Skip to main content

cunova

MaterialsOsnabrück, Germany· One of 961 Materials companies tracked by AMPulse

Manufactures high-purity, gas-atomized copper and copper alloy powders optimized for metal additive manufacturing processes like LPBF, DED, and binder jetting.

CEO / Founder
Christoph Geyer
Team Size
1001-5000
Stage
Subsidiary
Total Funding
Subsidiary
Latest Round
Strategic Investment
Key Investors
KME Germany; Paragon Partners; SDCL EDGE Acquisition Corp

Technology & Products

Key Products

cunova offers a broad portfolio of specialized copper products, including moulds and casting wheels, CuNi piping systems, OSNALINE® tubes and tube bundles, and high-purity, gas-atomized copper and copper alloy powders optimized for metal additive manufacturing processes.

Technological Advantage

CLAIMED: Tailored powder specifications for LPBF, DED, and binder jetting with superior conductivity and density. VERIFIED: Validated process parameters with RWTH Aachen University for PBF-LB/M pure copper hairpin stators. DEFENSIBLE: Proprietary gas atomization and sieving/air separation processes, backed by established metallurgical IP and trade secrets.

Differentiation

Value Proposition

Delivers customizable, high-flowability copper powders that enable 3D printing of complex, high-thermal/electrical conductivity parts, reducing prototyping lead times and enabling on-demand production of specialized heat exchangers, stators, and RF components.

How They Differentiate

Unlike generalist metal powder suppliers, cunova leverages specialized copper metallurgy heritage to offer highly customized alloy compositions and validated process parameters specifically for high-conductivity AM applications, achieving superior purity and flowability compared to standard commercial copper powders.

Market & Competition

Target Customers

Industrial manufacturers, aerospace, automotive, and electronics companies requiring high-conductivity AM components

Industry Verticals

Electronics; Aerospace & Defense; Automotive; Industrial Manufacturing; Energy

Competitors

LPW Technology; Sandvik Osprey; TLS Technik

Growth & Milestones

Growth Metrics

Over 1,450 employees globally; 5 production sites in Europe and USA; serves 500+ customers across multiple industrial sectors.

Major Milestones

Announced SPAC merger with SDCL EDGE Acquisition Corp (Feb 2024); Appointed Christoph Geyer as CEO (Apr 2025); Established Service Division as fourth business pillar (Apr 2023); Validated pure copper powder for PBF-LB/M with RWTH Aachen

Notable Customers

RWTH Aachen University (DAP); Major steel producers (for non-AM divisions); Industrial electronics manufacturers

Why this company matters

Cunova occupies a narrow but critical niche in metal additive manufacturing: high-purity copper and copper alloy powders. Unlike generalist metal powder suppliers, the company draws on over a century of metallurgical expertise from its KME heritage to control powder morphology, purity above 99.9%, and flowability. This enables AM production of complex parts with superior thermal and electrical conductivity.

The core offering is gas-atomized copper powders optimized for LPBF, DED, and binder jetting. Cunova provides customized alloy compositions and validated process parameters, including a verified collaboration with RWTH Aachen University for PBF-LB/M pure copper hairpin stators. The proprietary gas atomization and sieving/air separation processes create a defensible moat around powder consistency.

Target customers include industrial manufacturers, aerospace, automotive, and electronics firms requiring high-conductivity AM components such as heat exchangers, stators, and RF components. Notable partners include RWTH Aachen and the KME Group. The company employs over 1,450 people across five production sites in Europe and the US, serving more than 500 customers.

Cunova's competitive risk lies in the narrowness of its focus: copper AM powders remain a smaller segment relative to titanium or nickel alloys. However, its deep metallurgical IP and validated process parameters for high-conductivity applications create a defensible position against generalist competitors like Sandvik Osprey and LPW Technology.