Intro: suspended induction heating_1suspended induction heating_2

Intro: ultra high frequency induction heating for tiny workpiece_2ultra high frequency induction heating for tiny workpiece_1

Intro: induction evaporation

Intro: Induction bending

Intro: induction Heating is very popular for various of applications such as Annealing Bonding, Rubber/Metal Brazing , Cap Sealing ,Carbide Tipping, Catheter Tipping ,Crystal Pulling , Curing , Forging ,Getter Firing , Hardening , Heat Treating , Hot Forming ,L

Intro: induction Heating is very popular for various of applications such as Annealing Bonding, Rubber/Metal Brazing , Cap Sealing ,Carbide Tipping, Catheter Tipping ,Crystal Pulling , Curing , Forging ,Getter Firing , Hardening , Heat Treating , Hot Forming ,L

Intro: induction Heating is very popular for various of applications such as Annealing Bonding, Rubber/Metal Brazing , Cap Sealing ,Carbide Tipping, Catheter Tipping ,Crystal Pulling , Curing , Forging ,Getter Firing , Hardening , Heat Treating , Hot Forming ,L

Intro: Heating six wire bundles Objective Heating the ends of six wires on a starter motor to remove the electrical varnishesMaterial Starter motor with six wire bundles, each wire consists of 3wires 0.04” (1.0mm) diameter eachTemperature 1202 F (650 C)Freq…

Intro: Heating Nitinol spring Objective To heat a nitinol spring assembly to 800F (426.6C) for shape setting applicationMaterial 0.018” (.457mm) Nitinol wire wrapped around a 0.08” (2.03mm) Nitinol mandrel 15” (381mm) longTemperature 800F (426.6C)Frequenc…

Intro: Research the heating effects Objective Heating stainless steel disc & tantalum disc to 1400F (760C)Material Stainless steel and tantalum discs approx 1/2” (12.7mm) diameter. End product is radioactivity counting plateTemperature 1400 F (760C)Freq…