Additive manufacturing for power plants
Nothing is more crucial to your success than sustainable and durable solutions. OSCAR-PLT’s wire and powder LMD technology offers you customised laser welding systems for additive manufacturing and repair that enable you and your personnel to significantly increase the longevity of your systems. Our innovative solutions help you to reduce maintenance costs and increase the efficiency of your hydropower plants. Our aim is to improve the profitability of your hydropower projects and make a joint contribution to sustainability.
The proven metal 3D printing system that started it all. A versatile technology that enables unmanned, direction-independent welding - with both wire and powder LMD (Laser Metal Deposition).
This compact version of our pioneering laser head weighs just 6 kilograms and still brings all the advantages of the ProFocus technology, enabling new applications and geometries.
The compact version of our laser cell for production environments with small to medium-sized components. It combines the quality and efficiency of the ProFocus laser cell with a particularly compact footprint and easy transportability.
Fraunhofer IPK in Berlin has commissioned a ProFocus LaserCell from OSCAR-PLT – marking a milestone for robot-guided wire laser deposition. The fully digital process chain, from 3D scanning to AI-controlled welding, enables efficient, resource-saving repair of metal components across industries. Discover how this partnership sets new standards for sustainable, high-precision manufacturing in Europe and beyond.
Do you have questions about our company, our products or our services? Then you've come to the right place.
Trailing gas nozzles can be designed in such a way that the welding wire can be fed in without any problems.
Depending on the angle and position of the camera, it is possible to observe the process. In addition, a cut-out or a sight glass can be inserted into the trailing gas nozzle if a larger viewing area is required.
Trailing gas nozzles offer improved shielding gas coverage. This leads to a reduction in oxidation (annealing colours), which is particularly important when welding stainless steel or titanium. Unwanted changes to the component, such as pores in the seam and burn-off of alloying elements, are minimised. The nozzles are designed to distribute the shielding gas more efficiently and evenly around the welding point, thereby keeping the oxygen away from the heat-affected zone on the component.
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