Laser welding with welding robot and conventional welding
In laser welding (without filler material), very high welding speeds are achieved through minimal heat input (minimal heat-affected zone) and the use of the robot.
The welded joints are visually and structurally appealing and can be produced faster than with conventional methods. Distortion is minimized, and costly rework is almost entirely eliminated.
Laser welding with welding robot
Heat conduction welding can be used to produce seams with visible quality.
Application:
Joining thin-walled parts, visible edges, corner seams
Deep penetration welding produces seams for high mechanical loads.
Application:
For high penetration depths, multiple material layers
Both methods as well as the combination of both methods are used for joining stainless steel, steel, and aluminum sheets.
Conventional welding
With modern welding technology and the experience of our trained and certified employees, we process individual parts and complete welded assemblies made of steel, aluminum, and stainless steel.
We produce technically flawless joints using the following methods:
- MIG/MAG and TIG for steel, stainless steel, and aluminum
- Hard and soft soldering
- Stud welding
- Resistance welding / spot welding


Product Examples Overview
Together
to the Right Solution
The metal specialists of the Wickeder Group combine their strengths to offer you the best in metal. A wide range of standard and customized solutions is available on three continents: Europe, America, and Asia. Through the product and service-oriented business model, the highest quality standards, necessary flexibility, and fast response times are consistently maintained.
Metal Technology
We offer first-class solutions in CNC sheet metal processing and realize your projects, from small to medium quantities to large series production. Everything from a single source.
Your contact with us
Do you require further information about our metalworking capabilities or have a specific project? We look forward to your inquiry.



