Metal Base Debuted a LPBF System
Edited by Debra John — April 15, 2026 — Tech
This article was written with the assistance of AI.
References: 3dprint
Dutch startup Metal Base introduced an ultra-low-cost metal laser powder bed fusion (LPBF) system engineered by Tom Bakker, debuting a value-engineered machine priced under $10,000 and featuring a direct path to the powder bed and enhanced airflow. The Kickstarter-backed launch validated early demand: six beta units had already run at customer sites and homes before the public campaign funded further builds.
The system’s design emphasized cost reduction and practical operation, enabling a compact powder bed workflow and streamlined airflow management to support layer-based metal fusion. Metal Base met and exceeded its crowdfunding target, enabling initial production and iterative refinement.
For makers and small shops, this matters because it lowers the financial barrier to metal LPBF, expanding access to part prototyping and low-volume production while shifting desktop AM expectations. If safety protocols and materials handling scale with adoption, these machines could broaden the user base for metal additive manufacturing and spark further competitive innovation.
Image Credit: Metal Base
The system’s design emphasized cost reduction and practical operation, enabling a compact powder bed workflow and streamlined airflow management to support layer-based metal fusion. Metal Base met and exceeded its crowdfunding target, enabling initial production and iterative refinement.
For makers and small shops, this matters because it lowers the financial barrier to metal LPBF, expanding access to part prototyping and low-volume production while shifting desktop AM expectations. If safety protocols and materials handling scale with adoption, these machines could broaden the user base for metal additive manufacturing and spark further competitive innovation.
Image Credit: Metal Base
Interest in Sub-$10K Desktop Metal 3D Printing
Helps forecast near-term adoption, upgrades, and content focus around low-cost metal LPBF tools for makers and small shops.
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When was the last time you used any metal 3D printing service or machine?
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How likely are you to try metal LPBF?
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If buying a metal 3D printer soon, which would you choose?
Trend Themes
1. Ultra-low-cost Metal LPBF - Sub-$10,000 metal LPBF machines create the potential for distributed, desktop metal part production that undermines reliance on expensive centralized printers.
2. Desktop Additive Manufacturing Democratization - A shift toward compact, value-engineered metal printers is broadening access to prototyping and low-volume production beyond traditional machine shops.
3. Crowdfunded Industrial Hardware - Validated consumer demand via Kickstarter indicates a new pathway for capital-efficient commercialization of specialized manufacturing equipment.
Industry Implications
1. Small-scale Manufacturing - Affordable LPBF units could enable microfactories and home-based shops to produce functional metal components formerly exclusive to larger manufacturers.
2. Tooling and Rapid Prototyping - Lower-cost metal fusion systems promise faster iteration cycles for custom tooling and short-run production that compresses design-to-part timelines.
3. Materials Handling and Safety Services - Wider deployment of desktop metal printers creates demand for specialized powder management, ventilation, and compliance solutions tailored to smaller operators.
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