MELD Manufacturing is the Original Equipment Manufacturer (OEM) and inventor of the Additive Friction Stir Deposition (AFSD) process and its equipment. In 2006, we created Additive Friction Stir Deposition, a revolutionary metal 3D printing process that builds parts without melting. The result is stronger and more reliable components with unmatched performance. Now we produce the machines that make the process possible. Today, we are the only OEM that offers purpose-built AFSD machines trusted by leaders in aerospace, space, and defense to solve critical manufacturing challenges. With over a dozen patents and systems installed worldwide, our technology is redefining what’s possible in metal manufacturing.
American Based, American Made
MELD is a U.S. based company committed to American-made products. MELD supports national interests, domestic manufacturing, and is a proud supporter of the United States military.
MELD Machines
The MELD machines are purpose-built for our AFSD process, offering unmatched capabilities in solid-state metal additive manufacturing. Each machine meets the demands of high-performance industries via strength, scalability, and precision. With 4 distinct models, we provide a variety of solutions for building, repairing, and joining metal components, enabling superior material properties and performance.
Build
MELD is the first additive manufacturing process that enables the solid-state deposition of metals, producing near-net shape parts with forged properties, and reducing lead times while maintaining material properties.
Repair
Our process enables local teams to repair damage, wear, cracks, pitting, and other conditions that require material to be added, replaced, or improved.
Add
MELD can add features, such as attachment points, rib stiffeners, flanges, and features that are difficult to incorporate in a casting or extrusion operation.
Join and Coat
MELD offers a unique solution for joining a wide range of metals with little to no distortion. Our coating process creates a metallurgical bond between the coating and the part that is so powerful, it can’t be broken even under extreme stress
Additional Machinery and Services
Design Contest
