The manufacturing of precision molds is the ultimate pursuit of "precision," and the stability of this precision is a core corporate competitiveness. As the industry accelerates its digital and intelligent transformation, ultra-precision machining capability has become a key indicator of technical strength. The micro-level precision of 0.004mm is the technical answer delivered by V1 in the field of automated production. Traditional mold machining precision is prone to fluctuations due to the proficiency and condition of operators. To solve this industry pain point, V1 has configured 3 sets of semi-automatic electrode machining units. Each unit deeply integrates 2 FANUC CNC equipment and industrial robots, building a 24-hour intelligent unmanned continuous production line. This system minimizes human intervention through standardized procedures, with industrial robots automatically completing loading, unloading, machining, and transportation, completely eliminating human fluctuations. Currently, V1 has achieved a machining precision of 0.004mm and consistently outputs 0.005mm-level high precision, ensuring high consistency and standardization in machining.

The introduction of the automated system not only achieves a leap in precision but also drives a dual transformation in production efficiency and delivery capabilities. Supporting 24-hour uninterrupted operation significantly reduces equipment downtime, increasing overall production efficiency by over 30%. On the delivery end, standardized processes and continuous operation modes make order cycles highly predictable, allowing for more precise customer production line planning; facing rush orders or design changes, the system can quickly adjust plans and respond efficiently to demands. At the same time, V1's automated system is not a simple "machine replacing human," but a step towards efficient human-machine collaboration. Technical personnel are freed from heavy repetitive operations and focus on mold design, process optimization, program debugging, and quality verification. In actual production, technicians are responsible for process programming and importing, real-time monitoring and dynamically optimizing equipment parameters, cooperating with high-precision equipment for full-element inspection, forming a strict closed loop of "program design - automated machining - quality verification." This model leverages the standardization advantages of equipment while retaining the value of manual technological innovation, achieving a perfect unity of efficiency and flexibility.

The pursuit of precision is endless. Facing the future, V1 will take 0.004mm as a new starting point, continuously optimize the automated production system, promote the deep integration of equipment and cutting-edge technologies, continuously explore in the field of ultra-precision mold manufacturing, and provide global customers with higher-precision mold solutions.