Header Desktop (klein)

Header Mobile (klein)

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

Modularly designed standard series for various component sizes and automation concepts – all adjustable to customer requirements
For three standard machine sizes, there are three automation variants: basic, turntable and pass-through operation
- Flexible manufacturing cell layouts using robot systems
- Compact integration unit which can be easily integrated in a complex automation concept
Even our range of existing options offers numerous possibilities: from ESD protection, to traceability concepts, to Poka Yoke – many features are available immediately