The department research and development of SLV M-V realises individually the implementation and further development of welding technologies as well as other thermal processes based on customer preferences.
Since the foundation of SLV-MV the research is mainly focused on laser based processes in addition to conventional thermal processes.
For short and medium time, the laser hybrid welding and the mobile application of laser technologies are the emphasis of our work.
Comprehensive practical experiences in developing processes and technologies, component and equipment design and in training courses are generated by means of research and industrial projects.
The combination of competences of all departments at SLV M-V enables to provide the customer individual concepts which meet the state-of-the-art and offer a high practical benefit with respect to improvement of quality of processes and decrease of production costs.
Based on customer’s requirements we realize the entire project from one source supported by our cooperation partners or perform sub-tasks, respectively. |
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Conventional methods | ||
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GMA welding TIG-welding plasma welding submerged arc welding plasma cutting |
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Laser based methods | ||
| welding | cutting | ||
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laser beam welding laser-GMA-welding manual laser hand welding |
laser beam flame cutting laser beam fusion cutting laser beam sublimation cutting |
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laser build-up welding laser remelting laser hardening |
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Mobile laser applications | ||
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Mobile welding with fibre laser systems and tractor Mobile cutting with fibre laser systems and tractor
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Technical services | ||
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Revision of design to ensure suitability for production Generation of 3D-CAD models and presentation files Generation of manufacturing drawings und corresponding CNC/CAD programs Consulting services and testing with respect to applicability of laser technologies Monitoring the implementation of laser technologies Generation and expertise of product specifications Generation and implementation of safety concepts Coordination of the implementation of laser technology Support during certification of machinery
Design and manufacturing of processing heads Measuring of beam cauterization of laser systems Evaluation of beam quality of laser systems |
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Investigation of weldability | ||
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Equipment: | ||
12 kW CO2-laser
Mobile 10 kW fibre laser robotics station with Fanuc-robot R2000i (165 kg load and bfrotating tilting table) hand-guided laser welding head for a power up to 4.0 kW cauterization measuring device "Primes Focus-Monitor" divers welding power sources high-speed camera |
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Industrial projects: | ||
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Research projects and research contracts: | ||
» Publications |
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