See Other heating equipment's detailed category ranking
Defrosting at a frequency of 923 MHz! Preserving the freshness of seafood and improving quality and yield.
Contributes to improving product value. Achieves a balance between reducing thawing loss and maintaining quality.
Eliminate thawing inconsistencies to achieve improved yield and maintain quality.
It is a high-efficiency induction heating device that can significantly reduce energy consumption and CO2 emissions by efficiently heating the target and shortening the heating time.
By using electric induction heating to eliminate exhaust gas emissions and lowering the surrounding temperature, we reduce the thermal load on workers, creating a safe and comfortable working environment.
Successful stable combustion of ammonia combustion. Introducing a heat recovery burner with built-in heat exchanger! Contributing to decarbonization and low carbonization in high-temperature fields.
There are benefits such as expanding capacity, improving hygiene, and enhancing quality!
By selectively and directly heating only the necessary metal areas, the heating time is reduced. This is an induction heating device that accelerates the startup of the production line with efficient temperature rise.
This is an induction heating device that shortens heating time with high-efficiency direct heating, improving the overall efficiency of the production cycle and significantly enhancing productivity in metal processing and assembly processes.
By combining the optimal coil shape and power supply, it is possible to adjust the temperature and heating rate of the target object. We provide induction heating equipment tailored to customer needs.
The depth of thawing at a frequency of 923 MHz is significantly deeper! Improved yield.
The depth of thawing at a frequency of 923 MHz is significantly deeper! Ferrite tempering device.
Decompressed at a frequency of 923MHz! Streamlining dining operations.
Decompressed at a frequency of 923MHz! Improving the quality and efficiency of in-flight meals.
Introducing examples of applying high-frequency induction heating for yield improvement.




















































































