Weld and harden with lasers that yield better results — and are easily automated and integrated into production.
- Eliminate Distortion Apply heat in a highly spatially selective manner to avoid part distortion.
- Improve Results Get better welding results with a spatter reduction of up to 80%.
- Drive Throughput Accelerate processing with lasers and also eliminate postprocessing steps.
Welding of Gears and Powertrain Components
Adjustable ring mode (ARM) fiber lasers offer 70-80% reduction in spatter over other fiber lasers, with minimal cracking and porosity.
Utilize diode lasers for Extreme High-Speed Laser Application (EHLA) to improve disc brake wear and corrosion resistance.
Hardening of Gears and Powertrain Components
High-power diode lasers yield spatially selective hardening, smaller grain structure, superior wear resistance, and eliminate part preparation and postprocessing.
Engine Connecting Rod (Conrod) Scribing
Get fast, highly consistent laser scribing of combustion engine conrods (for subsequent hydraulic cracking) with the only fully integrated solution available.
Fiber Lasers: Why We Approach E-Mobility Welding with Finesse, Not Brute Force
The most difficult automotive and e-mobility welding tasks require multi-kW lasers that also offer precise control over how power is delivered to the work piece.
Bröking-Plastex: An automotive industry leader
At Bröking-Plastex, one thing becomes clear: the trend towards ever greater variant diversity requires specialists who can produce the smallest to large batch sizes flexibly and economically.
1 - 500
Typical batch size
Parts processed with the laser
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