Used IRCO ILS-RBK 100 #9068346 for sale

IRCO ILS-RBK 100 handler is an automated robotic equipment designed for product assembly and the handling of components. This system has a wide range of applications in industrial production and can fulfill the needs of many production processes. The core of ILS-RBK 100 handler is the cartesian robot, which can be programmed for a variety of functions. This robot is driven by electric drive components, allowing it to move along any three-axis coordinate unit with precision and repeatability. The robot provides precise positioning and orientation for components and products throughout the handling process. IRCO ILS-RBK 100 handler also has a material handling machine for feeding components to the robotic arm. This tool consists of a conveyor belt and other material handling components that feed components to the robot. The material handling asset is fed automatically by programming or manually via manual instructions. In addition, ILS-RBK 100 handler has a number of features that can be customized to perfectly fit the requirements of specific manufacturing processes. These features include programmable position-sensing and force-sensing instruments, enabling precision in terms of gripping, aligning and loosening components. Other features include tool holders, gripper fingers, and motion control software for automating the process. IRCO ILS-RBK 100 handler is capable of a wide range of product models, sizes and types, including components such as nuts, screws, pins, washers, washerless components and bearings. This robot can also handle the assembly process for certain intricate electrical components, such as contactors, relays, and switches. ILS-RBK 100 handler is a perfect choice for automated product assembly and handling of components. Its precise and repeatable movement makes it a great option for industrial production processes for components of any size and type. The programmable position-sensing and force-sensing instruments make it great for precision control in terms of gripping, aligning, and loosening components. Finally, the material handling model and motion control software make it ideal for feeding components and automating the process.