S Connect Co., Ltd. is a South Korea-based precision manufacturing company primarily engaged in the development, fabrication, and distribution of precision metal components for consumer electronics and secondary batteries. Founded in 1998 and headquartered in Gwangju-si, Gyeonggi-do, South Korea, the company operates across specialized engineering and manufacturing divisions catering to global consumer technology original equipment manufacturers and energy storage cell producers. The company's core product and service portfolio comprises precision metal mobile device components, including external metal casings, internal chassis brackets, camera rings, and structural housings for smartphones, tablet computers, smartwatches, and notebook PCs; specialized mechanical hinge assemblies engineered for foldable smartphones and multi-fold mobile form factors; precision metal stamping, mold tooling, and surface treatment processing services for consumer electronic devices; and secondary battery safety and connection components, including current interrupt devices (CID), cap assemblies, and precision metal casings for high-performance cylindrical lithium-ion battery cells. In recent strategic developments, S Connect Co., Ltd. has expanded its operational footprint into the high-growth artificial intelligence infrastructure and advanced energy storage sectors, establishing a dedicated manufacturing subsidiary in Malaysia and securing official Tier-1 primary supplier status with Samsung SDI's Malaysian production hub to supply critical metal components for high-output cylindrical cells used in AI data center battery backup units (BBUs). In addition, the company has executed corporate and portfolio reorganizations, including the deconsolidation and operational separation of its former lithium primary battery subsidiary, Aricell Co., Ltd., and the restructuring of legacy overseas production facilities across China and Vietnam to reallocate capital and engineering resources toward high-margin foldable hinge mechanisms and next-generation secondary battery technologies.