The AMR employs built-in sensors and cameras and sophisticated software to analyze the surrounding environment and determine the most efficient path to its destination while safely avoiding objects and people, obviating the need to install or alter costly auxiliary sensing equipment.
It automates every circumstance when an employee pushes or delivers a cart, enabling them to focus on other responsibilities thanks to its unrivaled versatility and intelligent technology.
Why Utilize Self-Driving Technology?
To complement our current product lines, AMS presents a new innovative Aluminum Racking System.
Manufacturing robots increase productivity from raw material handling to completed product packaging.
For continuous manufacturing, robots may be designed to function 24 hours a day, seven days a week, even when the lights are turned off.
Robotic equipment is highly adaptable and may be adapted to do even the most difficult tasks.
Manufacturers are rapidly embracing automation to stay competitive, with robotics being used more.
AMR is not "attached" to any guide for movement. Instead, they can pick up their own route by analyzing any obstacles on the way and reaching their destination efficiently. We previously had Automated Guided Vehicles (AGVs) before Natural Navigation which were not as efficient as AMRs.
AMRs Offer Superior Efficiency
AGVs travel using various navigation methods, such as following a magnetic tape on the floor or using laser navigation to triangulate location and movement. These technologies require some form of gear or gadget on the work surface to facilitate proper navigation.
Instead, Autonomous Mobile Robots do not require anything to navigate since they recognize and map their surroundings. They "see" everything, including walls, columns, and shelves, and use that information to guide and position themselves.
SLAM (Simultaneous Localization and Mapping) is a set of algorithms for navigation in Autonomous Mobile Robots. As its name implies, the robot maps its surroundings and determines its location. A variety of technologies and sensors are used to map and monitor the surroundings and estimate AMR placement.
Read here to know more about Autonomous Mobile Robots.
