The Future is Additive

SCHWEISSEN & SCHNEIDEN brings together the global community of professionals in joining, cutting, and surface coating technologies. Here, you can find everything you need to know about exhibitors, the event program, and many other topics.

You will find the company at the fair in Hall 2, Stand 2A39.

The inaugural IF Digital Award at SCHWEISSEN & SCHNEIDEN 2025 in Essen, Germany, recognises the best digital solutions that are shaping the future of joining, cutting and coating technologies. Oscar PLT will showcase its ProFocus digital repair technology as a contender for the award.

ProFocus offers a fully integrated digital workflow for laser wire remanufacturing. Powered by automation, robotics and AI, it is especially suitable for large metal components and challenging materials such as cast iron.

Those unable to attend SCHWEISSEN & SCHNEIDEN 2025 can still benefit from the expertise of Oscar PLT’s specialists by scheduling a personal tech advice session. These consultations provide answers to individual questions and help identify which technology best fits specific needs::

Participants can share their application or challenges and experts Dr.-Ing. Tobias Gustmann and Ulf Jasnau will suggest possible solutions.
The consultation is not a sales pitch; instead, it offers an objective overview of different 3D-repair technologies.
If Oscar PLT’s systems are not the right fit, Tobias and Ulf will recommend alternative technologies.

A no-obligation consultation is an opportunity to explore how metal additive manufacturing and repair welding could strengthen business performance.

Book tech advice session

(Source: Oscar PLT)

Schlagworte

Additive Manufacturing AI Automation Digitalisation Laser Remanufacturing Robotics Robots SCHWEISSEN & SCHNEIDEN 2025 Wire

Verwandte Artikel

17.08.2026

AMB 2026: SW Presents Multi-spindle Machining and Mobile Automation

chwäbische Werkzeugmaschinen (SW) will present machining and automation systems for different production volumes and industries at AMB 2026 in Stuttgart. The exhibits on...

Automation KI MES Robotic Robotics Werkzeugmaschinen

14.08.2026

IMTS 2026: Prima Power Presents Laser Processing Technologies

Prima Power will present its Laserdyne laser processing technologies at IMTS 2026, taking place from 14 to 19 September at McCormick Place in Chicago. The company will ex...

Applications Cutting DIN Laser Material Processing Technologies Welding

11.08.2026

Aluminiumkennzeichnung für rückverfolgbare Produktionsprozesse

REA Elektronik zeigt auf der Aluminium 2026 Systeme zur industriellen Kennzeichnung und Codeprüfung. Im Mittelpunkt stehen Lösungen für Profile, Barren, Bleche, Coils und...

Aluminiumbau Aluminiumbauteile Aluminiumprofile Aluminiumverarbeitung Automatisierung Automobilindustrie Faserlaser Halbzeuge Laser PPE Produktionsprozess Werkstoffe

Mehr erfahren

07.08.2026

Mechanische Nachbehandlung erhöht Ermüdungsfestigkeit additiv gefertigter Metallbauteile

Das Fraunhofer-Institut für Werkstoffmechanik IWM hat eine modellgestützte Berechnungsmethode für die mechanische Oberflächennachbehandlung additiv gefertigter Metallbaut...

Additive Cold Metal Fusion FKM-Richtlinie Fraunhofer Laser Laser Powder Bed Fusion LPBF Luftfahrt Metallbau Oberflächen Powder Bed Fusion Richtlinie Werkstoffkennwerte

Mehr erfahren

The PFAS-free diamond-like carbon (DLC) coating is selectively modified by laser-based microstructuring. The structured surface (right) relieves internal stresses and enables the use of water-based lubricants.

04.08.2026

PFAS-free coatings

Fraunhofer ILT is developing laser-based manufacturing processes for applying PFAS-free functional coatings to metal components, plain bearings, and elastomer rollers.

Alternative Bonds Carbon Chemicals Coating Coatings Components Corrosion Development Energy Forever Chemicals Functional Coatings Gas Heating Industry Laser Laser Processes Laser Technology Lubricants Manufacturing Materials Science Mechanical Engineering Metal PE Plastics Polyamid Polyamide Polymer Polymers Polypropylen Polypropylene Processing Research Sealing Surface Technology Sustainable Technology Thermal Stress TSB