Induction Forging Steel Rods to Stamp Saw Blade Handles

When it comes to many manufacturing processes, including this forging application, precision and efficiency are critical. Traditional heating methods like torches or furnaces often fall short, leading to inconsistent results and longer cycle times. Induction heating can offer a better solution for many manufacturing processes. 

The Challenge

• Rapid heating to forging temperature
• Consistent results for every cycle
• Energy efficiency compared to conventional methods

The Solution

Ambrell’s EKOHEAT® induction heating system was deployed with a custom-designed coil. This setup delivered:

• Targeted heating: Only the required section of the rod was heated, minimizing energy waste.
• Speed: The rods reached forging temperature in seconds, significantly reducing cycle time.
• Repeatability: Induction ensures the same heating profile every time, improving product quality.

Why Induction?

Induction heating offers several advantages over traditional methods:

• Clean and safe: No open flames, reducing workplace hazards.
• Precise control: Heat exactly where it’s needed.
• Instant on/off: No waiting for equipment to warm up or cool down.

The Bottom Line

For manufacturers looking to improve throughput and quality in forging applications, induction heating is a proven solution. It’s faster, safer, and more efficient—perfect for process heating applications such as this one.

Visit our induction forging applications page to review other forging application notes from THE LAB at Ambrell. If you have an application that might benefit from induction heating, be sure to take advantage of complimentary application testing from THE LAB.