Laser-machined components

Laser-machined parts: Highest precision to the point

We use various laser processes for different applications. From the finest laser beam drilling with drilling diameters of 30 µm to 100 µm for high-pressure applications, to laser beam welding, which we use as a joining process with low heat input and high precision in large-scale production.

High-precision laser deburring for very delicate components and geometries, as well as laser marking with a contactless process for labeling or marking materials, round off our smart service in the field of laser processing.

Areas of application

Laser-machined parts: At home in many industries

Our laser-machined parts are used worldwide in the following industries, among others:

Automotive
electrical engineering
building services engineering
medical technology

Laser-welded components

Process

Different diameters and geometries possible
Defined welding position and depth

Materials

Spring-hard stainless steel and high-temperature resistant materials

Special features

Gas-tight welding under pressure
Low-spatter welding process
Fatigue strength and temperature resistance
Low distortion process, e.g. perpendicularity of welded studs

Laser-welded assemblies and parts, in particular for charge movement flaps in the intake area, bypass flaps in the exhaust area and battery components such as the LID cover assembly.

Other applications include strikers, door locks and hood catches, as well as tube springs for piezo systems.

Laser drilled components

Process

Different diameters and geometries possible
Different bore diameters can be realized
Different hole patterns (geometry and arrangement)

Materials

Stainless steels

Special features

With specially configured lasers and specially developed quality monitoring systems, filters with several thousand holes, for example, can be manufactured in large-scale production.
High pressure resistance
High mechanical, chemical and thermal resistance
Can be used for various media

Laser deburred components

Process

Different diameters and geometries possible

Materials

Stainless steels

Special features

High-precision stamped holes, deburred with laser
Very delicate components and geometries
Very high process speed compared to similar processes

Laser-structured components

Process

Surface finish for adhesive bonds and contacting

Materials

Steel, aluminum, non-ferrous metals
Defined roughness

Special features

Arbitrary geometries of the generated surfaces
Short cycle times
No influence on neighboring areas

Laser-marked components

Process

With laser-marked components, important information can be applied permanently, forgery-proof and precisely - for maximum transparency along the entire value chain. Whether in production, logistics or quality assurance: laser marking ensures clear identifiability and enables seamless traceability.

Marking types