Established process for small and large series: abrasion- and shock-free use with a very small heat-affected zone.
Quasi-simultaneous
- The different absorption characteristics of the joining partners form the basis for laser welding. Many thermoplasts are sufficiently transparent for use with lasers and can even be colored as required
- As a rule, laser welding results in precise, visually perfect weld seams that can even be used as a design element. In addition, high weld strengths are attained, approximating the base material strengths
- In quasi-simultaneous laser welding, the laser beam is led along the welding contour with the help of scanner mirrors with high traversing rate of up to 10 m/s (depending on the focal length)
- Molded part tolerances can be melted down and pressed into the weld bead
Laser-contour-welding
- The robot’s freedom of movement makes it also possible to weld complex three-dimensional contours.
- Because the laser runs along the weld seam slowly, melt distance is eliminated and weld seams form without bead
- Delicate small parts requiring vibration-free welding. Housings containing thermally sensitive materials. It is often used in the following areas:
- Automotive industry / home appliance and white goods industry / electrical engineering / electronics / medical and pharma technology
VARIANTS
- Modularly designed standard series for various component sizes and automation concepts – all adjustable to customer requirements