FREE WEBINAR
AUTOMATION WITH INTELLIGENT ROBOTS:
AMR (Autonomous Mobile Robots)
How to reduce costs, eliminate bottlenecks, and increase productivity using Autonomous Mobile Robots (AMRs).
July 21
10:00 AM
Does your operation present any of these problems?
Internal logistics may be limiting your growth and profitability
Manufacturing operations and distribution centers face increasing challenges: staff shortages, high operating costs, inefficient material handling, and a lack of real-time visibility.
In this free webinar, you will discover how leading companies are using Autonomous Mobile Robots (AMR) to automate internal transport, optimize line supply, improve traceability, and increase operational efficiency without modifying their existing infrastructure.
Why attend? You will learn the following:
- The main operational problems that AMRs can solve today.
- Real-world use cases in manufacturing, warehouses, and distribution centers.
- How to integrate AMRs with existing ERP, WMS, and systems.
AMR BENEFITS
TRACEABILITY IN REAL TIME
UNLIMITED SCALABILITY
COST REDUCTION
IMPROVED MATERIAL FLOW
INCREASED PRODUCTIVITY
SPEAKERS
Registro

Drew Pitts
Drew Pitts is an automation and technology solutions professional focused on helping healthcare and industrial organizations improve efficiency through robotics and other intelligent workflow solutions. He works closely with customers to identify operational challenges and develop practical, ROI-driven strategies that deliver measurable results.

Trevor Benson
Trevor Benson is the Head of Partnerships in US and Canada. He comes with 9 years of experience in the factory automation space, including experience with other AGV/AMR brands.

Jorge Alberto Pérez
A specialist in industrial automation and smart solutions, with experience integrating technologies such as AMRs, connected systems, and operational digitalization. His focus is on optimizing processes, increasing efficiency, and supporting organizations in the transition toward more agile, automated, and results-oriented industrial models.







