Advanced scheduling system

2. Higher production efficiency: optimizing the schedule of resources minimizes waiting time and changeover time and raises production efficiency. The full use of barcodes cuts non-productive time on the shop floor and makes data more timely and accurate.

3. Lower inventory, pursuing zero inventory: the timing and quantity of material demand are calculated very accurately, and a genuine JIT model reduces the stockpiling of raw materials; semi-finished production runs like an assembly line, with each process tightly linked to the one before and after it, reducing work-in-progress inventory; finished goods are completed at almost exactly the delivery date, reducing excess stock.

4. Better overtime arrangements and higher employee satisfaction: based on the scheduling results, overtime hours and compensatory time off can be planned in advance (for normal working days with insufficient workload, leave or time off in lieu can be considered).

5. Optimized staffing: material requirements and production scheduling are calculated automatically by the system, which further reduces the workload of planners and order-tracking staff, and the operation is simple enough that it can be handled without extensive industry experience.

6. Higher product quality, pursuing zero defects: quality is built in, not inspected in. Inspection is only an after-the-fact remedy — it is costly and cannot guarantee that no errors occur. Quality should therefore be built into design, processes, and manufacturing, creating a quality support system that does not go wrong, getting it right the first time.