FuseLab
A Belgian additive manufacturing startup that develops industrial-grade FFF 3D printers featuring a patented rotary extrusion technology for metal, ceramic, and high-performance polymers.
- CEO / Founder
- Jonathan Palmaers
- Team Size
- 2-10
- Stage
- Commercial
- Total Funding
- Undisclosed
- Latest Round
- Grant
- Key Investors
- VLAIO (Flanders Innovation & Entrepreneurship)
Technology & Products
Key Products
["FL300M: Industrial 3D printer optimized for metal and ceramic filament processing.","FL450p: High-temperature polymer 3D printer featuring a 100°C heated chamber for technical materials like PEEK and PEI.","Patented Rotary Extruder: A proprietary hardware component designed to handle technical filaments with high precision and zero material degradation.","FuseLab Print Management Software: Integrated slicing and monitoring solutions for industrial workflows."]
Technological Advantage
Enables the production of high-density metal and ceramic parts using a cost-effective FFF (Fused Filament Fabrication) workflow. Their technology allows for higher extrusion forces and more consistent flow rates compared to traditional extruders, which is critical for the debinding and sintering process.
Differentiation
Value Proposition
Eliminates the reliability issues of traditional gear-driven extrusion by using a patented rotary system that prevents filament grinding and slipping, specifically optimized for brittle, highly-filled metal and ceramic materials.
How They Differentiate
FuseLab differentiates through its patented 'Rotary Extruder' technology. Unlike competitors that use dual-gear drive systems which can grind or snap brittle, highly-filled metal and ceramic filaments, FuseLab’s system grips the filament around its entire 360° circumference, ensuring consistent extrusion without material degradation.
Market & Competition
Target Customers
Industrial manufacturing firms, R&D laboratories, aerospace and automotive engineers, and medical device manufacturers.
Industry Verticals
["Aerospace & Defense","Automotive","Tooling & Industrial Manufacturing","Medical & Dental","Research & Academia"]
Competitors
Markforged (Metal X System); Desktop Metal (Studio System); Raise3D (Forge1)
Growth & Milestones
Growth Metrics
Transitioned from R&D phase (2014-2018) to commercial stage with two active industrial printer lines (FL300M and FL450p).
Major Milestones
["2018: Official founding of FuseLab 3D after 4 years of R&D.","2021: Global debut of the patented Rotary Extruder at Formnext.","2022: Commercial launch of the FL300M for metal and ceramic printing.","2023: Expansion of product line with the FL450p high-temperature polymer printer.","2024: Established technical partnership with Innoptus for CAD/PLM integration."]
Notable Customers
Innoptus; KU Leuven; Various European R&D Laboratories