Automated assembly applications have consistently demanded higher precision from robots and other mechanical devices, and higher resolution from sensors to position those mechanical devices. From early applications with force / torque sensing or machine vision, system integrators and OEM’s have fought to balance speed, precision, and cost to deliver commercial successful solutions. Humatics has developed a patented radio frequency-based technology, called Microlocation, that creates highly-precise real-time location data for high-value objects to enable three dimensional control and visibility, even in highly unstructured environments, enabling a wide range of process improvements including cycle time, quality and human/robot efficiencies.
Collaborative robots have been reshaping the automation landscape since UR introduced the first commercially viable cobot in 2008. Simple to deploy, with an underlying platform that supports over 400 certified peripherals (including the Humatics Microlocator), the UR cobot family has seen rapid growth in assembly applications.
Join Mike DeGrace from Universal and Ron Ranaldi from Humatics as they explore these new technologies and their impact on automated assembly.
This webinar will provide:
Collaborative robots have been reshaping the automation landscape since UR introduced the first commercially viable cobot in 2008. Simple to deploy, with an underlying platform that supports over 400 certified peripherals (including the Humatics Microlocator), the UR cobot family has seen rapid growth in assembly applications.
Join Mike DeGrace from Universal and Ron Ranaldi from Humatics as they explore these new technologies and their impact on automated assembly.
This webinar will provide:
- The basics of collaborative robot technology and how to get started
- Unique benefits of microlocation and how real-time 3D location data of robotic assets can increase ROI
- Examples of how microlocation technology benefits automation in different environments
Sponsored by:
