Heavy-Duty Metric Linkage Ball Joints (CSM5, CSM6, CSM8, CSM10, CSM12, CSM14, CSM16)

In precision engineering, the transfer of motion across non-linear paths requires components that can accommodate angular misalignment while maintaining structural integrity. The SYZAGRI CSM Series Metric Ball Joints (also known as angle joints) are engineered to meet the rigorous standards of modern metric-spec machinery. Designed for a wide range of mechanical linkages, these components are the industry standard for throttle controls, steering kits, and industrial actuator connections.We understand that agricultural and industrial equipment operates under constant stress—heavy vibration, repetitive load cycling, and environmental stressors like dust and moisture. That’s why our CSM series is manufactured from high-strength carbon steel with a durable zinc-plated finish to resist corrosion. A critical engineering feature of the CSM series is the availability of a safety snap ring (often designated as CSM-S), which ensures the ball stud remains securely seated in the socket even under high-impact conditions. This eliminates the risk of accidental disconnection in the field, keeping your machinery safe and productive.As a field-hardened engineering partner, we provide the CSM series in a comprehensive range of metric sizes, from the compact CSM5 (M5 thread) for delicate control linkages to the robust CSM16 (M16 thread) for heavy-duty steering and transmission systems. At SYZAGRI, we focus on providing the technical precision—like the exact thread pitch and ball diameter tolerances—needed to restore factory-level responsiveness to your equipment. Whether you are maintaining a modern fleet of Kubota utility tractors or designing a custom industrial control linkage, these metric joints provide the reliable engineering your operation demands.

Verified Compatibility

Replace OEM Part Numbers: CSM Series Metric Angle Joint, Custom Linkage Series

Fits OEM Models: Kubota, Kioti, Yanmar, and modern John Deere Metric-Spec Tractors, Industrial Controls, and Automotive Shift Linkages