The precise manufacturing of medical molds relies on the support and integration of a series of core technologies:
* Ultra-precision machining technology: Including wire EDM, mirror EDM, and five-axis high-speed milling, this technology achieves sub-micron level precision in mold cavities and satisfactory surface finishes, reducing subsequent processing and directly meeting the surface quality requirements of medical components.
* Application of additive manufacturing technology in the mold field: Metal additive manufacturing technology can produce conformal cooling channel molds that are difficult to achieve using traditional methods, significantly improving injection molding efficiency and part quality consistency; it is also used to directly manufacture small batches of molds or inserts with particularly complex structures.
* Intelligent design and simulation: Utilizing advanced software for mold flow analysis, stress analysis, and cooling optimization, this technology can predict and resolve potential problems such as incomplete filling, warpage, and weld lines before actual mold processing, achieving "high-quality first attempt," reducing trial molding costs and time.
*New Materials and Surface Treatment Technologies: Developing mold steels and coatings with higher hardness, wear resistance, corrosion resistance, and self-lubricating properties to extend the service life of molds in harsh medical material processing environments and further ensure the purity of molded products.
*Full Lifecycle Quality Management and Traceability: From mold design, processing, trial molding to maintenance, strict quality control and data recording are implemented throughout the entire process to ensure the traceability of mold status, which meets the stringent quality system requirements of medical product manufacturing.
