Pallet Handling Robot

Whether it's picking, packing or depalletizing, material handling robots can perform these tasks with the high levels of speed, reliability and accuracy demanded by today's customers. This also allows companies to save on labor costs, making their products more competitive on the market.

Material handling robots can also improve productivity by reducing cycle times, improving throughput and increasing uptime. This is especially important for production processes that have a large amount of manual work and where a lot of downtime can result in lost revenue.

Some material handling tasks require a lot of repetitive movement and put a strain on workers'bodies, potentially leading to musculoskeletal injuries. Robots can take over these repetitive movements, reducing the risk of injury and freeing up human workers to move to higher value roles.

The type of end-effector a robot uses to manipulate objects determines how well it performs. The type of object, its size, weight and materials can all affect which gripper or end-of-arm tool is best for a particular application. In addition, the geometry of a workspace may affect the choice of end-effector. For example, a circular arc can be easier to navigate than a rectangular area. For more complex applications, a robot can be equipped with a power motion controller to control the motion of its joints and end-effectors.