Advanced high-frequency induction heating system with IGBT inversion technology for efficient metal processing applications.

• IGBT inversion technology with LC series circuit design
• Phase locking looping technology with soft switch for reliable operation
• Automatic power and frequency tracking capability
• High energy conversion efficiency exceeding 97.5%
• Energy savings of 15%-30% compared to SCR technology
• Diode rectifier ensures power factor above 0.95
• Easy installation and operation

• High Efficiency: Rapid heating to desired temperatures including melting points
• Energy Saving: IGBT technology reduces energy consumption by 15%-30%
• Cost Effective: Short heating times minimize metal loss
• Easy Installation: User-friendly setup suitable for non-professionals
• Stable Operation: Comprehensive protection systems ensure reliable performance
• Environmentally Friendly: Electric operation with minimal waste gas and water production

• Heat Treatment: Hardening, annealing, tempering of auto parts, motorcycles, hardware tools, bearings, gears, sprockets, pneumatic and hydraulic accessories
• Hot Forming: Diathermy of small workpieces, hot forging and hot rolling of twist drills
• Welding: Tool welding, drill bits, serrated blades, steel, copper wall, and similar metals
• Other Applications: Semiconductor production, bottle sealing, powder coating, metal embedding in plastics

The induction heating process utilizes high-frequency electromagnetic fields generated by copper heating coils. When metal objects are placed within these fields, eddy currents are induced within the material. The inherent resistance of the metal converts this electrical energy into heat (Joule heating), causing rapid temperature rise for various industrial processing applications.