Updated on 17 July 2026
Development of metal additive manufacturing (LPBF) based on DfAM methods, enabling sustainable design & production whilst reducing the environmental impact
CEO at Pint
Metz, France
About
- Alloy design
- Powder atomization
- Process development
- Metallurgical caracterization
- Mechanical testing
Based on the DfAM (Design for Additive Manufacturing) wich refers to design methods tailored to 3D printing, this enables a different approach to design whilst reducing mass, integrating functions and using less material, ultimately resulting in complex properties, demanding geometries and high strength The company integrates sustainable design & production reducing the environmental impact through two key approaches: Recycled alloys and tailored design methods.
Numerous fields of appications
Field
- Aeronautics & Defence
- Industrial Equipment and Machinery
- Materials & Surface Treatment
- Luxury - Watchmaking
- Automotive, Transport and Logistics
Organisation
Similar opportunities
Expertise
Customized machine enclosures designed and manufactured for complex industrial equipment
- Healthcare
- Electronics & Optics
- Energy & Environment
- Luxury - Watchmaking
- Aeronautics & Defence
- Industrial Equipment and Machinery
Fabrice Guelmine
Business Development Manager at Schinko Systems
Neumarkt i-M, Austria
Product
Jasper X1 High performance femtosecond laser
- Other
- Health
- R&D Partner
- Microtechnology
- Manufacturing Partner
- Aeronautics & Defence
- Luxury & Watchmaking industry
Bogusz Stepak
R&D Director at Fluence Technology
Wroclaw, Poland
Expertise
Process Optimization & Material Behavior Under Extreme Constraints
- Digital & ICT
- Nano- and Microtechnologies
- Materials & Surface Treatment
- Industrial Equipment and Machinery
Sébastien Borraccino
Ingénieur Développement Partenarial at Université de Lorraine - UNYS
Nancy, France