High strength-to-weight ratio and corrosion resistance for defense, aerospace and medical applications.
High-temperature alloys designed for demanding environments in energy, aerospace, and propulsion applications
High wear resistance and edge retention for tooling, fixtures, and high stress production components
Corrosion-resistant steels suitable for industrial hardware, tooling, and structural components.
Uniform, Isotropic Shrink - By Design
Dimensional accuracy is not a "nice to have" in metal additive. For most OEMs, it's the gating factor between prototyping and real production. This is where Cold Metal Fusion (CMF) is fundamentally different.
CMF parts shrink isotropically during de-binding and sintering. That means the geometry scales down evenly in all directions, rather than warping, drifting, or distorting unpredictably.
The result is parts that come out of the furnace where you expect them to be - without guesswork, excessive offsets, or iterative tuning.
CMF extends standard SLS printers beyond polymers, enabling metal part production on open, non-proprietary platforms—without buying a new machine or locking into a single vendor ecosystem.
From compact SLS systems to industrial scale systems ––
Cold Metal Fusion gives teams flexibility across brands, budgets and production scales.
