Industrial Laser Solutions For The Automotive & EV Industry

To address the most demanding automotive requirements, Laserax provides the fastest lasers on the market. Our turnkey solutions are built with industrial grade components and meet class-1 laser safety standards.

We’ve developed exclusive processes for the industry. Our laser marking meets cradle-to-grave traceability requirements when parts are shotblasted, coated, and so on. Our cleaning expertise also allows manufacturers to get rid of masking. They can selectively remove paint instead, leaving a texture that improves adhesion if needed.

With the current transition from combustion engines to electric motors, lasers will play an even bigger role than before, with laser cleaning and welding becoming major processes for battery manufacturing.

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Powertrain & Drivetrain Systems

Powertrain and drivetrain manufacturers can improve efficiency and quality with laser technology. Traceability can be implemented at the start of production by etching high-contrast codes that withstand e-coating, phosphating, and heat treating. Moreover, masking is no longer needed in paint lines, as lasers can automatically clean assembly areas after painting or phosphating.

Pinions & Ring Gears
Driveshafts
EV drive units
Steering columns
Steering shafts

Electric Vehicles

Laser technology is a key ally in the EV transition. A range of laser processes that include laser marking, cleaning, texturing, and welding contribute to the efficiency, quality, and sustainability of EV production lines.

Battery cells, modules & packs
EV drive units
Battery trays
Battery cases
Stators & rotors
E-axles
Drive motors
Electric drive train systems

Seating & Stamping

Stamping manufacturers can improve their traceability capabilities by generating a unique identifier for each part right at the exit of the stamping press. They can also replace manual masking operations with selective paint removal.

Foundries & Casting Plants

Our marking systems are made to operate in the harsh conditions of foundries and casting plants, where it’s essential to have industrial grade components, fast processing speeds, and markings that maintain traceability through processes like shotblasting, e-coating, and powder coating.

Brake discs
Oil pans
Shock towers
Engine blocks
Transmission cases
Connecting Rods

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Fastest Laser Marking Speeds

Laserax offers the fastest laser markers on the market. Our configuration is optimized to mark metals and is adjusted for each application, accounting for different types of metals, surfaces, positioning variations, and so on.

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Post Process Resistant Laser Marking

Shotblasting, e-coating, powder coating, phosphating, and heat treating no longer prevent manufacturers from achieving 100% traceability. Laserax has developed laser processes that protect 2D codes from these processes, making it possible to laser mark a unique identifier on each part right at the start of production.

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Pinions & Ring Gears: Phosphate Coating Removal & Laser Marking

Selective Paint Removal & Texturing With Laser Surface Processing

It is no secret that masking requires too much time and labor. Now, manufacturers with high-volume productions can coat the entire part, then use laser cleaning to selectively remove the coating from welding or assembly areas. It is also possible to leave a texture that improves adhesion if needed.

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Laserax brings laser technology to new levels with unique laser processes developed for the industry. Our faster processing speeds, shotblast resistant laser engraving, and turnkey solutions are just a few examples of what we do to set the highest manufacturing standards and meet our clients’ requirements

Fastest lasers
Post process resistant markings
Cleaning & marking with a single unit
Turnkey solutions
Class-1 laser safety
Industrial grade components

Rotary Laser Marking Workstation

This manually loaded workstation is equipped with a rotary table to load and unload parts while laser marking is performed in hidden time.

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Automated Conveyor Laser Marking Machine

Adapted to the conveyor system on which it is installed, this machine offers features to automatically manage part positioning variations.

View Conveyor Machine

Open Air Laser Marking Machine

The Open Air machine relies on a robot to hold the parts in place during laser marking. The robot must have enough idle time to wait for the complete marking operation.

View Open-air Machine

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Industrial Laser Solutions For The Automotive & EV Industry

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