At TM Lasertechnik, when we talk about steel welding, we are talking about steel alloys, which are usually within the following four ranges:
Over time, we have developed a great deal of expertise around the weldability of the various steel alloys. With filler metals that we have matched to the base material in elaborate laboratory work, we can respond to a wide range of different alloys and demands of our clientele.
Individually tailored to the project, we weld manually, partially or fully automated (CNC-controlled) using laser or laser hybrid processes.
Fine welding in the range down to 0.05 millimeters.
With us, you get everything from a single source: we are happy to offer finishing work such as turning, milling or grinding on request.
Individually tailored to the project, we weld manually, partially or fully automated (CNC-controlled) using laser or laser hybrid processes.
Fine welding in the range down to 0.05 millimeters.
With us, you get everything from a single source: we are happy to offer finishing work such as turning, milling or grinding on request.
The basic definition states that all materials whose main component is iron are to be classified as steels. They also generally have less than 2% carbon and contain other elements in addition to iron.
For further classification, a distinction is made between unalloyed and alloyed steels.
From here on in further subdivision e.g. into basic steels, unalloyed and alloyed quality steels, unalloyed and alloyed stainless steels and so on.
There is therefore a wide range of steels – depending on their use and chemical composition.
In the area of alloyed and high-alloy steels, which we primarily weld at TM Lasertechnik, we first require very detailed information on the steel alloy used in each case and the area of application of the workpiece.
If there is no information on this, we also have the possibility to analyze the material at our premises in order to determine the exact composition.
Only in this way is it possible to subsequently produce the appropriate joint or overlay welds using precisely matched additional materials.
Highly polished. Welding without structural changes.
Rebuild by 0.5 mm by partially automated laser welding. Diameter: 40 mm.
Repair (cladding) of a milled defect in the mechanical engineering sector.
Hardened to 60 HRC. Repair of a broken out corner for mold and tool making.
Closure of an incorrectly placed centering hole (plant engineering) by laser welding.
Sealing lips along rotors were re-welded by laser process.
Rotary piston on which the sealing lip was rebuilt. Welding in the range of 0.1 mm.
Repair of a damaged running surface of a bar press tool.
A broken-off edge of a deep-drawing tool was rewelded by us.
Rebuilding of a closing edge on a mold half of a mold used in plastics production.
For example:
For example:
For example:
For example:
Phone
+49 (0)234 4799240
E-Mail
info@tm-lasertechnik.de
Address
TM Lasertechnik e. K.
Hüttenstrasse 16
44795 Bochum-Weitmar
Germany