Description:​
Induction heating is a growth sector, and for good reasons. The technique is energy efficient, reliable, reproducible, very fast and its range of possible applications is almost unlimited. For example, induction can be used on parts to heat, join, braze, harden, or even melt them. A critical component in these processes is the inductor. Its design is crucial in determining how precisely a part is heated. Complex manufacturing processes are therefore used to produce this central tool with precision to a tenth of a millimeter-a task perfectly suited to the experts at our factory .Our factory's technicians have a thorough understanding of the different applications of induction heating. For more than 25 years, they have been developing inductors to match, which are adapted to the geometry of the workpiece with painstaking dimensional accuracy.
The crucial quality in induction heating is best summarized by the word "precision." The technology is used anywhere where a lot of energy or heat needs to be applied to a workpiece in a very short time. Temperature accuracy plays an important role here and is often process critical - and precise heating is only possible with the right mix of inductor geometry, frequency, power, and magnetic field characteristics. Furthermore, the application of energy through induction ensures fast production processes, minimal workpiece distortion, and economical energy consume

Features:

1. High Efficiency & Energy Saving
- Utilizes electromagnetic induction principle to directly heat conductive materials (metals/metals alloys), achieving energy conversion rates of up to 90%, significantly reducing waste heat.
2. Fast Heating Speed
- Enables rapid temperature rise (up to 1000°C in seconds) for precise thermal processing, ideal for brazing, soldering, annealing, and hardening.
3. Precise Temperature Control
- Equipped with advanced PID (Proportional-Integral-Derivative) technology for ±1°C accuracy, ensuring consistent heat treatment outcomes.
4. Non-Contact Heating
- Avoids direct physical contact, minimizing contamination, oxidation, and material deformation. Safe for sensitive components.
5. Versatile Applications
- Compatible with ferrous/non-ferrous metals (steel, aluminum, copper, titanium) and various industrial processes (welding, induction forging, thermal forming).
6. Compact & Portable Design
- Lightweight and easy to operate, suitable for workshops, labs, or on-site fieldwork with adjustable power output (5kW-50kW range).
7. Safety Features
- Includes overcurrent protection, automatic shutoff, and thermal sensors to prevent overheating and ensure operator safety.
8. Environmentally Friendly
- No open flames or harmful emissions, meeting international environmental standards (e.g., EU EMC regulations).
9. Customizable Solutions
- Our factoery can Offer tailored configurations for specific industries (automotive, aerospace, jewelry manufacturing,Renewable energy, railroad industry, power industry).

Technical Parameters:

Applications: automotive, aerospace, jewelry manufacturing,Renewable energy, railroad industry, power industry and so on .