Arc Impact Launched Aerospace Production Framework
The company introduced a new binder jet production framework to stabilize manufacturing workflows in aerospace and defense.
Updated on Oct. 12, 2026 in Manufacturing
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Arc Impact has launched its AM2 Production framework, a specialized system designed to streamline binder jet manufacturing for aerospace and defense projects. The system targets instability in production workflows that often lead to program failures.
Why it matters
Many aerospace and defense programs struggle because the workflows surrounding individual parts lack the stability required for validation. By implementing this structured four-stage framework, manufacturers can better manage production from material selection through the final finishing steps.
The AM2 Production framework integrates four distinct stages including benchmarking, workflow optimization, validation, and scale-up. Live Suite software supports this process by tracking tolerances and managing dimensional performance post-sintering.
The players
Arc Impact
This is a technology company that develops additive manufacturing hardware and software solutions for industrial applications.
HP
This is a multinational technology corporation known for its hardware, printing, and 3D manufacturing systems.
Indo-MIM
This is a global provider of metal injection molding and advanced manufacturing services.
The details
The framework utilizes the company's X-Series printer line, specifically the X25Pro and X160Pro systems, to process metal and ceramic materials like silicon carbide. These systems are designed for high-temperature thermal management applications and space-based optics.
Timeline
In 2023, HP and Indo-MIM partnered to scale metal binder jetting technology using Metal Jet S100 systems.
The AMA: Software 2026 event is scheduled for October 22, 2026.
Market Landscape
This release follows the trend of industry-wide efforts to scale binder jetting, such as the 2023 HP and Indo-MIM partnership for metal binder jetting. It reflects a broader movement to move 3D printing from prototyping toward stable, validated serial production.
The introduction of this framework means aerospace contractors may see improved production timelines and part consistency for high-temperature components. Clients can expect better tolerance tracking through the use of integrated scan-based correction software.
The takeaway
Manufacturers should prioritize the integration of software and hardware to address post-sintering deformation before beginning high-volume production. Stabilizing the entire workflow from powder selection to finish is essential for the successful validation of aerospace-grade parts.
What happens next
The AMA: Software 2026 event is scheduled to host presentations and panels on October 22, 2026.
Further reading
For more information, visit the Manufacturing section to explore industry trends.
Source note: This article includes information reported by 3D Printing Industry.
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