Fraunhofer IPA Process Innovation | Additive Manufacturing & KI-noW

The Fraunhofer IPA Process Innovation in Bayreuth is not a classic event location, but a research and transfer address for companies looking to improve production, digitalization, and industrial value creation. Around 50 engineers and scientists work interdisciplinary at the site; over the past five years, more than 125 projects for industrial clients have been developed there. The facility includes a production technology center with connected machine tools and additive manufacturing systems, an electronics lab, and the RemanLab as a learning factory for remanufacturing. The project group is closely linked with the University of Bayreuth and connects applied research with direct practical transfer. For search queries like fraunhofer ipa project group process innovation, fraunhofer project group, fraunhofer ipa projects, and fraunhofer society ipa, this location is particularly relevant because it combines real infrastructure, clear research focuses, and strong collaborations. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/ueber-uns.html?utm_source=openai))

Additive Manufacturing and High Speed Sintering

Additive manufacturing is one of the most important areas of the Fraunhofer IPA Project Group Process Innovation. The official website describes the industrialization of additive processes as a guiding theme; the goal is to accompany companies from potential analysis through component optimization and process development to sustainable implementation in production and management. This is particularly evident in the area of High Speed Sintering, a process for the industrial production of complex plastic components. The approach combines high reproducibility, scalability, and a wide range of processable polymers with a clear transfer to industrial application. Together with the University of Bayreuth and voxeljet, the HSS Material Network was also initiated to accelerate the qualification of new polymer materials. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/additive-fertigung/High-Speed-Sintering.html?utm_source=openai))

For companies, this means: The Bayreuth project group works not only theoretically but with real laboratory and system competence. In the HSS area, the voxeljet VX200 HSS machine is available, whose open software and hardware architecture allows for the adjustment of parameters and process steps. This is complemented by analysis and measurement systems for material qualification as well as for process and component development. Thus, from initial proof-of-concepts, gradual industrial applications can emerge, for example, for functionally graded components, tribological or electrical property profiles, and application-specific plant concepts. Workshops and practical formats around additive manufacturing also demonstrate that the location not only generates knowledge but actively transfers it to the industry. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/additive-fertigung/High-Speed-Sintering.html?utm_source=openai))

Intelligent Value Chains and KI-noW

A second focus of the Fraunhofer IPA Process Innovation is intelligent value chains. This revolves around the question of how data, sensors, process knowledge, and industrial software can be integrated so that companies can produce more efficiently, transparently, and resiliently. The website mentions, among other things, data analytics, process and IoT competence, data collection, data homogenization, edge computing, machine learning, and artificial intelligence. The goal is not just digitalization for the sake of digitalization, but a data-driven optimization along the entire value chain. Particularly important is the path from existing systems to usable applications: The project group supports companies from conception through data foundation to implementation in ongoing operations. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/intelligente-wertschoepfungsketten.html?utm_source=openai))

With KI-noW, the project group has established its own profile for artificial intelligence in production. KI-noW stands for Artificial Intelligence for sustainably optimized value creation and brings research results from applied research into industrial practice. According to the official description, scenarios for production are developed, the benefits of AI are demonstrated, and applications for manufacturing, assembly, and support processes are shown. Seminars and workshops are also part of the offering. For Bayreuth and the surrounding industry, this is a strong signal: The project group understands digitalization as a practical tool, not as an abstract buzzword. Additionally, the location refers to a branch office in Schweinfurt, where the networking of factories with digital tools is further developed. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/ki-now.html?utm_source=openai))

Efficient Value Creation Systems and RemanLab

Anyone searching for efficient value creation systems, process optimization, or RemanLab will also land in a core area of the Bayreuth project group. The official description emphasizes the holistic and sustainable design of efficient value creation systems along the entire value chain. The focus is on production, logistics, and management processes in new part production and remanufacturing. Particularly relevant is the approach of accompanying companies from conception to implementation. This makes the location attractive for manufacturing companies looking to structure their processes, better utilize resources, or develop new business models in the area of refurbishment. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/effiziente-wertschoepfungssysteme.html?utm_source=openai))

The RemanLab is a central instrument for this. It represents the complete process chain of remanufacturing and serves as a learning environment for technical feasibility studies, best practice demonstrators, and training formats. Additionally, the project group describes project formats from feasibility studies to the introduction of remanufacturing to the optimization of existing processes. In this context, methods such as lean production, six sigma, and total productive maintenance are also used to increase efficiency and effectiveness. From an SEO perspective, this is important because search queries related to RemanLab, production, logistics, process optimization, and efficient value creation systems encounter real, reliable content here. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/effiziente-wertschoepfungssysteme/remanlab.html?utm_source=openai))

