Übersetzung für "Heat conduction welding" in Deutsch

Heat conduction welding only requires low outputs.

The laser welds the scale housing with heat conduction welding.

During heat conduction welding with low welding depths, the SpeedLas optic enables very high welding speeds.

In heat conduction welding, energy is coupled into the workpiece solely through heat conduction.

In heat conduction welding, the surface is melted.

With heat conduction welding, seams can be made with visible quality.

In heat conduction welding, the laser beam melts the mating parts along a common joint.

Typical applications are deep welding, heat conduction welding, and laser metal deposition, soldering and plastic welding.

The laser is suitable for deep welding and heat conduction welding and thus substitutes for conventional welding techniques.

Likewise, when welding thin sheets by heat conduction welding, in the case of sheets coated with other metals, the produced melt is not stable and, as a result of eruption, a reliable weld seam is prevented.

According to a further exemplary embodiment of the present invention, the first and second region are connected in a substance-to-substance manner by means of a heat conduction welding process in the aluminium material of the second region.

To this end, use is made, for example, of a solid-state laser designed for the method parameters which are suitable for a heat conduction welding method.

To shorten the time interval, it is possible in particular for two separate lasers to be used in step e) and in step f), wherein in step f) the heat conduction welding process is started using a separate laser before the end of step e).

The new generation of direct diode lasers delivers excellent seam quality in both heat conduction welding and deep welding and offers high repeatability of the results.

For the first time a Scan-Tracker optic is used for heat conduction welding so that different materials and weld geometries can be reliably processed.

Using heat conduction welding, the physical effects of the so-called "Brewster angle" are used to obtain impressive increases in productivity.

During heat conduction welding, the new diode lasers create an even cleaner and more attractive welding seam than is already the case with the TruDisk lasers.

The heat-conductive welding process is a manufacturing possibility with process security which allows good reproducibility.

The weld seam depth of the heat conduction weld seam is preferably between 1 mm and 3 mm.

The jacket wall 114 is here connected to the side wall 112 with material continuity via a heat-conductive welding process.

In the heat-conductive welding process carried out with the aid of a laser, the two steel sheets to be connected are brought to one another.

Materials with a high melting point as well as high heat conductivity can be welded using a laser.

On the laboratory scale, they studied this compound for heat conductivity, processability (extrusion, welding) and mechanical properties.

The present invention furthermore relates to a piston for an internal combustion engine, which is producible by the method according to the invention and therefore as a result has a laser weld seam composed of a deep weld seam and a heat conduction weld seam.

This effect is based on the greater weld seam width of the heat conduction weld seam and therefore on reduced thermal loading and also a more uniform formation of the microstructure during the solidification of the material.