From drawing to finished set of parameters
OSCAR-PLT offers customised training courses for system operators, work planners, process engineers and maintenance personnel. In our basic training, we teach the basics of operating the ProFocus system, including practical training on KUKA robots or CNC systems. For advanced users, we offer expert training, which includes an extended understanding of the deposition welding process as well as CAD/CAM path planning and reverse engineering. We also provide specialist training to optimise components for wire LMD applications and save weight through topology optimisation.
Two KUKA robots and two CNC gantry systems
CAD / CAM interfaces of component scan
Materials laboratory including material preparation (cutting, embedding, grinding, polishing, etching) for micro and macrosectioTRAINING CONTENT
Basics of operating the ProFocus system with ProFocus laser wire and powder technology
Practical training on KUKA robot systems or CNC gantry systems
Advanced process understanding for build-up welding CAD / CAM path planning with component scanning and reverse engineering
Theory training incl. training material
Practical training on KUKA robot system or CNC gantry system
Wire LMD-compatible component design for metal 3D printing applications and additive repair
Saving weight through topology optimisation
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.
Do you have questions about our company, our products or our services? Then you've come to the right place.
The ProFocus WeldingCell is designed for industrial applications in Laser-DED (Directed Energy Deposition), additive manufacturing of metal components, repair welding, and laser cladding.
Typical applications include wear protection, refurbishment of high-value components, and production of complex metal geometries. Equipped with an integrated 6-axis robot and advanced process control, the system enables flexible manufacturing of large-scale components while maintaining high process stability and precision.
This makes the ProFocus WeldingCell an ideal solution for industries requiring efficient, automated, and high-quality metal additive manufacturing processes.
The ProFocus WeldingCell offers significant advantages over conventional systems used in additive metal manufacturing and Laser-DED (Directed Energy Deposition). Key benefits include automated multi-directional manufacturing, high process stability, and precise control of complex component geometries. Integrated features such as automated part scanning, adaptive height control, HDR process monitoring, and the WireWatcher help reduce downtime and significantly improve manufacturing quality. This enables cost-efficient production, repeatable results, and reliable implementation of demanding applications such as repair welding, laser cladding, and additive manufacturing of metal components. The system is designed to increase productivity, improve process consistency, and support scalable industrial additive manufacturing workflows.
Yes, the ProFocus WeldingCell can be fully customized to meet specific requirements in additive metal manufacturing and Laser-DED (Directed Energy Deposition). Thanks to its modular design, the system can be flexibly adapted to different applications, component geometries, and production environments.
Customization options include system geometry, workpiece handling, integration of specific robotics or scanner systems, and tailored software solutions for process control. This makes the ProFocus WeldingCell suitable for additive manufacturing of metal parts, laser cladding, and repair welding applications.
As a result, the system can be optimally configured to meet individual production requirements while ensuring high process reliability and efficiency.
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