System Architecture Heavy-duty workpiece handling manipulators are core equipment for handling the transfer of overweight, oversized, or eccentrically loaded workpieces. They are designed for applications involving castings, large shafts, aerospace structural components, and heavy molds. This system, based on…
System Overview The sand box loading and unloading manipulator is a core piece of equipment for solving the challenges of high-temperature, dusty, and heavy-load handling in foundry workshops. Sand boxes are typically heavy, have uneven center of gravity distribution,…
System Architecture Carton palletizer robots have evolved from traditional “mechanical handlers” into complex collaborative terminals integrating 3D vision perception, embodied intelligent algorithms, and flexible end effectors. They not only solve the pain point of high-intensity repetitive labor but also…
System Architecture The system primarily uses a column-mounted rigid-arm robotic arm or a suspended moving track as its carrier. Its core strength lies in its ability to handle the enormous rotational inertia of oil drums under full load. Actuator:…
System Architecture Electromagnetic manipulators for steel coil handling have become core transfer equipment on cold-rolled, hot-rolled, and precision steel strip slitting lines. Compared to traditional mechanical grippers, the electromagnetic solution achieves “zero physical compression,” effectively preventing edge deformation and…
Project Overview Electric balancers (also known as servo balancers or intelligent lifting machines) represent the highest level of assisted handling technology. Compared to pneumatic equipment, they feature active force feedback and stepless speed regulation, enabling extremely rapid response that…
System Architecture In the final assembly workshop of automobiles, seats are large, heavy, and frequently handled components. This solution aims to solve the problem of operators performing precise positioning within the limited cockpit space, reducing labor intensity, and preventing…
System Architecture The wheel hub handling manipulator is a key piece of equipment for solving high-frequency, heavy-duty handling problems while ensuring “zero scratches” on the wheel hub surface. This system typically employs a rigid-arm structure to handle eccentric loads…
Solution Overview The core of the customized gripper handling manipulator solution lies in how to combine a “general-purpose robotic arm” with “grasping technology for specific working conditions” to solve the problem of handling non-standard workpieces. By combining a non-standard…
System Overview The Automated Container Unloading Robot is an intelligent device designed specifically for ports, logistics warehouses, and factory receiving areas. It is primarily used to replace manual labor in performing repetitive heavy-duty handling tasks inside hot, cramped containers.…