The technological upgrade of injection molding machinery is deeply intertwined with the development trends of miniaturization, integration, intelligence, and high reliability in the precision electronics field. The two drive each other, and the core development trends are currently reflected in:

1. Upgrading precision to sub-micron level: A major breakthrough from the current ±0.001mm to ±0.0005mm sub-micron level, meeting the ultra-precision molding requirements of chip packaging and MEMS microelectromechanical components;

2. Upgrading injection to miniaturization: A breakthrough from minimum injection volume of 0.01g to 0.001g, achieving the molding of nanoscale micro-precision components;

3. Upgrading process to full in-mold integration: An upgrade from in-mold inserts to integrated in-mold molding, in-mold inspection, in-mold assembly, and in-mold packaging, achieving "one-time injection molding to complete the finished product";

4. Upgrading intelligence to closed-loop self-optimization: Injection molding machines combined with visual inspection, online dimensional measurement, and process big data analysis to achieve real-time self-optimization of process parameters, self-prediction of faults, and self-traceability of quality, meeting the intelligent manufacturing needs of precision electronics;

5. Materials are being upgraded for multi-functional compatibility: adaptable to thermally conductive plastics, conductive plastics, bio-based precision engineering plastics, and ceramic-plastic composites, meeting the heat dissipation, electromagnetic shielding, environmental protection, and composite structure requirements of precision electronics.

Injection molding machinery plays a crucial role in the precision electronics field, serving as the core bridge from design to mass production of precision electronic components. Its capabilities in micron-level precision control, specialty material compatibility, high-speed, high-cavity mass production, clean molding, and in-mold composite integration are essential for the miniaturization, integration, high reliability, and low-cost mass production of precision electronic products.

Liguang series machines are widely used in the fields of precision electronic, car parts, daily necessities, chemical industry, medicine, package, information industry, aviation and space industry. Liguang machines have got good reputation from domestic and overseas customers.