The technological upgrade of injection molding machinery is deeply intertwined with the development trends of minimally invasive, precise, intelligent, personalized, and low-cost medical and healthcare industries. The two drive each other forward. Simultaneously, with increasingly stringent regulations and technological innovation in the medical industry, injection molding machines are also upgrading towards greater sterility, precision, intelligence, and environmental friendliness.

The core development trends are reflected in:

1. Upgrading from aseptic molding to a fully integrated process: From single-stage aseptic molding to a fully integrated process encompassing aseptic feeding, aseptic molding, aseptic testing, and aseptic packaging, achieving "sterile molding from the start" for medical plastic parts and eliminating contamination at any stage;

2. Upgrading precision to sub-micron levels: Striving for breakthroughs from the current ±0.001mm to ±0.0005mm sub-micron levels to meet the molding needs of micro-interventional devices and nanoscale diagnostic and testing accessories;

3. Adapting materials to high-end medical applications: Focusing on adapting to biodegradable biomaterials, biomimetic composite plastics, and thermally conductive medical plastics to meet new requirements such as human integration of implantable devices and heat dissipation of diagnostic equipment;

4. Upgrading to personalized customization molding: Combining with 3D... 5. Printed molds and rapid mold change systems enable small-batch, personalized customization of medical plastic parts such as dental braces and orthopedic braces, aligning with the development trend of precision medicine;

6. Intelligent upgrade to compliant closed-loop: Injection molding machines are deeply integrated with the medical industry's GMP and traceability systems, achieving self-optimization of process parameters, self-alarm for quality anomalies, and self-uploading of production data, forming a compliant closed loop from raw materials to finished products;

7. Environmental upgrade to medical recycling: Adapted to medical recycled plastics and bio-based medical plastics, enabling the recyclability and biodegradability of disposable medical consumables, reducing medical plastic pollution, and meeting the development needs of green healthcare.