1. Establishing a Standardized Design System
Implement a modular design concept, decomposing
Medical Equipment Micro Screws into standardized functional modules, such as blank holders, punches, dies, and guiding mechanisms.
By establishing a standard parts library, design reuse rate can be increased by more than 30%. Simultaneously, unified design specifications are established to reduce communication costs caused by differences in design styles.
2. Application of Digital Simulation Technology
Use CAE software to simulate the molding process, predicting material flow, thickness changes, stress distribution, etc.
Practice shows that digital simulation can reduce the number of trial moldings by 50% and shorten the design cycle by 40%.
One case shows that after simulation optimization, the Medical Equipment
Micro Screws development time was reduced from 45 days to 27 days.
3. Implementation of Concurrent Engineering
Break away from the traditional sequential work mode and organize design, process, and manufacturing departments to work simultaneously.
Consider Medical Equipment Micro Screws manufacturing feasibility (DFM) during the product design phase. The process department prepares processing plans in advance, and the procurement department prepares materials simultaneously. This collaborative model can shorten the overall project cycle by approximately 25%.
