Innovation drives development, technology leads the future
En el campo de la I+D y la producción de moldes, nos adherimos siempre al concepto fundamental de "innovación impulsada por la tecnología". Desde la I+D de tecnología de vanguardia hasta la estrecha colaboración con equipos técnicos profesionales, pasando por la provisión de soluciones integrales y soporte técnico continuo, hemos construido una cadena de producción digital eficiente, precisa y trazable para garantizar que cada molde alcance los estándares líderes de la industria, desde el diseño hasta la entrega.
Creación de programas CNC: basándose en la geometría compleja de las piezas del molde, se utiliza software CAM avanzado (como NX y PowerMILL) para la planificación de la trayectoria de la herramienta, la optimización de los parámetros de corte y la verificación de la simulación para garantizar que el programa sea eficiente, seguro y libre de interferencias;
Cutting-edge technologies and solutions we master
We believe that technological innovation is an important force driving social progress, and we are committed to transforming the latest technological achievements into actual business value
Continuously explore new technologies and maintain technological leadership
Gather excellent talents and leverage team collaboration advantages
Customer-oriented, providing customized solutions
Transform technology into business value and achieve win-win development
Proceso estandarizado para garantizar la correcta ejecución del proyecto.
The customer submits product drawings, 3D models, or functional descriptions. A DFM (Dual Manufacturability Analysis) report (including mold structure, materials, parting line, core pulling, and lifespan assessment) is completed within 48 hours, and the mold type, precision level, expected lifespan, and batch requirements are jointly confirmed.
Senior mold designers output 3D mold assembly drawings and 2D engineering drawings, integrating advanced structures such as conformal cooling, hot runners, and sensor pre-embedded components. Online/offline joint review meetings are held to confirm the final solution and sign a technical agreement.
We can quickly produce 3D printed soft molds or aluminum molds within 72 hours, allowing customers to test the molds to verify the appearance, dimensions, and assemblability. Simultaneously, we optimize the mold design and finalize the 3D file.
CNC programmers create UP machining programs based on the final 3D file, using a self-developed CAM intelligent optimization module for zero-interference toolpath simulation, and push the programs to the CNC and EDM machining areas in real time via an internal high-speed network.
CNC 5-axis machining center: rough and finish milling, drilling and boring, cavity forming; EDM precision electrical discharge machining: microstructure and cemented carbide machining; digital twin platform for real-time monitoring of equipment status, temperature, and vibration to ensure consistency.
Professional fitters complete the final mold assembly and precision calibration. The mold is then tested on the injection molding machine at T0 level, collecting pressure, temperature, and filling data. Based on the trial molding results, fine-tuning or secondary EDM refinement is performed until the sample is 100% qualified.
Mold surface treatment (PVD, DLC coating, etc.) + final inspection report, accompanied by complete 3D/2D drawings + UP program + trial molding parameter package. 12 months of continuous technical support will be provided upon delivery: → Remote digital twin monitoring → On-site optimization or mold modification services → Rapid response for spare parts.
GPmold