Guangdong SACA Precision Manufacturing Co LtdEntry into AI server slide rail production, addressing high demand for heavy-duty components in data centers.

SACA Precision Manufacturing has officially put its server slide rail production base into operation in the Wusha Industrial Park in Shunde, Foshan. This marks the company's formal entry into the core component track for AI computing infrastructure, leveraging over thirty years of precision manufacturing expertise. The new base is primarily operated by its holding subsidiary, Haocheng Precision, focusing on server slide rail solutions. The company has mastered multiple core processes including precision metal stamping, hydroforming, and raceway forming, and possesses full-spectrum mold independent development capabilities, enabling end-to-end delivery from standard parts to customized solutions. As the weight of a single AI server commonly exceeds fifty kilograms, data center cabinets impose higher demands on the load-bearing capacity, ultra-thin design, and seismic stability of slide rails. Currently, the domestic substitution rate in this field is still in its early stages, positioning the company to build a first-mover advantage during the window for replacing imported heavy-duty server slide rails. SACA Precision Manufacturing stated that with its large-scale precision manufacturing capabilities and rigorous quality management system, it already has the cooperation qualifications and delivery capacity to serve large server cabinet enterprises. Leveraging the location advantage of its manufacturing base in the Guangdong-Hong Kong-Macao Greater Bay Area and its global supply chain network, the company can respond more swiftly to customer demands both domestically and internationally, and is expected to continuously expand its share in the localization process of the computing power industry chain.
Guangdong SACA Precision Manufacturing Co LtdEntry into AI server slide rail production, addressing high demand for heavy-duty components in data centers.
Subsidiary operating the new base, benefiting from parent's entry into AI computing core components.