About Us
In late 2025, our team entered a transformative new chapter as Arc Impact Acquisition Corporation. By integrating industry-leading binder jetting and polymer technologies, we have launched an advanced manufacturing platform designed to restore industrial capacity through speed, precision, and intelligence. Today, our goal is to drive the future of serial production across metals, ceramics, and advanced polymers. Our strategy for delivering this future is built on three core pillars:
Scalable, Area-Wide Technology
The foundation of our platform is area-wide 3D printing, specifically Binder Jetting and area-wide photopolymer technologies. These technologies deliver the throughput and cost-per-part required to compete directly with conventional manufacturing. By moving beyond prototyping, Arc Impact provides high-volume production tools that offer the tolerances and surface finishes to modern industry demands.
Metals, Ceramics & Advanced Polymers
Arc Impact pairs hardware with a category leading portfolio of durable materials. As leaders in metal and ceramic additive manufacturing, we deliver everything from standard steels to exotic alloys and carbides. In the polymer space, Arc Impact is unleashing new value with DuraChain™ resilient photopolymers and our revolutionary FreeFoam™ technology, enabling lightweight, high-performance cushioning and structural components without the need for traditional tooling.
AM2 Production Services
Arc Impact recognizes that shifting from traditional manufacturing to additive processes is a strategic evolution that requires more than just a machine. This is where our AM2 Production adoption services come in. AM2 Production is a collaborative, custom-built program designed to ensure your success, both technically and economically. Through this partnership, we work alongside your teams to qualify parts, validate business cases, and derisk the transition to digital manufacturing.
OUR STORY
From research lab to production floor
Arc Impact was founded on a simple observation: additive manufacturing had solved the prototype problem, but often stalled at the threshold of serial production. Point-by-point processes could not compete with casting and machining at volume.
We built the company around area-wide additive manufacturing technology and a vertically integrated materials science capability, then offered our expertise to be the R&D and process development that helps customers derisk and adopt these advanced manufacturing technologies