A Ph.D. candidate from RMIT University in Melbourne, Australia, has been awarded a $15,000 prize for developing a 3D-printed steel tool capable of cutting titanium alloys as well as—if not better than—traditionally manufactured steel tools. The achievement marks a first and could pave the way for increased applications of 3D printing in tool production.
Products January 22, 2026 Higher payload pallet system integrates large machining centersFastems’ higher payload version of its Flexible Pallet System (FPS) is designed to integrate larger machining centers. FPS is a modular aut…
Products January 19, 2026 Turning center with Y-axisThe Tsugami M08SY turning center performs highly complex machining such as turning, drilling, boring, cross-drilling and CNC milling.Th…
Products January 16, 2026 A 5-axis vertical machining center for complex partsAs a solid “first step” into 5-axis machining for some shops, Mazak’s VARIAXIS C-600 offers four spindle options that allow shops to find t…
Products January 16, 2026 Tool series optimized for aluminum and non-ferrous metal machiningThe DLC-coated DS2000 Series tooling from Tungaloy Corporation has been optimized for aluminum and non-ferrous metal machining, and the com…
