The core competitiveness of mold manufacturing ultimately depends on machining capability, with high-end equipment serving as the foundation for ultra-precision processing. As the industry shifts toward equipment-driven competitiveness in 2026, V1 has deployed a premium CNC matrix centered on Japanese Makino machining centers. This setup enables efficient processing of complex surfaces, hard-to-cut materials, and ultra-precision components, establishing a solid hardware foundation for advanced mold manufacturing.

Makino High-End CNC Matrix: Delivering Stable ±0.005mm Precision

V1 operates five Japanese Makino CNC machining centers, including one V90S 5-axis simultaneous machining center and four F5 high-performance CNC units, maintaining a consistent machining precision of ±0.005mm. The four F5 centers are engineered for precision mold manufacturing, offering high rigidity and efficiency for core components in automotive and precision electronic molds. The V90S flagship 5-axis system fills critical gaps in V1’s capability to handle highly complex structural molds, providing top-tier hardware support for ultra-precision applications.

5-Axis Simultaneous Machining: Breaking Design Boundaries in Mold Manufacturing

Compared to traditional 3-axis machining, 5-axis technology eliminates spatial and geometric constraints. The V90S synchronizes X, Y, Z linear axes with A, C rotary axes, allowing the cutting head to approach the workpiece from any angle. This capability delivers three key breakthroughs: enhanced design freedom for accurately reproducing integrated structures and complex curves; improved handling of hard-to-cut materials like high-strength mold steels and carbides, extending mold lifespan; and optimized efficiency through single-setup multi-process machining, which eliminates cumulative tolerance errors from repeated clamping and accelerates delivery.

Equipment & Technology Integration: Maximizing Hardware Value

V1 prioritizes the synergy between advanced machinery and process engineering rather than mere equipment accumulation. Our specialized operations and R&D team, trained by the manufacturer, customizes machining processes and optimizes parameters based on material, structure, and precision requirements. Seamless integration between CAD/CAM software and Makino centers converts design data directly into machining commands, shortening the design-to-production cycle. Additionally, AI simulation technology is deployed to pre-validate machining processes, proactively preventing tolerance deviations and tool collisions, thereby reducing trial costs and boosting overall efficiency.

As industry technology accelerates, V1 will continue investing in premium equipment and core process R&D. By deepening the integration of machinery, engineering, and digital tools, V1 aims to enhance ultra-precision machining capabilities, take on more high-difficulty, high-precision projects, and provide robust manufacturing support for global high-end industries.