Customer Voice | How to Break Through Automotive Parts Deburring in One Move?

For a long time, deburring complex curved surfaces of automotive parts has faced problems such as uneven burr sizes, difficult trajectory control, and the coexistence of over-cutting and residual burrs, directly affecting product yield and delivery efficiency.

In response to the above challenges, ESTUN has launched an intelligent deburring solution: on the body side, it adopts an IP67 high-rigidity structure, adapting to high-humidity and dusty environments; on the control side, based on the iER.OS intelligent platform, it achieves point positioning accuracy of ≤±0.3 mm, and at a speed of 200 mm per second, smooth transition with trajectory accuracy of ≤±0.3 mm; on the software side, it is equipped with an AI grinding process package, supporting one-click switching of multiple working conditions and laser vision fusion.

Today, we visit a customer's Ningbo factory in the Yangtze River Delta. Previously, this customer relied on manual grinding, which involved high labor intensity and obvious quality fluctuations. After the ESTUN intelligent grinding solution for automotive parts was implemented, the robot solved 70% of the deburring difficulties, greatly shortened changeover time, reduced investment costs by 30%, and increased capacity efficiency by 40%. Let's listen to the customer explain how ESTUN turns deburring from a "challenge" into something "controllable."