ServiceKöthen, GermanyFounded 1991· One of 2012 Service companies tracked by AMPulse
University focused on engineering innovation including additive manufacturing and production technologies
CEO / Founder
Prof. Dr. Jörg Bagdahn
Team Size
501-1000
Stage
Active
Total Funding
$34.5M
Latest Round
Grant
Key Investors
State of Saxony-Anhalt, European Union (ERDF, ESF+, JTF)
Technology & Products
Key Products
Research in 3D-printed ceramics; Large-format FGF 3D printing with PLA cellulose composites (Materiability Research Group); SpaceLab: CAD/CAM and 3D printing facilities with Rhino 3D, 3D scanners, 3D printers, CNC equipment; ego.-INKUBATOR CAx: startup incubator with mechanical engineering workshop and digital fabrication equipment; FOUND IT! Gründerzentrum: startup support and mentoring
Technological Advantage
VERIFIED: Multidisciplinary additive manufacturing research institution with documented focus on 3D-printed ceramics and large-format FGF 3D printing using bio-based, sustainable materials. Operates FOUND IT! startup incubator program providing pre-seed support (€2,400 max grants, mentorship, facilities) specifically for AM entrepreneurs. Research expertise across multi-material systems. CLAIMED advantages: advanced material science capabilities and process innovation. Specific defensible IP (patents, trade secrets) not publicly identified in available sources.
Differentiation
Value Proposition
Research infrastructure, AM/3D printing education, and startup incubation through ego.-INKUBATOR CAx and FOUND IT! Gründerzentrum
How They Differentiate
Application-oriented research combining education with practical innovation; focus on large-format additive manufacturing and bio-based sustainable materials; integrated student learning through real research projects
Market & Competition
Target Customers
Students, Researchers, AM Entrepreneurs
Industry Verticals
Research; Education; Startup Support
Competitors
University of Stuttgart; University of Paderborn; Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU)
Growth & Milestones
Growth Metrics
Approximately 7,000 students enrolled (including 2,500 international students); approximately 501 employees; operates three specialized campuses
Major Milestones
Founded 1991; Established as public vocational university during post-reunification reorganization of higher education in eastern Germany; Developed into one of the strongest research universities in Saxony-Anhalt state
Hochschule Anhalt positions itself as a research university in Saxony-Anhalt with a practical orientation toward additive manufacturing. Founded in 1991 during the post-reunification reorganization of eastern German higher education, it now enrolls roughly 7,000 students, including 2,500 international students, and operates three campuses. Its AM-related work spans metal, polymer, and ceramics processes, with a distinctive emphasis on large-format fused granular fabrication (FGF) using bio-based materials.
The Materiability Research Group investigates large-format FGF 3D printing with PLA cellulose composites under the New European Bauhaus framework, combining digital modeling, simulation, and material efficiency for furniture design. The university also conducts research in 3D-printed ceramics and operates SpaceLab, a CAD/CAM and 3D printing facility equipped with Rhino 3D, 3D scanners, 3D printers, and CNC tools. These facilities support both academic projects and applied research in multi-material systems.
Beyond research, Hochschule Anhalt runs two startup incubation programs. The ego.-INKUBATOR CAx provides a mechanical engineering workshop and digital fabrication equipment for AM entrepreneurs. The FOUND IT! Gründerzentrum offers pre-seed support including grants up to €2,400, mentorship, and facilities. These programs are funded by the State of Saxony-Anhalt and European Union structural funds (ERDF, ESF+, JTF), with total reported funding of $34.5 million.
The university competes with other German technical universities such as the University of Stuttgart, University of Paderborn, and FAU Erlangen-Nürnberg. Its differentiation lies in application-oriented research that integrates student learning with real projects, a focus on sustainable large-format AM, and a structured pathway from research to startup. A key partnership with the New European Bauhaus initiative reinforces its commitment to circular design and bio-based materials. No specific patents or defensible IP were identified in available sources.