't express this purpose). The unique power output percentage function can control the heating rate. The special memory-free instrument developed for this purpose will never be inconvenient and unsafe due to forgetting to clear the previous operation memory data, and it is easy to operate. (General dry boxes usually buy general-purpose instruments on the market. Many functions in the instrument are not suitable for use on the instrument, resulting in cumbersome use of the instrument and an increase in the failure rate, often due to a failure of the actual component of the instrument. Affect the operation of the entire instrument).