This small, light, and low-priced melting furnace uses a high frequency induction heating system that is optimal for use in a variety of schools, for research and development, prototype production, melting precious metals, and other applications.

● 5-kg capacity model: A melting furnace and a mould are installed inside a tilting apparatus board. To prevent molten metal from splattering, thus assuring safe operation.

≪ Features ≫
➤ Induction heating system combined with a graphite crucible for achieving rapid heating
➤ Double crucible method adopted as standard to ensure safety even if molten metal leaks easily exchangeable graphite crucible
➤ High frequency power supply as standard equipment with overheating prevention timer
➤ User can use commercially available graphite crucibles to reduce operating cost

≪ Our works ≫
Examples of meltable metals : melting of copper alloy, zinc, silver, iron, and slag
Examples of melting time :
Brass : Approx. 9 minutes for 0.5 kg
Copper : Approx. 16 minutes for 3.0 kg (in case of consecutive melting)

● 10 ~ 30-kg capacity model : Suitable amount for testing and research

≪ Features ≫
➤ Melting is possible even with small size of crucible thanks to high frequency induction Heating (lower than 5 ~ 10 kHz)
➤ Coil protection sensor standard to ensure safety even if molten metal leaks
➤ Easy and user-friendly operation of high frequency power supply unit
➤ User can use commercially available graphite crucibles to reduce operating cost

≪ Our works ≫
Examples of meltable metals: copper alloy, zinc, silver, iron, and slag
➤ Melting time for 30 kg cast iron : approx. 40 minutes (in case of consecutive melting)