Machining manufacturing, additive manufacturing and lightweight design

© Fraunhofer IPA

Discover our innovative solutions in machining manufacturing, additive manufacturing, and lightweight design. We provide comprehensive solutions in additive manufacturing, cutting and sawing technology, joining technology, lightweight construction, cutting technology, and smart manufacturing processes. We develop customized solutions by combining our expertise with the extensive industry know-how of Fraunhofer IPA.

Our team will support you in implementing complex processes, including automation, sustainability, and digitalization. We ensure the highest quality and efficiency in every project, tailored to your specific requirements.

Our solutions in the business unit

How we work with our customers

 

Additive Manufacturing

Process development and optimization for transfer into series applications, material testing and development of components for innovative 3D printing methods

 

Cutting and sawing technology

Process development for cutting processes, reworking processes, production planning, development of tools and mechanical engineering

 

Joining technology and lightweight constructions

Joining technology for a wide range of material combinations and lightweight solutions for machine components and e-mobility

 

Cutting technology

Cutting tools, extraction concepts, cooling and lubrication systems, robot machining, data-optimized cutting and process optimization

 

Smart manufacturing processes

Digital solutions for production and manufacturing, intuitive human-machine interfaces (HMIs) and frugal manufacturing systems

Learn more about the business unit

Dr.-Ing. Tim Mayer

Head of business unit

Machining manufacturing, additive manufacturing and lightweight design

Collaboration

 

Do the business unit’s solutions meet your requirements? Then join us for an initial discussion with no obligation.

Contact us today!

 

We are your partner for high-precision machining technology, future-oriented additive manufacturing methods or lightweight concepts for the industries of tomorrow.