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Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Clear out junk files and repair common Windows errorsFree Scan →Choose an autonomous mobile robot (AMR) when the main job is moving loads between locations in a facility. Choose a robotic arm when the main job is manipulating parts at a workstation—for example, assembly, welding, painting, dispensing, or machine tending. If the process needs both transport and manipulation, assess a combined mobile manipulator as an integrated system rather than assuming that combining the robots makes the job simpler or safer.
Which robot fits the work?
| Primary requirement | Start with | What to define |
|---|---|---|
| Move bins, carts, pallets, or materials between locations | AMR | Pickup and drop-off points, route, floor and traffic conditions, load, shifts, charging, and required fleet throughput. |
| Pick, place, assemble, weld, paint, dispense, or tend a machine at a station | Robotic arm | Work envelope, part presentation, load at the required reach, cycle time, repeatability, end effector, controls, and guarding or collaborative-application requirements. |
| Move items and manipulate them at different locations | Combined AMR and arm, or mobile manipulator | Navigation and manipulation together, including stability, reach, power, communications, localization, handoffs, safety, and recovery behavior. |
OMRON’s 2021 comparison guide describes arm applications such as welding, painting, adhesive application, assembly, and material handling; its AMR guidance focuses on transport between pickup and drop-off locations. The useful starting point is the process, not the robot’s label.
Compare the application, not just payload figures
An AMR carries a load along a route. An arm must reach and manipulate a part at a work position. A payload number alone cannot establish whether either robot will do the job: an arm’s fit depends on its required reach and task, while an AMR must carry the load through the facility and meet the route’s operating demands.
- Task and movement: Decide whether the robot transports an object between endpoints, acts on it at a station, or must do both.
- Geometry: For an AMR, map routes, aisle widths, turns, thresholds, ramps, stations, and traffic. For an arm, map reach, work envelope, mounting, part access, and tool orientation. Validate both sets of constraints for a combined system.
- Load and handling: Specify the object, fixture or gripper, and all loads at the relevant operating positions. A catalog maximum does not by itself demonstrate application fit.
- Performance: Set throughput and cycle-time requirements, accounting for waits, handoffs, charging, and recovery. Specify precision and repeatability where the process actually requires them.
- People and safety: Describe worker interaction, shared zones, speeds, stopping behavior, and guarding for the complete application. Have applicable standards and local rules assessed by qualified safety professionals and integrators.
- Integration: Identify PLC and fleet interfaces, sensors or vision, attached equipment, battery and I/O requirements, facility systems, network conditions, and process handoffs.
- Flexibility and operation: Estimate how often routes, stations, products, or processes change. Consider programming, maintenance, training, vendor support, and fault recovery.
- Economics: Request a project-specific total-cost and ROI model that states assumptions for installation, engineering, safety, tooling, fleet software, service, training, downtime, and ongoing operation. The cited sources do not establish a universal cost winner.
Plan safety and integration as part of the system
For AMRs, procurement involves more than choosing a vehicle. OMRON’s AMR buyer guidance recommends checking local and international requirements in each region of operation, planning safe work alongside people, evaluating fleet coordination and charging, and asking whether the robot can supply the power and I/O required by attached equipment. It also discusses integration with arm robots and other automation equipment.
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The Autonomous Mobile Robot Association (AMRA) standards page lists AMRA-201 for general requirements and test methods, AMRA-220 for safety requirements, verification, and validation, AMRA-271 for communication protocols, and AMRA-300 as guidance for robot-friendly environments. AMRA describes AMRA-201:2026 as “Mobile Robots – General Requirements and Test Methods,” edition 1, published July 26, 2026. Its scope covers mobile robots and charging stations for industrial or service settings on solid travel surfaces; it is not a complete purchasing specification or a substitute for evaluating the full installation.
A mobile manipulator adds navigation and manipulation to one application. Assess the system’s stability, whether manipulation occurs while stopped or moving, localization, communications, power, handoffs, and how it behaves after faults. Obtain an integrated feasibility and risk assessment; evaluating the AMR and arm separately is not enough to establish that the combined setup is suitable.
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Collect these details before requesting proposals
- Describe the process: List each task, its start and end points, the objects handled, and the required handoffs.
- Measure the work area: Record route geometry and facility conditions for transport tasks; record reach, mounting, access, and tool orientation for station tasks.
- Document loads and tools: Give suppliers object and fixture details, payload requirements at operating positions, and any attached equipment or end effectors.
- Set operating targets: State shifts, throughput, cycle time, required precision or repeatability, and allowances for charging, waits, and recovery.
- Map people and interfaces: Explain shared work areas, safety expectations, existing controls, sensors, network conditions, and facility-system connections.
- Describe change and support needs: Explain likely changes to routes, products, or processes, and specify expectations for maintenance, training, service, and fault recovery.
- Request comparable proposals: Ask each supplier to state assumptions, integration and safety work, operating costs, and how the proposed system meets the same requirements.
What one AMR specification can—and cannot—tell you
OMRON’s HD Series product page describes the HD-1500 as a facility-transport AMR for heavy pallets and assemblies. The manufacturer lists a maximum payload of 1,500 kg, a maximum speed of 1.8 m/s, and runtime of 12.5 hours without payload or 9 hours at full payload. These are specifications for that model, accessed October 7, 2026—not independent test results or figures for AMRs generally. Confirm current configuration, regional availability, and fit with the supplier. They are not directly comparable with an arm’s payload specification without accounting for reach, cycle, and system configuration.
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