From file to finished part, the process doesn't change. Machine setup, material handling, and process control stay consistent on every build.
LPBF needs no hard tooling, so a design change means a new file, not a new mold or fixture.
Once a design is locked, build quality holds run after run, across both dedicated production channels.
When a part fails or goes obsolete, we print a fit-for-purpose replacement with no tooling and no long lead time.
NASA and JPL have flight-qualified this alloy for spacecraft and rover hardware. Mechanical properties meet or exceed wrought AA6061-T6, with a surface finish clean enough to use as-printed. It prints roughly 50% faster than standard AlSi10Mg.
A nickel-based superalloy for high-heat, high-corrosion service. Yield strength holds at 760°C, the same property that makes Inconel 625 a standard choice for turbine blades, heat exchangers, and other high-temperature aerospace and power-industry components.
Upload your 3D file (STEP, STL, or IGES) along with your material and quantity.
We confirm orientation, supports, and material fit, then queue your job on the right machine.
Your part is built on one of our two dedicated production channels, one for Aluminum 6061-RAM2, one for Inconel 625-RAM2.
Once printed, parts are removed from the build plate and checked before they ship.
Your part ships out, whether it's a single prototype or a full production run.
