A closed-loop UniMelt upcycling program will convert 3D printing scrap back into premium powder, cutting waste and costs.
6K Additive announced at the Shot Show in Las Vegas that it has been selected as the strategic metal powder supplier for AGF Defcom. This partnership focuses on providing high-performance metal powders for AGF Defcom’s additive manufacturing (3D printing) of suppressors.
A cornerstone of this agreement is the implementation of a “closed loop” upcycling program. Using the proprietary UniMelt® microwave production system, 6K Additive will transform AGF Defcom’s manufacturing scrap—both solids and powder—back into premium metal powder. This initiative ensures a secure, 100% domestic supply chain while significantly reducing material waste and production costs.
Zoltan Kovacs, owner and CEO of AGF Defcom said, “The suppressor market is accelerating at an unprecedented pace, and our investment in additive manufacturing is driving significant interest. To succeed with this technology, high-quality powder is a non-negotiable requirement. While partnering with 6K Additive ensures a premium domestic supply, the ability to upcycle our scrap is the real game changer. We have successfully transformed what was once a logistical and financial burden into a high-value asset that directly improves our bottom line.”
The suppressor industry has entered a period of explosive growth in 2026, primarily catalyzed by the removal of the $200 federal tax stamp. This regulatory shift has unleashed significant pent-up demand, leading to an unprecedented surge in applications and a diversified market for lower-priced consumer options. Industry analysts have officially dubbed 2026 the “Year of the Suppressor,” forecasting record-breaking sales and a massive influx of first-time buyers. This high-volume environment creates a unique opening for advanced manufacturing techniques—particularly 3D printing—to scale production, even as the industry navigates potential fulfillment delays.
For more information, visit 6kadditive.com.
