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Application Guides
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Welding Positioners and External Axes: Why a Longer Robot Arm Is Often the Wrong Answer
When a welding robot cannot reach a joint at the correct angle, the instinctive response is to specify a robot with a longer reach. In many cases, this is the ...
By
AIsirRobot Research Team
2026-09-02
Autonomous Forklift Docking and Pallet Detection: What Buyers Need to Verify Before Deployment
Autonomous forklifts promise to eliminate the most repetitive part of warehouse labor — driving to a pallet, aligning forks, lifting, and reversing out. But the moment that separates a working ...
By
AIsirRobot Research Team
2026-09-02
Machine Tending Robot Cell Planning: Doors, Chucks, Part Presentation, Cycle Time, Inspection, and Recovery
A robot arm that can reach into a CNC machine is not the same as a machine-tending cell that runs reliably across shifts. The difference is everything between the arm ...
By
AIsirRobot Research Team
2026-09-02
AMR–WMS Integration Explained: Tasks, APIs, WCS, Fleet Managers, Status Callbacks, and Failure Points
A warehouse management system (WMS) that “has an API” is not the same as a warehouse where mobile robots automatically receive tasks, execute them, and report status back to the ...
By
AIsirRobot Research Team
2026-09-02
AMR Fleet Design for Large Warehouses: Throughput, Traffic, Charging, and Expansion Planning
Selecting one autonomous mobile robot (AMR) is a product evaluation exercise: compare payload, speed, navigation technology, and price. Designing an AMR fleet for a large warehouse is a systems engineering ...
By
AIsirRobot Research Team
2026-09-01
Delivery Robots for Hotel Groups: Elevators, Guest Privacy, Fleet Management, and Multi-Site Rollout
A single hotel can pilot a delivery robot with relative ease: one elevator, one floor plan, one set of staff, and a manageable number of guest interactions. A hotel group ...
By
AIsirRobot Research Team
2026-09-01
Cleaning Robots for Shopping Mall Chains: How to Standardize Fleet Specifications Across Different Sites
A shopping mall chain that deploys cleaning robots at one location will eventually want to replicate the deployment across its portfolio. But no two malls are identical: they differ in ...
By
AIsirRobot Research Team
2026-09-01
How to Plan Spare Parts and Service for a Multi-Site Robot Fleet
A single robot can be supported with a phone call to the supplier and a parts order that arrives in a few days. A fleet of 30 robots across 5 ...
By
AIsirRobot Research Team
2026-09-01
Network and IT Requirements for Mobile Robot Fleets: Wi-Fi, Cloud, APIs, Access Control, and Offline Recovery
“The robot has Wi-Fi” is not an IT readiness assessment. A mobile robot fleet depends on network infrastructure in ways that go far beyond a simple connectivity check. Coverage gaps, ...
By
AIsirRobot Research Team
2026-09-01
Robot Project Governance: What Operations, IT, Facilities, Safety, and Procurement Each Need to Own
Robot projects fail between departments, not just in the robot. A robot that meets its technical specifications can still stall during deployment because IT was not told that the robot ...
By
AIsirRobot Research Team
2026-09-01
Robot Fleet Management for Large Facilities: Task Allocation, Traffic, Uptime, Alerts, and Reporting
When a facility operates one or two robots, a simple dashboard that shows each robot’s status is sufficient. When the fleet grows to 10, 20, or 50+ robots operating simultaneously ...
By
AIsirRobot Research Team
2026-09-01
How Many Robots Do You Actually Need? Fleet Sizing for Cleaning, Delivery, and Intralogistics Projects
“How many robots do we need?” is one of the first questions in any robot fleet project—and one of the most frequently answered incorrectly. The common approach of dividing the ...
By
AIsirRobot Research Team
2026-09-01
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