3D printing technology employs selective laser melting (SLM) to directly form complex parts layer by layer by fusing titanium alloy powder (such as Ti-6Al-4V) with a high-energy laser. This eliminates the waste associated with traditional machining, boosting material utilization by 90%. With titanium as the skeleton and 3D printing as the blade, it redefines the limits of industrial structures. Seamless monolithic construction delivers strength-to-density ratios surpassing conventional methods, achieving both lightweighting and durability. This creates true “industrial skeletons” for aerospace, cycling, and high-end equipment.
Titour crafts premium titanium alloy bicycle frame components for cycling enthusiasts. These 3D-printed parts serve as critical connectors for Titanium Bike Frames, including headsets, seat clusters, and bottom brackets/yokes.
When aerospace-grade materials meet digital precision engineering, they redefine the benchmark for cycling mechanics.
Complex structure, one-piece molding
Lightweight and tough, hardcore reliability
