Gripper (Industrial)

In the context of industrial automation, a “gripper” refers to a mechanical device designed to hold, grasp, and manipulate objects within a robotic system. Essentially serving as the “hands” of a robot, grippers play a crucial role in various industrial processes, such as manufacturing, assembly, and logistics. These devices come in different types, including precision control grippers for handling small electronic components and robust industrial grippers for lifting and moving large and heavy objects. Grippers employ various mechanisms and actuation systems, such as mechanical, pneumatic, hydraulic, or electric, to securely hold objects and ensure stability during robotic operations. Their significance lies in their ability to increase efficiency by automating repetitive tasks, enhance flexibility by accommodating diverse object sizes and shapes, and improve safety by minimizing the risk of injuries associated with manual handling.

The integration of IO-Link Wireless technology into industrial machinery, such as grippers demonstrates the evolution of gripper control. In such, grippers on robotic end-of-arms, or carriers within a multi-carrier smart conveyor system are wirelessly controlled using IO-Link Wireless, allowing them to perform tasks on products while in constant, high-speed motion. IO-Link Wireless, designed specifically for industrial operation technology (OT) and factory automation, offers deterministic wireless communication with low latency and high reliability. This wireless technology enables greater adaptivity, increased productivity, and sustainability in advanced packaging machinery, eliminating the need for cables and providing seamless control over grippers within the industrial context.