Computerization of semiconductor parts X-ray/SMT process
By collecting and analyzing X-ray inspection data and SMT equipment logs in real time, we computerized quality history and blocked defective leaks at the source.
Traceability
100%
Defect Rate
-40%
Computerization of railway parts drawings and assembly lines
We converted paper drawings to tablet-based digital drawings and tracked the work history of the assembly process in real time to increase production efficiency.
Lead Time
-30%
Work Efficiency
+25%
Injection molding machine IoT integration and process optimization
Key process variables such as mold temperature and injection pressure were collected using IoT sensors, and defect occurrence patterns were analyzed to derive optimal molding conditions.
Energy Cost
-12%
OEE
+20%
Display coating machine/vision inspection linkage
By analyzing the coating equipment's control data and vision inspection results (AOI) in conjunction with each other, defects due to coating thickness deviation are corrected in real time.
Yield Rate
+5%
Setup Time
-50%
Welding process digital work management system
Process transparency was secured by distributing the latest design drawings through tablets and tallying workers' welding schedules and performance in real time.
Schedule Adherence
98%
Admin Work
-60%
Kiosk-based real-time work progress management for precision machining
CNC status, measurement results and barcode history are tied to each work order, and operators report progress directly at shop-floor kiosks so the office sees it in real time.
Communication Time
-70%
On-time Delivery
98%