The Tool Desk
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What makes a rented humanoid robot a workplace-safety project?
A humanoid shape does not make a robot inherently safe. Risk comes from the complete application: the robot, software and operating modes, tools or carried loads, task, people nearby, physical layout and work procedures. A machine marketed as “collaborative” still requires an application-specific assessment of possible contact, trapping, impact, unexpected movement and access during setup, recovery or maintenance.
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Rental arrangements add a management issue. The supplier may own the robot, while your organization controls the building, schedules employees and directs the work. An integrator may install safeguards or connect the robot to other equipment. Unless the contract assigns each duty clearly, important work can fall between organizations.
The goal of preparation is therefore not to find a universal humanoid-robot checklist. It is to produce a documented, accepted application in which hazards, controls, responsibilities and operating information are clear before commissioning.
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“Preparation and implementation of thorough risk assessments (RAs) with workers are critical for worker safety.” — Occupational Safety and Health Administration, Technical Manual, Section IV, Chapter 4.
Start by defining the deployment and assigning responsibility
Do this before delivery. Write a short deployment description that another person could use to understand exactly what will happen on site.
Record the intended use
- The task or tasks the robot will perform, including what it picks up, carries, pushes, assembles or observes.
- The planned schedule, such as a fixed shift, intermittent use or supervised demonstrations.
- Every operating mode: automatic, manual, teach, remote, reduced-speed, recovery and maintenance modes supplied for the system.
- End effectors, tools, fixtures, payloads and any materials that can become hazardous when moved.
- How close employees, contractors, visitors and members of the public may come to the robot.
- Who is allowed to start, stop, reset, supervise, change a task, enter the work area or service the equipment.
Do not describe the project only as “renting a humanoid robot.” A task, tool or operating mode can change the hazards even when the robot hardware is unchanged.
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Use the rental agreement to close responsibility gaps
Review the rental agreement and statement of work with the supplier and any integrator. Put the following assignments in writing:
| Activity | Responsibility to assign | Evidence to obtain |
|---|---|---|
| Application risk assessment | Who leads it, who supplies technical information and who approves the final assessment | Signed assessment covering the actual task and operating modes |
| Installation and integration | Who positions the robot, connects utilities, configures software and interfaces with other equipment | Installation record and configuration details |
| Safeguarding | Who supplies, installs, tests and maintains guards, sensing, interlocks or other selected controls | Safeguard test results and maintenance ownership |
| Training | Who trains operators, maintainers, supervisors and people who may enter the area | Training content, attendance and competency records |
| Maintenance and recovery | Who performs routine service, fault recovery and repairs, and who can authorize access | Service procedure, escalation contacts and isolation method |
| Emergency response | Who stops the system, manages an incident and contacts technical support | Emergency instructions and contact list |
| Site acceptance | Who verifies that the integrated application and safeguards work before release | Acceptance checklist, test results and approval date |
OSHA advises employers to ensure that an integrator has designed and implemented a safe application and to verify compliance, commonly during site acceptance. Treat acceptance as a shared review, not as a delivery signature.
Map the whole application area, not just the robot’s footprint
Obtain the robot’s work envelope and planned travel routes, then draw a map that includes people and activities around it. The map should cover the normal work area and foreseeable non-routine work.
Include every phase of work
- Delivery, unpacking, positioning and initial setup.
- Startup, login, mode selection and task loading.
- Normal operation and movement between stations.
- Shutdown, pauses, resets and restart after a stop.
- Loading, replenishment, cleaning and removal of finished material.
- Fault recovery, dropped-object recovery and clearing a blocked route.
- Inspection, adjustment, software changes and maintenance.
- Work performed by other employees in adjacent areas, including forklifts, carts, ladders and temporary work.
- Fire, medical or other emergency access and evacuation routes.
OSHA’s technical guidance says an application risk assessment should include expected activities in the workspace, including activities not associated with the robot application. That means a nearby cleaning task or a delivery route belongs on the map when it could expose someone to the robot.
