ODeCon
Develops high-speed metal 3D printers using laser cladding (DED) technology for additive manufacturing, post-processing, and coating of metal components in a single work step.
- CEO / Founder
- Oliver Schulte
- Team Size
- 1-10
- Stage
- Active
- Total Funding
- $1.2M
- Latest Round
- Crowdfunding
- Key Investors
- FunderNation (crowd investors)
Technology & Products
Key Products
adAM series metal 3D printers; adAM-BASE entry-level model; Special-purpose machines; Automation solutions; Software for control and monitoring
Technological Advantage
Proprietary high-speed laser cladding process achieves faster build speeds than traditional powder-bed fusion, with flexibility for multi-function operations (manufacturing and post-processing).
Differentiation
Value Proposition
Reduces lead times and enables on-demand production with a 5-axis system that can additively manufacture, post-process, and coat parts, offering flexibility not available in traditional powder-bed or binder-jetting systems.
How They Differentiate
3x faster build speed than traditional powder-bed systems with a 5-axis DED process that enables simultaneous manufacturing and post-processing, reducing lead times and offering greater flexibility for complex geometries.
Market & Competition
Target Customers
Companies in mechanical engineering, tool and mold making, dental technology, automotive, and aerospace
Industry Verticals
Mechanical Engineering; Tool and Mold Making; Dental Technology; Automotive; Aerospace
Competitors
EOS GmbH; SLM Solutions; Renishaw
Growth & Milestones
Growth Metrics
ODeCon launched the adAM-BASE entry-level model for medium-sized enterprises and expanded sales in Baden-Württemberg.
Major Milestones
Development of world's fastest metal 3D printers using laser welding technology; Introduction of adAM-BASE entry-level model in 2024; Expansion of sales in Baden-Württemberg
Recent coverage of ODeCon
AM patents
AM-relevant patents linked to this company.
- Patents
- 3
- Granted
- 0
- Families
- 3
Leading domains: equipment (3), material (3), process (2)
Filings by year: 2022: 3
- CNC MACHINE, DRIVE AND METHOD FOR MACHINING A WORKPIECE20250242412 · US
- CNC MACHINE, DRIVE AND METHOD FOR MACHINING A WORKPIECE2023165924 · WO
- CNC MACHINE, DRIVE AND METHOD FOR MACHINING A WORKPIECE4486533 · EP
Funding rounds
- Crowdfunding€578K2026-03Source: FunderNation
- Crowdfunding€508K2021Source: FunderNation