Induction Heating's Vital Role in EV Manufacturing
As global electric vehicle (EV) and hybrid vehicle adoption gains momentum, manufacturers face pressure to improve production efficiency, product...
Objective
A supplier of automotive parts needed to heat steel inserts to be placed into a plastic frame. They turned to THE LAB at Ambrell to see if they could prove out a solution that would heat their parts in a rapid and repeatable way to increase throughput and part quality.
More Staking Application Notes
Evaluation
A custom-designed multiple-turn helical coil was built to generate the required heating for this heating staking application. Initial tests were conducted to optimize the power delivered to the inserts. Samples heated to temperature in just over one second. An Ambrell EASYHEAT 6 kW induction heating system was used for the application and was set at a frequency of 360 kHz.
Solution
THE LAB at Ambrell proved the viability of this heat staking (metal-to-plastic insertion) application. Induction met their speed/throughput goals, which was critical given the high volume manufacturing process it would be part of. Additionally, the repeatability and reduced footprint were also important benefits to the client.
THE LAB at Ambrell has considerable experience with heat staking applications, which enabled them to deliver a solution that met the client's requirements. To learn more about free application testing, visit our page about THE LAB to get the process started.
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Induction Soldering a Vent Tube Assembly
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