Mark boundaries only after the assessment
Use the map to identify where a person could be struck, trapped, caught between the robot and a fixed object, exposed to a carried load or unexpectedly brought into the robot’s path. A floor line or warning sign can communicate a boundary selected by the assessment, but it does not stop entry or prevent motion. Do not treat marking tape, signs or a humanoid appearance as a protective device.
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Complete a worker-involved, task-based risk assessment
The assessment should precede commissioning and describe the actual rented system at the intended site. A generic document supplied for another task or facility is not enough.
Bring the right people into the review
Include the employer or site safety lead, the supplier or integrator, operators, maintainers and workers who perform nearby tasks. Workers often know about shortcuts, congestion, awkward reaches, cleaning routines and recovery practices that are absent from engineering drawings. Ask affected workers to review the proposed controls before the robot is released.
Assess each task and operating mode
For every task, identify the hazard, the person who could be exposed, the event that creates exposure and the control that prevents or limits harm. Repeat the exercise for unusual and complex work, not only the intended production cycle.
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- Motion and contact: consider the robot’s movement, acceleration, stopping behavior, reach, joints, hands, feet and any carried item.
- Trapping and pinch points: examine gaps between the robot and walls, racks, tables, vehicles or other equipment.
- Unexpected starts: consider remote commands, automatic restart, recovery from a fault and a person entering while another person resets the system.
- Loads and tools: assess dropped, sharp, hot, heavy or unstable items and the effect of a changed end effector.
- People and traffic: include operators, maintenance staff, cleaners, visitors, contractors and people who merely pass through.
- Energy and service: identify electrical, pneumatic, hydraulic, stored mechanical, thermal or battery energy that must be controlled during service.
- Environment: account for lighting, floor condition, temperature, moisture, dust, noise, reflections, wireless coverage and other conditions that may affect sensing or movement.
Document who may be exposed, when exposure occurs and which control addresses it. Record assumptions, such as a restricted speed, supervised mode or a fixed route, so that a later change can trigger a review.
Do not confuse a document with a safe result
A completed form does not prove that the final installation is safe. Recheck the assessment when the robot, software, task, tool, layout, traffic pattern or operating procedure changes. The integrated system must match the assumptions in the assessment, and the selected safeguards must work in the real environment.
Implement the controls selected for this application
Controls should follow from the hazards identified in the assessment and from requirements applicable to the deployment. The right combination varies by task and operating mode.
Possible control categories
- Physical separation: guarded or restricted areas, controlled gates, barriers and layouts that keep people outside the hazard zone.
- Presence and motion detection: sensing or interlocking that causes the required stop or speed reduction when a person enters a defined area.
- Administrative procedures: authorization, startup and shutdown steps, supervision, access rules, route control and change management.
- Energy control: a documented method to stop, isolate and verify hazardous energy before service or entry.
- Personal protective equipment: equipment selected for residual hazards such as sharp materials, noise or chemicals; PPE does not replace feasible engineering controls.
- Training and information: instructions, labels and briefings that match each person’s duties and exposure.
A control is useful only when it is implemented, maintained and verified. For example, a gate that is present but not interlocked, or a stop button that no one has tested, cannot be treated as an effective safeguard.
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Power-and-force-limited or other collaborative configurations require assessment of parameters and possible contact risks. A label does not establish that an employee may safely share space with the moving robot. Evaluate speed, force, payload, tooling, surfaces, stopping performance and the foreseeable ways a person can be contacted. If the assessment does not support shared-space operation, use separation and controlled access.
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Confirm installation, service and utility requirements with the vendor
Exact requirements cannot be determined without the robot model and the supplier’s installation documents. Obtain the model-specific instructions before site acceptance and compare them with the building and work plan.
Request these technical details
- Robot dimensions, reach, travel path, turning needs and required clearance for normal operation and service.
- Weight, center of gravity, floor-loading limits, anchoring or stabilization requirements and any vibration or surface restrictions.