Access, Location, and Accessibility in Bayreuth

The Fraunhofer IPA Process Innovation is located at Universitätsstraße 9 in Bayreuth, in close proximity to the campus of the University of Bayreuth. The official contact page explicitly describes the location as directly opposite the university entrance. For driving directions, the A9 from Berlin or Nuremberg is mentioned up to exit 42 Bayreuth South. After that, one follows Dr.-Konrad-Pöhner-Straße and then turns into Universitätsstraße. This clear route description is particularly helpful for visitors, business partners, and participants in workshops, as it prepares for the journey without detours. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/en/kontakt.html))

The accessibility by public transport is also officially documented. From downtown Bayreuth or the main train station, bus lines 304 and 306 are referenced, which run from ZOH to the Bayreuth Uni-Administration stop. For taxi rides, the contact page mentions a distance of about 3.5 kilometers from the main train station. Specific visitor parking is not separately described on the official contact page; therefore, one should consider the current signage on site and possible campus indications for an appointment. For the SEO target group around access and parking, it is especially important: The location is easily findable, clearly connected to the campus, and accessible by both car and public transport. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/en/kontakt.html))

History, Collaborations, and Development on Campus

The history of the Fraunhofer IPA Process Innovation in Bayreuth dates back to 2006. According to Fraunhofer press releases, the project group was established in Bayreuth as a branch of Fraunhofer IPA at that time. In 2015, the opening of a new building with around 3000 square meters of space followed, after the group had grown sevenfold since its founding. At the opening, 44 employees and more than 60 student employees were mentioned; around 200 guests from politics and business attended. This development shows that the location was not created as a short-term project but as a long-term research hub with high practical relevance. ([ipa.fraunhofer.de](https://www.ipa.fraunhofer.de/de/presse/presseinformationen/2015-08-07_forschung-auf-3000-quadratmetern.html?utm_source=openai))

Today, the project group works closely with the University of Bayreuth and utilizes the proximity to the Chair of Environmentally Friendly Production Technology as a central cooperation framework. The website also mentions around 50 engineers and scientists who work interdisciplinary on production and logistics-related issues. Based on current topics, solutions for additive processes, digitalization, production management, and sustainable value creation are developed. The joint brand Produktion.Besser.Machen has also been highlighted in a press release. For search queries related to fraunhofer project group and fraunhofer society ipa, this context is crucial because the Bayreuth facility is clearly embedded in the Fraunhofer structure and closely linked to the local university landscape. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/ueber-uns.html?utm_source=openai))

Events, Workshops, and Contact

The Fraunhofer IPA Process Innovation is also a place of knowledge transfer. The website has a dedicated section for events, and current formats range from 3D workshops to additive manufacturing in practical use to KI-noW seminars. This fits well with the profile of the location, as research, demonstration, and further education come together here. For visitors, this means: Those looking for programs, workshops, or practical technologies will not find a classic cultural location here, but a transfer site with an industrial focus. The topics are clearly derivable from the search intentions: additive manufacturing, high speed sintering, process optimization, and digital transformation are conveyed in practical formats. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/de/veranstaltungen/3d-workshop.html?utm_source=openai))

The contact structure is also transparent. Among others, Jan Felix Kemnitzer is mentioned for additive manufacturing, Jan Koller for efficient value creation systems, and Frank Döpper as department head. This underscores that the project group is thematically clearly organized and inquiries can be directed specifically to the respective focuses. Those who contact the location in Bayreuth via the website or by appointment will find direct contacts for the most important research and transfer fields. For SEO and content, this combination of clear topics, real access, reliable facts, and workshop offerings is important: It makes the Fraunhofer IPA Process Innovation a credible, professionally strong, and easily understandable location profile for search engines. ([prozessinnovation.fraunhofer.de](https://www.prozessinnovation.fraunhofer.de/?utm_source=openai))

Sources:

• Fraunhofer Project Group Process Innovation - Homepage
• Fraunhofer Project Group Process Innovation - Contact
• Fraunhofer Project Group Process Innovation - About Us
• Fraunhofer Project Group Process Innovation - Additive Manufacturing
• Fraunhofer Project Group Process Innovation - RemanLab
• Fraunhofer Project Group Process Innovation - KI-noW
• Fraunhofer Project Group Process Innovation - 3D Workshop
• Fraunhofer Project Group Process Innovation - Additive Manufacturing in Practical Use