WELDING WITH TIG-MAX® LASER
Hand-held laser welding has become increasingly important in recent years and is revolutionising many areas of manufacturing and repair. Compared with traditional welding methods, it offers a number of advantages that improve both the quality of the weld and the efficiency of the process. We are committed to providing first-class solutions to make work easier and to enhance efficiency and safety.
THE BENEFITS OF
TIG-MAX® LASER SYSTEMS
Weld up to 4 times faster – with a perfect finish
Thanks to its high laser power, the TIG-MAX® L HQ enables significantly faster welding processes compared with conventional TIG methods – whilst minimising heat input. As a result, there is virtually no distortion of the workpiece, and typical discolouration is almost entirely absent. This not only saves time but also reduces the need for rework and noticeably increases productivity.
Freedom of movement: weld wherever you like
The generous wire length of 10 metres offers the user maximum freedom of movement, even when working with large workpieces or in confined workspaces. Furthermore, the system can be easily combined with up to four wire feeders and, thanks to its open BUS interface, is ideally suited for future expansions or integration into automated production lines.
Perfect seams – even without years of experience
The software features an intuitive user interface that enables users to get to grips with it quickly. An integrated process database with predefined parameters for various materials and material thicknesses makes it much easier to select the appropriate welding programme. This enables even less experienced users to achieve clean and reproducible welds quickly.
Precise to the last detail – controllable directly at the burner
All key parameters, such as laser power, swivel range, swivel frequency and wire feed speed, can be adjusted directly on the torch head via an integrated LCD display. This enables precise fine-tuning and ensures a consistently high-quality weld seam – even when requirements change. Furthermore, the system responds immediately and reliably in the event of faults or temperature deviations.
Suitable for industrial use and safe – built to withstand the rigours of everyday use
The ergonomically shaped laser welding torch fits comfortably in the hand and is constructed from flame-retardant, wear-resistant materials. An integrated display on the head provides real-time information on the status of the device. The dual-button control on the torch prevents the laser from being triggered accidentally, thereby meeting the highest safety standards. Thanks to the integrated water cooler, reliable continuous operation is possible without any problems, even at ambient temperatures of up to 40 °C.
HOW
TIG-MAX® LASER DEVICES WORK
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More InformationIn laser welding, a focused laser beam is directed onto the surface of the material. The high energy density ensures that the metal melts in a controlled manner and bonds through capillary forces and heat diffusion. This produces a deep-penetrating, uniform weld seam with high strength. As very little heat is generated, the surrounding material remains largely unaffected, thereby minimising distortion and residual stresses. This precise process is particularly suitable for demanding applications where quality and dimensional accuracy are crucial.
PRECISION AT YOUR FINGERTIPS
OUR LASER WELDING MACHINES
Our hand-held laser welding machines are synonymous with precision, efficiency and state-of-the-art manufacturing technology. Whether for delicate precision work or robust welded joints, our machines deliver clean results with minimal heat input and high processing speeds.
THESE MATERIALS
CAN BE WELDED
Steel
From structural steel to high-alloy steels – most types of steel are suitable for laser welding.
Aluminium and aluminium alloys
Even aluminium, which is known for its good thermal conductivity, can be welded without any problems.
Copper and copper alloys
This metal can also be welded using a laser, although specific parameters are required in this case.
Titanium and titanium alloys
This lightweight, high-strength metal is used primarily in the aerospace industry and can also be welded using a laser.
Stainless steel
Whether it’s thin sheets or thicker plates, stainless steel is ideal for laser welding.
Brass
Galvanised steel
No test available yet. We’ll provide one later.
IF THE SEAM LOOKS LIKE THIS:
WE'D BE HAPPY TO ADVISE YOU!
AREAS OF APPLICATION
FOR TIG-MAX® LASER SYSTEMS
Metal Fabrication and Sheet Metal Working
Deformation-free and precise welds for thin-walled components.
Automotive Industry
High-strength fasteners for body and battery modules.
Medical Technology
Electronics
Precision connections for sensors, microcomponents, and printed circuit boards.
Aerospace
Lightweight, high-strength welds for titanium and aluminum components.
ANALYSIS OF WELD SEAMS
–
TRADITIONAL WELDING
LASER WELDING
Heat-Affected Zone
Large
Small
Distortion and Deformation
High
Very low
Appearance of the Weld
Coarse and irregular
Clean and beautiful
Welding Speed
On average
4x faster
Difficult to Use
High
low
Required Operator Experience
Professional
Beginner-friendly
Tumbling Welding
None
Up to 5 mm
Physical hazard
Intense radiation and smoke
Low-radiation and environmentally friendly
Work
High
Low
Time
High
Low
Space requirements
High
Low
We can offer the “All-Inclusive Package”
WHO UNDERSTANDS THEIR CUSTOMERS
CAN PROVIDE EXCELLENT SERVICE
AND OFFER ADVICE AND SUPPORT.
Worldwide delivery
Personal contact person
Innovation for safety and environment
Personalised consulting
Family-run business
Fast processing and delivery
Technical Support
Test equipment and sample delivery
Support for aid organisations
FEEDBACK FROM OUR CUSTOMERS
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We look forward to hearing from you!
PLEASE FEEL FREE TO CONTACT US
The die is cast