Ultrashort-pulse laser processing
A quantum leap in laser micromachining—ultrashort-pulse laser processing
Our ultrashort-pulse femtosecond (USP-fs) laser processing is redefining the boundaries of microtechnology. By using femtosecond pulses, we are able to create surface structures, cuts, and holes with a level of quality that conventional methods cannot achieve.
Read moreLaser Micro-Cutting
Precision parts made from metals, precious metals and alloys: Maximum accuracy and minimal burr formation
We cut precision parts from a wide range of conceivable metals, precious metals and alloys from a material thickness of 0.005 mm to 3.0 mm. Our specialization enables us to cut parts with very low burr formation and maximum accuracy.
Depending on the part geometry and material properties, production tolerances of up to ±3 µm can be realized and verified by protocol. These include, for example, mechanical watch parts, spring elements, shielding plates, calibration masks, shims, shim rings and precision tube parts of all kinds, which are manufactured both as individual parts and in series production.
Read moreLaser Fine Cutting
Precision laser-cut parts made of metals, precious metals, copper, brass, etc., with high accuracy
We manufacture precision parts from a wide variety of metals, precious metals, and alloys, with dimensions ranging from approximately 0.1 mm to 3.0 mm. Our specialization enables us to produce blanks with minimal burr formation and the highest accuracy.
Depending on the part geometry and material properties, manufacturing tolerances of up to ±5 µm are achievable and can be verified via a certificate of conformity. This includes, for example, mechanical shielding plates, calibration masks, shims, adapter rings, and precision tube components of all kinds, which are manufactured both as individual parts and in series production.
Laser Fine CuttingLaser Micro-Welding
Non-contact joining of metals and metal alloys with laser welding technology
The laser is the predestined tool for non-contact joining of metals and metal alloys. This means that components can be welded without distortion using spots or seams, even in places that are difficult to access. We process small parts with a tendency towards miniature in a working area of approx. 188 x 160 x 200 (in mm).
We produce prototypes and series for customers in the watchmaking industry, precision engineering, sensor technology, electronics, electrical engineering and medical technology, for example.
Read moreLaser Marking - Laser Engraving
Perfect markings thanks to laser marking and laser engraving
Whether laser marking or laser engraving: The laser is the perfect tool for marking almost all materials. Processing takes place without mechanical stress, which guarantees a permanent result.
We can precisely place logos, characters, images, consecutive serial numbers, scales, barcodes, QR codes and data matrix codes on your product. With the finest line widths from approx. 15 µm, we meet even the highest visual demands in the design of luxury goods such as mechanical watches and exclusive writing instruments.
Read morePrecision Stencils
Laser-cut metal stencils for industrial production
High-precision, laser-cut metal stencils are essential in the industrial production of electronic assemblies, especially SMD stencils for solder paste application. Depending on the customer's technical requirements, these stencils are usually produced as frameless metal sheets with perforations for a quick-release system.
Read moreMicrobending
Precise bending for customized blanks
In addition to the production of high-precision, laser-manufactured parts, we also offer the option of precisely bending these intricate blanks into final shapes. To do this, we use semi-automatic processes with special swivel bending technology.
Read moreSurface finishing
Additional surface optimizations
Micropolishing
Electropolishing 2D
Drum polishing / barrel finishing
Brushing
Glass bead blasting
Nano coating