Industry-Customized Automated Equipment

This equipment achieves a fully automated process, capable of precisely completing the automatic assembly of the four core components of the FPC female connector—housing, contact, latch, and CAP. Following assembly, it integrates online inspection function and performs automated packaging of qualified products, ensuring every connector leaving the factory complies with quality standards.

Application scenarios: This equipment is a high-precision automated production line specifically designed for FPC female connectors. It is widely used in manufacturing connectors for motherboards and flexible circuit assemblies of smartphones, tablets, and similar devices.

The Precision Punching & Material Separating & Riveting Press Machine is a high-precision riveting press machine used upstream of molding machine to rivet the contact and earth lug onto the same material strip to meet the precision requirements for product  injection molding. The equipment process includes material strip punching, riveting of the contact to the material strip via die cutting, and AOI.

The BTB Female Connector Automated Assembly & Inspection & Packaging Equipment is a high-precision automated system specifically designed for production lines of flexibly connected precision electronic products (e.g., smartphone and laptop motherboard connectors). It can automatically performs precision assembly of the four core components of BTB connector—housing, terminals, latch, and shield—while integrating quality inspection and final packaging to achieve full-process automation.

This equipment is specifically designed for high-precision insertion of Flex flexible printed circuit (FPC) into steel sheet, serving as a critical front-end step. Utilizing linear motor modules and closed-loop control, it achieves precise insertion into steel sheet with an accuracy of ±0.03mm. It supports rapid loading and switching of multiple tray specifications. An array of suction cups simultaneously and stably attract hundreds of products with no material falling or damaged. The full-line's changeover time is controlled within 30 minutes, possessing outstanding flexible production capability to guarantee continuous and stable operation.