The manufacturing of precision molds demands extreme accuracy and long-term stability, which serve as core competitive advantages. As the industry accelerates toward digitalization and intelligence, ultra-precision machining capability has become a key benchmark. Achieving 0.004mm precision represents V1’s technological answer in automated manufacturing. By deploying high-end automated machining lines, V1 ensures standardized, stable, and efficient ultra-precision processing for demanding mold applications.

Automated Machining Lines: Solving the Industry’s Precision Stability Challenge

Traditional mold machining often suffers from precision fluctuations due to human operation variables. To address this, V1 has deployed three semi-automatic electrode machining units, each equipped with two FANUC CNC centers and robotic manipulators, forming a 24/7 intelligent unmanned production line. This setup minimizes human intervention by executing every step through standardized programs. Robotic arms handle loading, machining, and transfer automatically, eliminating operational inconsistencies. Currently, V1 consistently achieves 0.004mm machining precision and sustains 0.005mm-level high-precision output long-term.

24/7 Unmanned Production: Dual Enhancement in Efficiency and Delivery

Automation not only elevates precision but also optimizes production efficiency and delivery capabilities. Operating continuously without downtime increases production efficiency by over 30%. Standardized workflows and uninterrupted operations make delivery timelines highly predictable, allowing clients to plan production schedules accurately. For urgent orders or design changes, the system rapidly adjusts production plans without relying on manual coordination. This "efficient, controllable, and predictable" delivery model has become a core competitive advantage.

Human-Machine Collaboration: Enhancing Flexibility in Automated Production

V1’s automation system is not merely about replacing labor but establishing a synergistic human-machine workflow. Technicians are freed from repetitive tasks to focus on mold design, process optimization, programming, and quality validation. In practice, engineers design machining processes, upload programs, and dynamically monitor/optimize equipment parameters in real time. High-precision inspection equipment conducts full-factor checks, forming a closed loop of "programming - automated machining - quality validation." This approach combines machine standardization with human innovation, ensuring both efficiency and flexibility.

The pursuit of precision is endless. Starting from 0.004mm, V1 will continuously upgrade its automated systems, deepen equipment-technology integration, and explore new frontiers in ultra-precision mold manufacturing to deliver superior mold solutions for global industries.