Automated Powder Systems Debut for EOS SLS Printers
Owners of EOS SLS printer fleets can now automate material replenishment to reduce manual labor and powder exposure.
Updated on Oct. 21, 2026 in Manufacturing
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AM Solutions has launched a new Direct Feeding System and Powder Management System designed to automate polymer 3D printing workflows. These systems, compatible with EOS SLS printers, aim to reduce manual labor and staff exposure to printing powders.
Why it matters
By automating the movement of 3D printing powder, these systems address persistent operational bottlenecks and safety concerns regarding material handling. For operators of EOS fleets, this transition from manual to automated supply chains can increase efficiency and output consistency.
The Powder Management System can supply up to four EOS SLS printers from dual 180-liter containers. The Direct Feeding System, which underwent 10 months of internal production testing, supports powder transport through 15 meters of aluminum piping.
The players
AM Solutions
An industrial equipment manufacturer specializing in automated post-processing and material handling solutions for additive manufacturing.
EOS
A global leader in industrial 3D printing technology, providing the SLS printer hardware compatible with the new systems.
The details
The Direct Feeding System integrates with existing F1 powder handling controls and pumps to move material directly to the printer. The Powder Management System handles high-volume requirements by automatically switching between containers once one is empty. These systems are engineered to eliminate manual powder transfer, which minimizes the operator exposure that traditionally occurs during replenishment tasks.
Timeline
The Direct Feeding System underwent ten months of internal production testing.
The new systems debut at the Formnext trade show in November 2026.
Market Landscape
This release extends the capabilities of the F1 powder handling system into fully automated printer integration. It follows a decade-long industry trend of shifting from manual powder management toward centralized, automated material handling.
Operators running EOS SLS printer fleets should evaluate whether the reduction in manual labor hours justifies the infrastructure investment required to install aluminum piping. Consider how automating material replenishment could impact your current safety compliance protocols for powder exposure.
The takeaway
Automating powder delivery is a primary lever for increasing facility throughput and minimizing material handling hazards. Operators should review their current printer utilization rates to determine if a centralized feeding system offers a viable return on investment for their production volume.
What happens next
The systems are scheduled to make their official public debut at the Formnext trade show in November 2026.
Further reading
For broader trends in production automation, see Manufacturing.
Source note: This article includes information reported by 3D ADEPT MEDIA.
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