Guide to Sintering in the MIM Process: Key Factors for Manufacturing the Perfect Part.
Sintering within the MIM process is the thermomechanical stage in which the final densification of the part takes place, its microstructure is consolidated, and its final geometry is established. Ultimately,…
MIM Technology in Next-Generation Surgical Instruments: Redefining the Future of Surgery
Today’s surgery demands increasingly smaller and more precise surgical instruments, with more complex kinematics and ever tighter functional tolerances In this context, for manufacturers of surgical instruments and surgical robots,…
MIM in Consumer Electronics: Shaping the Hardware We Use Every Day
Every time we unlock our smartphone, adjust the volume of our wireless headphones, or check the time on a smartwatch, we are interacting with high-precision metal components that, in all…
REPTiS Project: Key advances in the development of a sustainable European Titanium supply chain
ALFA MIMTECH strengthens its position as a leader in MIM technology through its participation in REPTiS, the ambitious European project that seeks to revolutionize the production of alloyed titanium powders…
