1. Introduction of Advanced Machining Technologies
(1) High-Speed Machining Technology: Utilizing high-speed spindles (15000-30000rpm) and a small depth-of-cut, rapid feed strategy, machining efficiency is increased by 30-50%, and surface quality is significantly improved.
(2) Composite Machining Technology: Milling, turning, drilling, and other multi-process machining are completed on a single
Medical Equipment Micro Screws, reducing the number of workpiece clamping operations and cumulative errors. The application of five-axis linkage machining centers makes it possible to form complex curved surfaces in one operation.
(3) Optimization of Electrical Discharge Machining: Adopting an adaptive discharge parameter control system, discharge parameters are adjusted in real time according to the machining status, increasing machining efficiency by 20% and reducing electrode wear by 15%.
2. Production Planning and Scheduling Optimization
Implementing lean manufacturing principles and adopting a modular production layout, related Medical Equipment
Micro Screws are organized into production units based on Medical Equipment Micro Screws specifications.
Introducing an Advanced Production Scheduling System (APS), considering multi-dimensional constraints such as Medical Equipment Micro Screws capacity, tool life, and personnel skills, to achieve dynamic optimization of production scheduling.
One implementation case shows that Medical Equipment Micro Screws utilization increased from 65% to 85%, and work-in-process inventory decreased by 40%.
3. Process Quality Control
An online inspection system for critical dimensions was established to monitor dimensional changes in real time during processing.
Statistical Process Control (SPC) methods were used to analyze processing data trends and proactively adjust process parameters. Practice has shown that this method can reduce the scrap rate to below 0.5%.
