Hayes, VP of Sales at Vecna Robotics
presents at ProMat April 8-11, 2019 in Chicago, IL. The educational seminar, sponsored by MHI, titled, “AGVS of MHI Presents: Applications Segmented by Subdivisions,” is Monday, April 8 from 11:15-12:00 in Theater B. Attendees will gain a greater understanding of the most utilized types of AGVs for specific types of applications and industry segments.
The presentation is co-presented by Hayes and Tom Kaminski, VP of Mobile Automation at Dematic. Hayes and Kaminski will utilize real-life use-cases
to demonstrate how AGV technology can be integrated to yield optimal results. Users will be categorized by market segments, and the AGV applications will be discussed in detail, to include vehicle types, guidance types, as well as charging and battery management. Also discussed will be the rationale for the types of AGVs used as well as other application specific information pertinent to the system.
Vecna Robotics will be exhibiting at booth S4583
. Vecna’s robots are powered by their unique learning Autonomy Stack, software that transforms material handling equipment into an intelligent, value-generating, connected robot. It features include dynamic obstacle avoidance, decision making, and fuses multiple sensors types to work safely alongside pedestrians and manually-driven vehicles.
Attendees at ProMat 2019 will see the latest solutions to move business forward as the industry’s leading innovators showcase their latest manufacturing, distribution, and supply chain equipment and systems. ProMat is where manufacturing and supply chain professionals come to take supply chain to the next level of success.
About Vecna Robotics
Vecna Robotics delivers Automated Material Handling, Hybrid-Fulfillment, and Workflow Optimization solutions featuring self-driving vehicles driven by a learning autonomy stack. Their solutions are delivering value to customers in the distribution, warehousing, and manufacturing sectors. Vecna Robotics’ unique orchestration engine technology, Pivot.al
allows diverse robot types and humans to work together seamlessly and to flexibly yield an adaptive business solution, capable of meeting the increasingly unpredictable market needs.