With 16 years of dedicated expertise in motion control technology, Shincoim  specializes in delivering automated solutions for the coating industry. Our flagship product, the Shincoim  Robot Control System SCMOTION, is built on the IEC61131-3 programming environment, supporting diverse structural configurations and customized requirements. It integrates optimal speed planning algorithms and multi-robot coordinated control capabilities. Boasting an interface openness rate of over 95% and fully open state machine code, the system allows users to customize PLC programs, with seamless direct interaction between PLC and robot control.

The system supports speed constraints across multiple coordinate systems, enabling non-zero motion in the world coordinate system even when the workpiece speed on the positioner is zero, with a manual maximum safe speed limited to ≤250MM/S. It also accommodates dynamic model parameter constraints, leveraging over 300 parameters including motor characteristics, arm weight and inertia for speed planning. In configurations without such parameters, rapid deployment can be achieved simply by setting motor speed and acceleration. Equipped with an industry-leading time-optimal motion algorithm, it ensures that at least one robot axis operates at maximum capacity at all times, minimizing cycle time to unleash the equipment's full performance while extending its service life. Additionally, the system supports multiple teaching modes—including drag teaching and programming teaching—as well as hybrid operation, effectively meeting diverse coating process requirements.

The complementary XShincoim  Generation Ⅳ Calibrator is designed to "democratize" professional robotic technology by significantly lowering operational barriers. Ideal for high-mix, low-volume flexible production, it enables robots to quickly learn new workpiece geometries and coating paths, cutting changeover time from hours down to minutes. For irregular workpieces such as automotive bumpers and sanitary ceramics, it precisely covers concave-convex surfaces via multi-point recording or 3D modeling, resolving the long-standing pain point of inconsistent manual coating quality. Featuring intuitive operation, cost-effectiveness, high precision and automatic deviation correction, this product serves as a pivotal tool for manufacturers to upgrade coating automation and advance smart factory transformation.