How Catheter Tipping Works with Induction Heating
Catheter tipping is an important technique in medical procedures that involves shaping the distal end of a catheter to a specific configuration. This...
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1 min read
Brett Daly 11/20/15 6:08 AM
Ambrell offers best-in-class induction heating solutions along with extensive application engineering support for virtually any induction heating application. Rotor heating and especially induction rotor curing, often for the automotive industry, are popular induction heating applications. Ambrell has significant experience with these applications, and we'll now take a quick look at one rotor heating application.
In this particular application, a client requested that THE LAB at Ambrell heat a small rotor to 80 °C (176 °F) in just 18 seconds while it was rotating. THE LAB's application engineers designed a custom-made pancake coil, and that with Ambrell’s versatile EASYHEAT 2 kW induction heating system ensured that the rotor was brought to temperature efficiently, achieving the application’s objective.
Induction heating offers several benefits for rotor heating applications:
Provides the correct temperature across the rotor
Each rotor has the same cure process
Safe and effective: a flame-less concentrated heat energy
Flexible: coils can be configured to any rotor size
Energy savings: no furnace to ramp up
Production savings: faster part throughput
Easily integrated into existing manufacturing lines
Ambrell offers more insight into the rotor treatment applications with additional application notes and a Rotor Heating Brochure. We also offer complimentary application testing from THE LAB to ensure maximum process efficiency and effectiveness.
Catheter tipping is an important technique in medical procedures that involves shaping the distal end of a catheter to a specific configuration. This...
Induction heating, a process that uses electromagnetic induction to heat electrically conductive materials, is used for several applications in the...
Objective A client needed to heat copper and nickel parts prior to bending. The target temperature for the application was 1,500-1,800 °F (816-982...