3d-figo
Develops the FFD150H 3D printer and FFD process for additive manufacturing using MIM and CIM feedstock (granulate-based extrusion), enabling production of ceramic and metal components.
- CEO / Founder
- Philipp Schlautmann
- Team Size
- 1-10
- Stage
- Active
Technology & Products
Key Products
FFD150H 3D printer; FFD process technology; Print head for FFD process
Technological Advantage
Patented FFD process allows processing of ceramic and metallic granulates, enabling additive manufacturing with materials traditionally used in injection molding, potentially reducing material costs and expanding application range.
Differentiation
Value Proposition
Enables additive manufacturing of high-performance ceramic and metal components using cost-effective MIM/CIM feedstock instead of filaments, reducing material costs and expanding material options for industrial applications.
How They Differentiate
Uses granulate-based FFD process for MIM/CIM materials vs. competitors' filament-based FDM or powder-based processes; specifically targets ceramic and metal feedstock processing while others focus on standard polymers or metal powders.
Market & Competition
Target Customers
Industrial manufacturers requiring specialized additive manufacturing with ceramic and metal materials
Industry Verticals
Industrial Manufacturing; Ceramics; Metals
Competitors
EOS GmbH; Voxeljet AG; Desktop Metal
Growth & Milestones
Growth Metrics
No public information found on funding, rounds, investors, or valuation for 3d-figo GmbH; it may be too early-stage, private, or absent from databases.
Major Milestones
Founded in 2014; Developed FFD150H printer and FFD process; Featured in academic research (Advanced Science, 2021) for fused silica glass printing
Notable Customers
NASA