Bryon Sol

Within logistics applications, the MirHook™ mobile industrial robot is often used to tow a pallet with a pallet fork. The mobile robot can locate the pallet fork and transport it to it’s destination autonomously. In this way the employees only have to load and unload the pallet from the pallet fork, saving valuable time by not needing to do the transportation themselves. The MiRHook supports the transport of loads up to 500 kg (1100 lbs) , providing exciting new internal logistics options for weighty or unwieldy cargos. The MiRHook robot identifies carts by QR markers and autonomously transports them as you define.

This Process Control Metrics (PCM) video provides an overview of the PCM in the Cognex DataMan industrial code readers. It explains the difference between “verification” and “process control metrics”. This educational video talks in detail about Process Control Metrics which allow you to monitor the quality of the codes being read and identify key aspects of the print quality while online to ensure downstream readability. The PCM Application makes it easy to configure and report the PCM results. From this video you will understand how PCM relates to: Key quality metric aspects Detecting changes in code quality Preventing issue before read rates decline Ensures downstream readability

The new generation of safety laser scanners from SICK The microScan3 Core safety laser scanner from SICK reliably protects hazardous areas, accesses, and hazardous points. The innovative safeHDDM scan technology sets new benchmarks. The microScan3 combines a small compact design and a large scanning range in one device with high performance in even the toughest environments. The safe network integration of the microScan3 with CIP Safety™ over EtherNet/IP™ is quick and easy. This enables safe communication in addition to centralized configuration and diagnostics. The microScan3 uses standardized M12 plug connectors and the device is easy to replace, saving time and helping to keep costs low. Compatibility with current EtherNet/IP™ controls Safety-compliant integration into existing systems reduces costs Convenient configuration via an access point in the network Fast cabling thanks to standardized M12 connectivity Download microScan3 brochure

Adding a seventh axis to your six-axis robotic system can be beneficial in a number of ways. Your work envelope is expanded, allowing the use of smaller, less-expensive robots. Parts can also be transferred to multiple workstations at greater distances, and more machines and processes are able to be serviced with one robot, which reduces costs. Although the idea of using a linear actuator to move a robot into position sounds simple enough, many factors go into making sure the setup is correctly sized and specified including load capacity, speed, acceleration and, duty cycle. This white paper provides important information about how to add a seventh axis to a six-axis robot system. Download the White Paper…

Set operating conditions with wireless connection IAI TB3 teachingNow the ELECylinders position adjustments and operating conditions can be set by the TB-03 teaching pendant from outside the equipment, even without a cable connection. The TB-03 can monitor the operating status of up to 16 axes while receiving wireless data from the ELECylinder. Error recovery time can also be shortened by troubleshooting with wireless connection. The ELECylinder electric actuators replace air cylinders. With multi-positioning it can start and stop smoothly at high velocity, reducing cycle times.

Autonomous mobile robot for towing and transport jobs MiRHook™ is ideal for a wide range of towing jobs, such as efficiently moving heavy products between locations in a manufacturing facility or warehouse. The MiRHook™ 200 supports the transport of loads up to 500 kg (1100 lbs), providing exciting new internal logistics options for heavy or unwieldy cargos. The MiRHook™ robot identifies carts by QR markers and autonomously transports them as you define. MiRHook™ can be incorporated into a fleet of MiR robots, and can be easily redeployed to meet changing requirements.