- Electrical supply, disconnecting means, grounding, charging equipment, battery handling and backup-power expectations.
- Network, authentication, remote-access, software-update and cybersecurity requirements that affect operation or support.
- Temperature, humidity, dust, moisture, lighting, noise and other environmental limits.
- Access needed to inspect joints, batteries, sensors, tools and controllers, including lifting or handling equipment.
- Required guards, sensors, interlocks, emergency stops and interfaces with building or production systems.
- Routine maintenance intervals, consumables, spare parts, fault codes and the boundary between operator recovery and technician service.
Ask the supplier to explain how the robot is stopped, isolated, recovered after a fault and returned to service. Identify who holds the keys, passwords or permissions needed for each action. If the rental includes an integrator, record which party maintains safeguards and who must be called before changing a task or software configuration.
Check the facility before delivery
Compare the supplier’s requirements with the actual site: floor condition, doors, lifts, ramps, electrical panels, charging location, network coverage, drainage or dust controls, emergency routes and storage for tools or materials. Resolve conflicts before the robot arrives. A site that physically fits the robot may still fail because a service door is inaccessible, a charging area blocks an exit or network loss causes an unsafe operating state.
Train everyone who could be exposed
Training must occur before a person is assigned work and before the system is made available for routine use. Include more people than the named operator.
Match training to duties
- Operators: normal startup and shutdown, mode selection, task limits, stop functions, safe response to faults and the rule for calling a qualified person.
- Maintainers and integrators: isolation and verification, access controls, service hazards, configuration management and post-maintenance testing.
- Supervisors: authorization, shift handover, change control, incident reporting and confirmation that safeguards remain in place.
- Adjacent workers, cleaners and contractors: boundaries, prohibited actions, warning signals, how to report a problem and how to obtain permission to enter.
- Visitors and other passers-by: a short briefing or escort process when they may approach the area.
Training should explain the hazards identified in the assessment and the safeguards relevant to each duty. Demonstrate the stop and recovery procedures in the actual layout. Keep attendance, content, competency checks and refresher or change-triggered training records.
Test and accept the integrated application before use
Site acceptance is the point at which you verify that the rented robot, its tooling, software, layout, safeguards and procedures work together as planned.
- Compare the delivered robot and tooling with the deployment description and assessment.
- Inspect the work area, boundaries, access points, routes, floor condition, utilities and charging location.
- Test each safeguard under the conditions in which it is expected to work, including stops, interlocks, sensing, restricted modes and restart behavior.
- Run normal, abnormal and recovery scenarios with trained personnel, including a dropped item, a blocked route, a loss of communication and an emergency stop.
- Verify that isolation and service procedures prevent unexpected motion or release of stored energy.
- Confirm that required instructions, labels, contact details and emergency information are available at the point of use.
- Record defects, assign owners and do not release the system until the responsible parties approve the corrective actions.
- Sign and retain the acceptance record with the assessment, test results, training evidence, configuration and supplier documents.
If the final layout or behavior differs from the assessed application, stop and revise the assessment and controls before operation.
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Require a review before changes
- Changing the task, payload, end effector, speed, operating mode or route.
- Moving the robot, charging station, barriers, sensors or adjacent equipment.
- Updating software, enabling remote access or connecting a new system.
- Changing the workforce, supervision model, shift handover or contractor access.
- Adding traffic, storage, cleaning or maintenance activity near the work area.
- After an incident, near miss, unexpected stop, safeguard failure or repeated fault.
Define who can approve a change and what must be retested. Keep a current drawing, procedure set and contact list at the workplace rather than relying on an obsolete rental-provider file.
Verify safeguards during the rental
Assign a person to check that guards, sensors, stops, signs and access controls remain present and functional. Record inspections and defects. Remove the robot from service when a required safeguard is defeated, damaged or unavailable, and document the decision to return it to operation.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.U.S. standards and jurisdiction considerations
For U.S. deployments, OSHA’s robotics standards page currently states that there are no specific OSHA standards for the robotics industry. The page points readers to national consensus standards and technical reports and distinguishes those materials from OSHA regulations. That does not eliminate an employer’s duty to evaluate other applicable workplace requirements or the hazards of the particular application.
