Suchergebnisse für „Extreme HIgh-Speed Laser Material Deposition“ 6

Artikel 6

14.10.2026

NbC-based Hardmetal Compositions as a Strategic Replacement Material for WC-Co(Cr) in Surface Engineering

IGF-project of the year 2026: Inspired by developments in powder metallurgy, in the present work four novel NbC(N)-based compositions with Fe- and Ni-based binders were d...

Laser metal deposition on a forged die: targeted material deposition helps restore worn or damaged tool areas and can reduce the need to replace entire high-value components.

14.07.2026

Expanding Industrial Applications for LMD and EHLA

Regulatory pressure, high-value repair and the need for scalable industrial solutions are pushing laser-based manufacturing processes into new territory. Fraunhofer ILT a...

06.07.2026

Digital Parameter Design and Quality Assurance for Process Transferability in Laser Cladding

As part of the HIP-LMD project, a hybrid process model for laser material deposition was developed that combines physical simulations with data-driven methods.

Extreme high-speed Laser Material Deposition (EHLA) enables the additive deposition of functional surfaces with high precision and speed. This allows components to be efficiently coated, repaired, or manufactured with close-to-final-contour precision.

10.06.2026

Longer Service Life for Moulds and Tools

Manufacturing and maintaining die-casting tools professionally is crucial to the foundry industry: As one of the most expensive assets, these tools play a decisive role i...

03.12.2024

No More Time Consuming Forming Tools Milling

Bipolar plates for fuel cells are mass produced every second. Fraunhofer ILT ist now breaking new ground to accelerate production time and saving cost along the way.

20.03.2022

Arbeitnehmer, selbstständig oder scheinselbstständig?

Steuerberater Roland Franz informiert, welche Folgen Scheinselbstständigkeit für Auftraggeber und Auftragnehmer mit sich bringen kann und wie sich diese Folgen vermeiden...

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