System Architecture This solution typically employs a rigid-arm assisted robotic arm. Its core design goal is to achieve efficient and stable spatial transfer while ensuring the inner coating (such as blue diamond/gold enamel coating) is not physically damaged. Support…
System Architecture The pneumatic jib crane, as a lightweight lifting device, has become a core piece of equipment in high-frequency handling scenarios such as automotive parts manufacturing, machine tool processing, and warehousing logistics due to its excellent flexible handling…
System Overview Folding arm cranes with electric hoists have become the preferred solution for high-precision positioning and heavy-load handling in confined spaces. This solution employs a column-type structure, combining a two-section folding cantilever with a high-performance intelligent electric hoist…
System Architecture The sponge suction cup manipulator is a core tool for handling rough surfaces, porous or irregularly shaped objects. This system consists of a highly flexible robotic arm and an integrated vacuum sponge gripper. Sponge Sealing Layer: Utilizes…
System Architecture This solution typically employs a rigid-arm assisted robotic arm. Its core design goal is to achieve efficient and stable spatial transfer while ensuring the inner coating (such as blue diamond/gold enamel coating) is not physically damaged. Support…
Solution Overview Roll material handling robots are mainly used in industries such as papermaking, film production, printing, packaging, and electrolytic copper foil manufacturing. This solution utilizes pneumatic balancing principles, combined with specialized internal expansion or external clamping tilting fixtures,…
System Architecture A rigid-arm power-assisted robotic arm mainly consists of the following four modules: Support Structure: Typically composed of floor-mounted or ceiling-mounted supports, providing 360° rotation capability. Rigid Arm Linkage Mechanism: Employs a parallelogram linkage design to ensure the…
System Architecture The system operates on a bridge-style framework, utilizing two primary axes of motion: X-Axis (Horizontal Traverse): The bridge or trolley moves along the main floor-mounted or elevated rails, covering the distance between the pickup point (pallet) and…
System Overview This technical solution for a manipulator for handling radiator cores addresses the core challenge of the fragile and easily deformable radiator core structure, particularly the highly susceptible damage to its fins. Therefore, the solution focuses on flexible…
System Overview The core technology of the folding arm electric hoist for barrel handling combines the flexibility of a folding arm with the vertical lifting capability of an electric hoist. This solution is particularly suitable for workshop workstations with…