Fonon Offers 3D Metal Additive Manufacturing Systems Optimized for Specific Metal NANO-Powder

Fonon Corporation’s 3D metal additive manufacturing systems are designed around the end-user’s application optimized for a specific metal NANO-powder. Each 3D FUSION™ system incorporates application specific laser beam shaping techniques and temperature processing profiles to address the unique density, melting point and thermal expansion properties of the end-user’s desired metal material.

With new processing innovations, end-users reduce the risk of undesirable anomalies like micro-fractures or inconsistent variations from unit-to-unit. Coupled with Fonon’s proprietary FiberFUSE™ additive manufacturing laser, end-users have new tools to control density and beam-spot size with the industry’s fastest through-put rate with laser wattages up to 2KW.

NANO-powder metals have different densities, melting points and thermal expansion rates. The technical specification and quality requirements of each industry application is different. Each of Fonon’s 3D FUSION™ metal printing systems are optimized for the desired metal type designed around the unique requirements of each end-user’s application from a bottom’s up approach matching the dynamics of the application to the best-fit 3D printing technique. Fonon’s 3D FUSION™ systems with laser beam shaping and temperature processing profiles coupled with the industry’s first FiberFUSE™ additive manufacturing laser provide pioneering technology advancements ensuring the consistent, uniform melting of the metal NANO-powder while improving long-term product reliability.