MicroMécanique offers laser marking and engraving to provide a fuller range of services for its customers. These techniques guarantee durable identification and reliable traceability for your parts without altering their mechanical properties or dimensions.
The laser technique also produces high-quality aesthetic markings that are perfect for sectors where image and finish are as important as functionality.
Direct industrial applications
Laser marking and engraving are used in a number of fields:
- Aeronautics and space: unique codes to identify critical parts.
- Defence, nuclear power and energy: durable marking withstanding extreme conditions.
- Luxury goods and watchmaking: intricate and decorative engravings on miniaturised components.
- Medical devices and connectors: mandatory traceability (serial numbers, Data Matrix codes).
- Automotive and engineering industries: to achieve fast and durable identification for serial parts.
Our laser machines
Our workshops are equipped to produce precise and reproducible markings:
- SIC MARKING XL-BOX laser marking station
- Working area: 115 x 115 mm
- Suitable for high-precision marking on technical and microtechnical parts
This solution can be used to mark individual parts or small series with a high degree of flexibility.
Capabilities and performance on technical and hard materials
Laser marking is possible for most materials machined by MicroMécanique:
- Tungsten carbide: durable traceability on hardwearing tools.
- Hardened steels: precise identification without affecting hardness.
- Titanium and superalloys: clear, robust marking for the aeronautics and medical sectors.
- Stainless steel, aluminium, brass and copper: decorative or functional engravings.
- Industrial ceramics: fine markings for specific applications.
Our laser processes guarantee exceptional readability, durability and compliance with the traceability standards of the most demanding industrial sectors.