Introducing Titan, Amazon's new mobile robot that can lift up to 2,500 pounds
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Amazon is deploying a new robot to take on the extra-heavy lifting in its fulfillment centers. The new technology called Titan is a mobile robot, which means it will help carry products across our fulfillment centers, supporting safety and efficiency in our operations.
Preparing Your Facility for Mobile Robots: Key Considerations for Seamless Integration
Successful AMR implementation requires careful consideration of several key factors: space analysis, floor conditions, and environmental factors, among others.
Important Trends Impacting the AMR Space
As enterprises transition to 5G wireless networks, which are built specifically to move even more data more quickly and more accurately, AMR performance will make a huge leap, with faster, more precise decisions about the paths they take within the facility.
Transforming Manufacturing Processes with AMRs: Boosting Efficiency and Adaptability
One of the key advantages of AMRs lies in their adaptability. Manufacturing processes often require frequent changes, reconfigurations, or repositioning of equipment and materials. AMRs can quickly and easily adapt to these changing requirements.
Geek+ drives automation of advanced BMW-producing plant in China
Geek+ brings its AMR expertise to premium car manufacturer BMW Brilliance Automotive's vehicle production facility to strengthen digitalization and end-to-end value chain.
Solving Manufacturing Challenges with Autonomous Mobile Robots
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At its simplest form, the AMR market is split into two segments - manufacturing and intralogistics. Because of the wide range of tasks required in numerous industries, there are often specific robots optimized for one environment.
AI-powered Perception Engine for Mobile Robots
Perception Engine, provides mobile robots with advanced perception capabilities. It delivers a revolutionary way of learning an environment and performing localization, obstacle detection, mapping, free space detection and other, higher levels of perception.
10 Key Questions to Evaluate AI-Powered Automation
Selecting the right AI-powered automation for your e-retail warehouse or parcel fulfillment center is an important decision with long-lasting implications.
Enabling AMR Customer Success Through Inductive Charging Technology
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Mobile robot OEMs and end users must find reliable ways to keep vehicles active. Inductive wireless charging is emerging as the new power supply standard for mobile robots and industrial e-vehicles.
12 Ways Companies Are Automating Workflows With Mobile Robots
AMRs can pick up waste (scrap material, packaging, manufacturing by-products) from various points throughout the facility and automatically take it to the nearest waste disposal zone.
AMRs in Fleet Operation and Test Deployment
Manufacturing companies are turning to AMR support in increasing numbers, not just on a small scale, but the interest in entire AMR fleets is gaining significant traction.
Innovation in Mobile Robots for Warehouse Automation
The software is where the real magic is, though, at ForwardX. Our f(x) Fleet Manager is constantly improving using deep learning AI that analyzes every input and creates the most efficient process when dispatching AMRs for large orders or multiple orders.
Investing in AGVs or AMRs? 6 Ways Engineered Mezzanine Flooring Maximizes Implementation Success
Having the wrong elevated flooring surface - such as concrete, which frequently has uneven surfaces, cracks, and spalling - can significantly hamper the function and productivity of AGVs and AMRs.
FORVIA
Currently in the Písek location, 14 MiR robots are deployed. 7 of them, heavy duty MiR robots, mainly MiR600s, work in the area of finished goods, bringing empty pallets to the assembly lines and picking up full pallets to the logistics area.
New technology revolutionizing mobile robot fleets
If firms are not able to get various robots to talk to each other, they may purchase all their equipment from a single manufacturer, despite the solution not being optimal.
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