SCALE
BEYOND
HARDWARE
Arc Impact delivers a production grade additive manufacturing platform, combining binder jetting and advanced polymer technologies to restore industrial capacity through speed, precision, and material breadth across metals, ceramics, and polymers
WHAT IS AM2 PRODUCTION?
A platform designed to move 3D printing from rapid prototyping to high volume, production grade manufacturing
THE PROBLEM
For most businesses, additive manufacturing carries real adoption risk — unproven at volume, hard to qualify, and difficult to justify without a clear path from prototype to certified production part
THE SOLUTION
AM2 Production systematically de-risks adoption, providing qualification support, validated process data, and a managed pathway from first article through serial production, so businesses can move forward with confidence
OUR THREE CORE PILLARS
Scalable, Area-Wide Technology
Metals, Ceramics & Polymers
AM2 Production Services
Cradle-to-grave support from materials selection through full scale serial production
WHY BINDER JET & ADVANCED POLYMERS
Four reasons additive wins at scale
01
Complexity is a value driver
02
Faster time to market
Designs move from prototype to production rapidly, without tooling delays or retooling costs between iterations
03
Flexible production
No machine-specific setups. Multiple shapes, revisions, or part families in a single run - scale up or pivot without penalty
04
Supply chain resiliency
Distribute manufacturing and update designs close to production without retooling - derisk your supply chain at every tier
THE AM2 PRODUCTION PROCESS
A clear roadmap from concept to production
01
Evaluate
Evaluate a sample or benchmark your part against existing methods
02
Optimize
Optimize your design for manufacturability, performance, and cost
03
Validate
04
Produce
05
Scale
White glove sustaining packages to scale with confidence
We don't stop at the as printed part
We manage the entire process, coordinating upstream materials selection and design optimization, and downstream machining, finishing, and quality assurance, to deliver the final product, not just a 3D printed component
Materials selection
Process qualification
Machining & finishing
Quality assurance
THE FINAL PART COMMITMENT
