The core competitiveness of mold manufacturing ultimately comes down to machining capability, and high-end equipment is the cornerstone of ultra-precision machining. The Top Fame (V1 Industry Group) has built a machining matrix centered on MAKINO high-end CNC equipment, equipped with 5 MAKINO machining centers, including 1 V90S five-axis simultaneous machining center and 4 F5 high-performance CNC machining centers, with overall machining precision stably reaching ±0.005mm. Among them, the F5 models feature high rigidity and high efficiency, suitable for machining core components such as automotive molds and precision electronic molds; the V90S, as the flagship five-axis model, fills V1's technical gap in high-difficulty complex structure mold machining, providing top-tier hardware support for ultra-precision manufacturing.

Compared to traditional three-axis machining, five-axis simultaneous technology completely breaks through the machining limitations of spatial surfaces and irregular structures. The V90S five-axis machining center achieves simultaneous linkage of X, Y, Z linear axes and A, C rotary axes, allowing the machining head to approach the workpiece from any angle, precisely reproducing the design intent of integrated structures and complex surfaces. This technology also enhances the capability to handle difficult-to-cut materials, efficiently machining high-strength mold steel and cemented carbide to improve mold durability. Multiple processes can be completed in a single setup, eliminating precision deviations caused by repeated setups and significantly shortening delivery cycles.

V1 adheres to the deep synergy of "equipment + process" rather than simply stacking hardware. Professional operation and process R&D teams, trained by the original manufacturer, can customize machining processes and parameters based on material, structure, and precision requirements. CAD/CAM software is deeply integrated with MAKINO machining centers, achieving seamless conversion from design data to machining instructions. With the introduction of AI simulation technology, the entire process can be simulated before machining, preemptively avoiding precision deviations and tool collision risks, significantly reducing trial-and-error costs. The deep integration of equipment, processes, and digital technology ensures that every machine continuously delivers optimal performance.

Facing the trend of industry technology upgrades, V1 will continue to invest in high-end equipment and core process R&D, continuously enhancing ultra-precision machining capabilities, undertaking high-difficulty and high-precision mold projects, and providing solid process support for global high-end manufacturing.