The current ANSI catalog listing describes ANSI/A3 R15.06-2025 as the U.S. national adoption of ISO 10218-1:2025 and ISO 10218-2:2025, replacing the 2012 edition. ISO describes Part 1 as addressing the robot itself and directs users to Part 2 for integration and robot applications. Confirm the edition, scope and applicability for your location, robot classification and integration. A consensus standard should not be described as an OSHA regulation.
Outside the United States, identify the legal framework before signing the rental agreement. Requirements for machinery, electrical work, safeguarding, worker consultation, privacy, radio equipment and emergency planning vary by jurisdiction. Ask the supplier and a competent local safety professional how the selected controls fit those requirements.
Documents to have ready at handover
- Deployment description covering tasks, modes, tools, loads, schedules and authorized users.
- Current site map showing the work envelope, routes, access controls, adjacent activities and emergency paths.
- Task-based risk assessment reviewed by the employer, supplier or integrator and affected workers.
- Safeguarding design, inspection and functional-test records.
- Vendor installation, operating, maintenance, charging and recovery instructions.
- Isolation or energy-control procedure and service authorization process.
- Training materials, attendance and competency records for each affected group.
- Emergency contacts, incident-reporting route and escalation procedure.
- Site-acceptance checklist, open-action log and signed approval.
- Change log showing later modifications, reassessments and retests.
Keep the documents controlled so operators can tell which version is current. Make critical stop, access and emergency instructions available where the robot is used, not only in a shared drive.
Common preparation failures and how to correct them
“It is humanoid, so people will know how to work around it.”
Correct the assumption with a task-based assessment. Human-like proportions do not reveal force, speed, stopping distance, payload or failure behavior. Use measured or supplier-documented characteristics and assess the actual application.
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Ownership of the machine does not transfer control of your workplace. Assign duties contractually, obtain the assessment and operating information, and verify the integrated safeguards at acceptance.
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“A collaborative label means no guard is needed.”
Evaluate contact risks and parameters for the specific task, tool, load and mode. If shared space is not supported by the assessment, provide separation and controlled access.
“A floor line is the control.”
Use markings or signs only to communicate a boundary already selected by the assessment. Add physical, sensing, procedural or supervisory controls when the hazard requires them.
“The generic vendor assessment covers us.”
Review the robot in your layout, with your workers, traffic, tools and recovery tasks. Update the assessment whenever the application changes.
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Train maintainers, supervisors, cleaners, contractors and people who may pass through or enter the area. Each group needs instructions matched to its exposure and authority.
“Acceptance means the box arrived.”
Use acceptance to test the integrated application, safeguards, emergency actions and isolation procedure. Keep the records and close defects before release.
A practical go/no-go decision
Do not authorize operation until every answer below is yes:
- Is the task, tooling, load, operating mode and people’s expected proximity documented?
- Are employer, rental-provider and integrator duties assigned for assessment, installation, safeguarding, training, maintenance, emergency response and acceptance?
- Does the map include startup, shutdown, recovery, cleaning, replenishment, maintenance and nearby work?
- Have affected workers participated in the risk assessment?
- Are the selected safeguards installed, functional and maintained?
- Do the site’s floor, power, charging, network, environment and access conditions meet the model-specific instructions?
- Are stop, isolation, recovery and service responsibilities clear?
- Has everyone who may operate, maintain, supervise, enter or pass through the area received appropriate training?
- Has the integrated application passed documented acceptance testing?
- Is there a process to reassess changes, incidents and safeguard failures?
If any answer is no, keep the robot out of service or restrict delivery until the missing decision, control or evidence is resolved. A rented humanoid robot is ready for work only when the complete application—not just the machine—has been assessed, safeguarded, trained and accepted.
Quick Recap
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