Vision guidance establishes a "spatial positioning hub" for the unordered grasping of bicycle seat connectors, cutting through the chaos of irregular geometries and multi-posture stacking to achieve precise anchoring of metal connectors at grasping points. DexForce reconstructs operation logic with the virtual-real integrated perception network, while the embodied intelligence suite grants equipment "flexible grippers" for adaptive pose adjustment. Together, they break the precision constraints of traditional grasping, and are unlocking a new dimension of precision and flexibility for handling irregular parts in general industry.

Vision guidance creates a "precision navigation hub" for the ordered loading of bicycle seat parts, overcoming subtle interferences from size variations and slight posture deviations to ensure accurate placement of irregular parts during transfer. DexForce reconstructs the loading logic with the virtual-real integrated computing network, and the embodied intelligence suite grants equipment "adaptive calibration capability" for flexible control. Together, they shatter the efficiency and precision barriers of traditional loading, and are unlocking a new dimension of precision component handling in general industry.

Vision guidance equips the ordered loading of motorcycle cylinders with "precision eyes on heavy loads", penetrating the maze of complex structures and subtle posture deviations to achieve precise alignment of heavy, precision workpieces during transfer. DexForce builds a global operational framework with the virtual-real integrated computing power, while the embodied intelligence suite grants equipment "compliant force control" for adaptive pose adjustment. Together, they break the precision limitations of traditional loading, and are unlocking a new paradigm of efficient handling for heavy-duty precision components in general industry.

Vision guidance constructs a "precision positioning hub for heavy-duty applications" for tensioning wire holes in high-speed rail sleepers. It penetrates the millimeter-level maze formed by the large structure of sleepers and slight shape differences in tensioning wire holes, enabling heavy-duty workpieces to accurately anchor the grinding datum. DexForce weaves a global perception network with the virtual-real integrated computing power, and the embodied intelligence suite endows equipment with adaptive grinding control force. The two work together to break the precision barriers of traditional positioning, and open up a new paradigm for the precise machining of heavy-duty large parts in general industry.