In the final stages of tire manufacturing, ensuring the structural integrity and surface quality of vulcanized tires is a critical but difficult task. Traditional inspection processes often suffer from significant defect recognition delays, as human inspectors struggle to keep pace with high-volume production. This leads to low efficiency and a high dependency on manual re-inspection, which increases the risk of subjective error and missed defects such as bulges, cracks, or foreign matter.

Furthermore, manual inspection stations require extensive floor space and create a bottleneck that increases the overall cycle time (CT). Excessive workstation occupancy in the factory prevents a streamlined, "lean" manufacturing flow. Without a high-speed, automated system capable of capturing the complex geometry of a rotating tire, manufacturers face rising costs and the constant pressure of maintaining safety standards in a competitive global market.