Impact Innovations
Develops high-pressure cold spray systems for industrial metal coating and additive manufacturing, enabling rapid production of dense metal components.
- CEO / Founder
- Leonhard Holzgaßner, Andreas Gropp, Dr. Sascha Bernhardt (Co-CEOs)
- Team Size
- 11-50
- Stage
- Active
- Latest Round
- Venture Round
- Key Investors
- DEDIQ
Technology & Products
Key Products
Impact Innovations offers modular EvoCSII Cold Spray Systems, including the Impact Gun 6/11 AH EvoCSII and an axial cold spray gun. They also provide EvoOS Cold Spray Additive Manufacturing control software. Their systems are used for metal coatings and additive manufacturing across various industries including aviation, aerospace, and electrical.
Technological Advantage
Proprietary high-pressure cold gas spraying technology capable of industrial series production; protected by multiple patents for guns, injectors, and specific applications like brake discs.
Differentiation
Value Proposition
Provides Industry 4.0-ready cold spray systems that enhance process monitoring and efficiency, allowing for industrial-scale metal additive manufacturing and surface repair across 70+ countries.
How They Differentiate
Self-described global technology leader in industrial high-pressure cold spray; systems are Industry 4.0-ready with enhanced process monitoring and >20 years of expertise.
Market & Competition
Target Customers
Industrial users in electrical, aircraft repair, and additive manufacturing sectors.
Industry Verticals
Electrical; Aerospace; Automotive; Additive Manufacturing; Surface Coating
Competitors
Spee3D; Titomic; VRC Metal Systems
Growth & Milestones
Growth Metrics
Operations in >70 countries; revenue ~$5.7M (unverified estimate); tripled manufacturing/office capacity in 2022.
Major Milestones
2000: Cold spray development start; 2010: Formal founding; 2015: Industrial series production/additive manufacturing start; 2019: DEDIQ investment; 2021: EvoCSII sales launch; 2022: Tripled manufacturing/office capacity
Notable Customers
Fraunhofer IFAM; Helmut Schmidt University; National Research Council Canada (NRC); Airbus; Linde