Induction Heat Treatment System

Induction Heating System for Carbide Tip Removal1
Continuous Induction Annealing Line
Tube Induction Hardening and Tempering Line for Oil Gas Tubing
slewing bearing gear induction hardening machine workpiece
Automatic Induction Hardening Line for Pins and Bushings
Steel plate through heating cover
Induction Bar End Heating Machine for Forging3
Industrial induction melting furnace system with furnace body and control cabinet.
Automatic Induction Hardening and Tempering
bent copper tube induction brazing
Large Cylinder Induction Heating System for Forging
CNC Shaft Induction Hardening Machine
valve seat hardening system
Cam Lobe Induction Hardening
fuel injector nozzle multi station induction hardening machine
Multi Station Pickaxe Induction Hardening Machine
Steel Bar Hot Rolling3
Epoxy Coated PC Strand Production Line
Spline shaft quenching

We manufacture digital contorl Medium-frequency,Ultrasonic Frequency and High-frequency Induction Heat Treatment System, featuring full digital control and optical fiber communication. Our products have stable quality and good prices.

The efficient operation of an induction heat treatment system hinges on the stable and precise output of its core component—the induction heating power supply. As the critical hub for energy conversion and transmission in the system, the performance of the induction heating power supply directly dictates the overall efficiency, accuracy, and reliability of the entire heating system. Its core competitiveness lies in two key aspects: premium core components and advanced software algorithms.
Among these, the Insulated Gate Bipolar Transistor (IGBT) serves as the core power device. Boasting advantages such as high switching frequency, low power loss, and strong current-carrying capacity, it forms the essential hardware foundation for ensuring efficient energy conversion of the power supply and underpins its stable operation. On the other hand, the software algorithm acts as the “brain” of the power supply. By precisely regulating parameters such as output frequency and power, it enables refined control over the heating process, ensures the heating effect meets process requirements, optimizes energy utilization efficiency, and maximizes the performance of the hardware.
These two elements complement each other synergistically, jointly building the core advantages of the induction heating power supply and laying the technical foundation for the entire induction heating system.

Why Choose Us?

Monitor Monitor

DSP+CPLD

DPS Contorl Inudction heating machine-1

All-Digital Control

Monitor Monitor

DSP+CPLD

DPS Contorl Inudction heating machine-1

All-Digital Control

Monitor Monitor

DSP+CPLD

DPS Contorl Inudction heating machine-1

All-Digital Control

Monitor Monitor

DSP+CPLD

DPS Contorl Inudction heating machine-1

All-Digital Control