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Laser Solutions for Automotive Industry
Precision laser technology for lightweighting, safety, and performance.
Key Applications
Critical Automotive Applications
From powertrain to body structure, laser technology drives quality.
Exhaust Systems
Body-in-White (BIW)
Why Laser
Why Upgrade to Fiber Laser?
Speed, precision, and lower costs. Replace your CNC routers and plasma cutters with the industry standard for metal processing.
No Secondary Polishing
Get a mirror-finish edge directly off the machine. Save hours on manual grinding.
Cut Reflective Metals Safely
Our Anti-Reflection technology handles Brass and Copper with zero risk to the laser source.
Unmatched Precision (±0.03mm)
Cut sharp corners and tiny text that CNC tools simply cannot achieve.
Zero Tool Wear
No drill bits to break or replace. Laser is a non-contact tool with minimal maintenance.
Driving Production Forward
Laser welds are continuous seams rather than individual spots. This significantly improves the structural rigidity and crashworthiness of the vehicle body compared to traditional resistance spot welding.
Absolutely. Fiber lasers offer the highest cutting and welding speeds in the industry, easily keeping pace with the rapid cycle times required by automotive assembly lines.
The highly focused laser beam creates a minimal Heat Affected Zone (HAZ), ensuring that Class A surfaces (visible exterior panels) remain distortion-free and require less finishing.
For prototyping, limited editions, or low-to-medium volume runs, laser cutting eliminates the massive upfront cost and long lead times associated with manufacturing stamping dies.
Yes. Our application engineers at our California center can help you validate weld parameters, test material compatibility, and verify cycle times before you install the equipment on your line.
