Mobile Automation Group (MAG) members are the Industry’s leading suppliers of automatic guided vehicle systems. They supply systems worldwide and in virtually every major manufacturing and distribution sector.
Both Automatic Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) are computer-controlled wheel-based load carriers (normally battery powered) that run on a plant or warehouse floor (or, if outdoors, on a paved surface). The main difference between AGVs and AMRs is how the path they follow is determined.
This difference leads to differing methodologies for ensuring safe operation for the two types of vehicle.
Mission: To promote the market awareness, growth, and effective use of driverless industrial vehicle systems (e.g. AGVS, AMRs, and AGCs)
Vision: To be the trusted, independent authority on driverless industrial vehicle systems
The MAG group is a collaboration of trusted industry leaders that provide:
MAG member companies meet regularly to review, discuss and revise the standards for design, performance and safe operation of automatic guided vehicle systems. MAG members are committed to the development, maintenance and publishing of industry standard specifications for these systems.
MAG programs include:
|Introduction to AGVs|
|Automatic Guided Vehicle Systems: How They Work|
|The Benefits of the Automated Guided Vehicles in the Smart Manufacturing Industry of Tomorrow|
|MAG Industry Group Releases Summer 2012 Quarterly Report|
|Automatic Guided Vehicle Industry Reports Highest Sales in Many Years|
|74% percent of manufacturing and distribution professionals are considering automation for their operations|
|New Standard for Automatic Guided Vehicles Released|
|Operational Performance and Investment Plans In Warehousing, Distribution and Manufacturing|
AGVS of MHI presents: Is Using Cloud-based Automation Right for your Autonomous Vehicle Systems
Today, cloud-enabled devices and machines are combined with operational enhancements to create what we call smart warehouses. Within these smart warehouses, cloud-based automation and robotics is becoming a viable option to help boost efficiency and productivity. We will review the many important factors to consider when deciding whether cloud-enabled systems can work for your operation.
AGVS of MHI presents: Applications Segmented by Subdivisions
In this seminar you will gain an understanding of how you might utilize AGV technology by looking at examples of existing users. 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.
Navigating the Mobile Automation Landscape
A proliferation of automated mobile vehicle types is occurring and transforming the industry. This session will define the similarities and differences to mobile automation terms like AGVs and AMRs, describe the best use-case practices, and provide the context for making sound ROI calculations in mobile automation.
Leasing AGV for the WIN - How to save Capital and gain ROI through innovative new financial structures
AGVs and AGCs can be an expensive upfront proposition. All too often significant investments of time and effort provide no ROI when the proposal reaches the Board – and hits a brick wall - for capital funding approval. No more! In this session learn how to cut through red tape and drive financial efficiency! We will present how leasing can be an efficient way implement AGV/AGC systems, how to strengthen your ROI calculations, what moving from CapEx to OpEx really means, case studies and how leasing can even provide operating ROI measured in months not years.
ANSI/ITSDF B56.5-2012, Safety Standard for Driverless, Automatic Guided Industrial Vehicles and Automated Functions of Manned Industrial Vehicles
This Standard defines the safety requirements relating to the elements of design, operation, and maintenance of powered, not mechanically restrained, unmanned automatic guided industrial vehicles and the system of which the vehicles are a part. It also applies to vehicles originally designed to operate exclusively in a manned mode but which are subsequently modified to operate in an unmanned, automatic mode, or in a semiautomatic, manual, or maintenance mode.
Devin Wilson, Rutgers University
The $2,000 MAG Honor Scholarship has been awarded to Devin Wilson for the 2021/2022 academic year. Devin is a junior Industrial Engineering student at Rutgers University. He is studying Industrial Engineering because he enjoys the variety of skills he will learn so he can enter the material handling workforce after gradudation. His work experience includes Capacity LLC where he worked on machinery to product high precision parts and TRU Manufacturing where he performed quality control.