Robotic End-of-Arm Tooling
Cable Grade Connectivity for Robot Wireless Communication
IO-Link Wireless for Cable Free End of Arm Tooling
Enabling wireless communication for end of arm devices on robots and cobots addresses an array of challenges. Cables that are in constant motion tend to break and wear out, moreover resistance to bending & torsion-load increases cost of cabling. Multiple units (e.g. grippers, valves, sensors) need to be wired separately for data communication, causing cabling and mounting complexity. Cables frequently get in the way of robot motion range, thus limiting flexibility. Heavy payloads require larger robots, which are more expensive, slower and consume more footprint in the machine/workcell area.
CoreTigo’s industrial-grade IO-Link Wireless solution enables robotic end-of-arm devices with the low-latency, reliability and interference-free communication needed for real-time wireless control and monitoring.
Wireless Benefits for Robot End of Arm Tooling
Cable-grade connectivity without the limitations of cables
Full Rotation
Complexity Reduction
Maintenance Reduction
Payload Reduction
Cost Reduction
Efficient Retrofit
Case Study: Zimmer Wireless End of Arm Tooling
Universal End-of-Arm Tooling Grippers for Flexible Robotic Solutions
The Zimmer Group, a leading German automation manufacturer, set out to create a universal end-of-arm connector for robotic arms that meets adaptivity and simplicity requirements. Zimmer have integrated CoreTigo’s IO-Link Wireless embedded module inside the connector to enable reliable and fast wireless communication to the end-of-arm device.
The connector can be mounted on many common types of robots and is suitable for a range of gripping devices. It offers a high degree of flexibility in the choice of applications and allows a simple and rapid exchange of grippers and other compatible end-of-arm devices. This solution is not limited to use only in lightweight robots and cobots, but is also suitable for use in industrial and heavy-duty robots.
The Zimmer Group, a leading German automation manufacturer, set out to create a universal end-of-arm connector for robotic arms that meets adaptivity and simplicity requirements. Zimmer have integrated CoreTigo’s IO-Link Wireless embedded module inside the connector to enable reliable and fast wireless communication to the end-of-arm device.
The connector can be mounted on many common types of robots and is suitable for a range of gripping devices. It offers a high degree of flexibility in the choice of applications and allows a simple and rapid exchange of grippers and other compatible end-of-arm devices. This solution is not limited to use only in lightweight robots and cobots, but is also suitable for use in industrial and heavy-duty robots.
Case Study: IO-Link Wireless Vacuum Pumps
Wireless End-of-Arm Vacuum for Enhanced Capabilities
Schmalz, one of the field leaders in vacuum automation and ergonomic handling solutions, identified a growing need within its customers for greater flexibility and seamless motion. Schmalz utilized CoreTigo’s IO-Link Wireless connectivity within their products, thus developing industrial wireless compact terminals and Vacuum Generators for End-of-Arm robotics.
This innovative solution can be mounted on virtually any robotic arm, Cobots included, offering significantly reduced setup complexity and changeover time, providing maximum flexibility, reducing maintenance and cable breakages, and ensuring ultimate performance in a variety of applications.
Schmalz, one of the field leaders in vacuum automation and ergonomic handling solutions, identified a growing need within its customers for greater flexibility and seamless motion. Schmalz utilized CoreTigo’s IO-Link Wireless connectivity within their products, thus developing industrial wireless compact terminals and Vacuum Generators for End-of-Arm robotics.
This innovative solution can be mounted on virtually any robotic arm, Cobots included, offering significantly reduced setup complexity and changeover time, providing maximum flexibility, reducing maintenance and cable breakages, and ensuring ultimate performance in a variety of applications.
"Robots often do not come with cables. This makes a wireless transmission system a great alternative for transmitting information in many applications... The wires have to be installed, they can break and they frequently get in the way of the robot movements. This is why it often makes sense to opt for a wireless solution, where there are no cables at all. With the wireless module, we also have the standard of many robots and still the standardized downward tool."
Timo Mauderer
Mechatronics Manager
How Does it Work
Full Connectivity for Robotics End-Effectors
Implementation of wireless control and monitoring robotic solutions is enabled via two key methods:
- Embedded IO-Link Wireless Module
CoreTigo’s TigoAir wireless device connectivity SOM (System-On-Module) is integrated at the end-of-arm device/connector, providing IO-Link Wireless connectivity, and receiving power directly from the robotic arm.
- External IO-Link Wireless Hub and Bridge
Other end effectors can be mounted as a retrofit on any Robot/Cobot platform, using CoreTigo’s TigoBridge or TigoHub which allows turning any IO-Link, analog and digital device into an IO-Link Wireless one, seamlessly, with no dedicated design and no prior integration. The TigoBridge and TigoHub come as standalone units with IP67 enclosure, allowing to use them as-is with no integration efforts.
The IO-Link Wireless devices in both cases connect wirelessly to the TigoMaster. The TigoMaster can either be placed on the robot itself or in the production line’s control box where it controls numerous end-effectors and robots. The TigoMaster communicates the data and control commands in real-time to and from the PLC through a preferred industrial ethernet protocol (such as Ethernet/IP, EtherCAT, Profinet or OPC-UA). In parallel, it can also send monitoring data to IIoT and other enterprise applications.
Implementation of wireless control and monitoring robotic solutions is enabled via two key methods:
- Embedded IO-Link Wireless Module
CoreTigo’s TigoAir wireless device connectivity SOM (System-On-Module) is integrated at the end-of-arm device/connector, providing IO-Link Wireless connectivity, and receiving power directly from the robotic arm. - External IO-Link Wireless Hub and Bridge
Other end effectors can be mounted as a retrofit on any Robot/Cobot platform, using CoreTigo’s TigoBridge or TigoHub which allows turning any IO-Link, analog and digital device into an IO-Link Wireless one, seamlessly, with no dedicated design and no prior integration. The TigoBridge and TigoHub come as standalone units with IP67 enclosure, allowing to use them as-is with no integration efforts.
The IO-Link Wireless devices in both cases connect wirelessly to the TigoMaster. The TigoMaster can either be placed on the robot itself or in the production line’s control box where it controls numerous end-effectors and robots. The TigoMaster communicates the data and control commands in real-time to and from the PLC through a preferred industrial ethernet protocol (such as Ethernet/IP, EtherCAT, Profinet or OPC-UA). In parallel, it can also send monitoring data to IIoT and other enterprise applications.
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