The Tool Desk
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Prepare the workplace around the complete application—not the robot’s humanoid shape. Before a rented humanoid robot arrives, define its task and operating modes, assign duties between your employer, rental provider and integrator, map every activity around the work area, complete a worker-involved risk assessment, install the selected safeguards, confirm site requirements, train everyone who could be exposed, and document site acceptance.
No universal floor area, load rating, charging arrangement, power specification, network requirement or environmental limit can be stated for an unspecified robot. Those values must come from the exact model’s installation and operating documentation. A rental contract also does not transfer the employer’s duty to provide a safe workplace: the integrated application must be evaluated and accepted before operation.
What “ready” means before installation
A workplace is ready when the intended application has been defined, hazards and exposures have been assessed with affected workers, controls have been implemented, responsibilities are documented, people are trained, and the integrated system has passed a recorded acceptance check. The unit itself is only one part of the system. The task, software and operating mode, carried items or end effectors, routes, people, nearby equipment and procedures all affect risk.
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Do not infer that a humanoid appearance makes a machine safe to approach. Likewise, a supplier’s use of the word “collaborative” is not proof that unguarded contact is acceptable. Any claim about safe human-robot proximity must be supported by the application-specific assessment and the safeguards selected for that application.
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1. Define the deployment and assign responsibilities
Start with a written deployment brief. Keep it specific enough that another person can understand exactly what will happen on the site.
Record the intended use
- The task or tasks the robot will perform, including what it picks up, carries, pushes, operates or hands to a person.
- Operating schedule, expected duty cycle and periods when the robot is idle, charging, being taught, cleaned, replenished or recovered.
- Every operating mode available on the supplied system, such as automatic operation, manual or teach operation, remote operation and maintenance mode. Use the names in the vendor documentation.
- End effectors, tools, grippers, payloads, sharp edges, hot or cold items, chemicals and any other carried material.
- Expected proximity of employees, contractors, visitors and members of the public, including people who may pass through without working on the robot.
- Who may start, stop, supervise, reset, recover, inspect, clean, maintain or modify the system.
Put the rental arrangement in writing
Review the rental agreement and statement of work with the provider and any integrator. A short-term rental still needs a clear allocation of duties. The agreement should identify who is responsible for the application risk assessment, installation, commissioning, safeguards, software configuration, operator and maintainer training, preventive maintenance, repairs, emergency support, incident reporting and removal.
Ask the provider to supply the model’s installation instructions, operating instructions, limitations, maintenance information, safety functions and any assessment results it has already completed. Confirm which documents apply to the exact hardware and software revision being delivered.
Use a responsibility matrix
| Activity | Questions to resolve | Acceptance evidence |
|---|---|---|
| Risk assessment | Who leads it, who supplies technical data, and which affected workers participate? | Signed, dated assessment covering the actual task and modes. |
| Installation and integration | Who anchors, connects, configures and verifies the robot and its safeguards? | Installation record, configuration record and inspection results. |
| Safeguarding | Who supplies, tests, maintains and repairs guards, sensing, interlocks or other controls? | Functional test results and maintenance ownership. |
| Training | Who trains operators, maintainers, supervisors and people who may enter the area? | Training content, attendance and authorization records. |
| Maintenance and recovery | Who may access the robot, isolate energy, clear faults and release it back to service? | Written procedures, authorization list and service log. |
| Site acceptance | Who has authority to reject the installation or stop operation? | Completed acceptance checklist with open items closed or formally controlled. |
OSHA’s Technical Manual says employers should ensure that an integrator has designed and implemented a safe application and should verify compliance, commonly during site acceptance. Treat acceptance as a shared technical review, not as a delivery signature.
2. Map the whole application area
Draw the robot’s work envelope and travel routes, then expand the map to include every foreseeable activity. The map should be usable by someone who was not involved in the installation.
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Include more than normal production
- Robot reach, turning space, stopping distance and any route used by a mobile base or carried load.
- Operator stations, loading and unloading points, material storage, charging location and network or control equipment.
- Adjacent workstations whose employees could reach into the envelope or be struck by a moving part or payload.
- Startup, shutdown, mode changes, teaching, testing and restart after an emergency stop.
- Fault recovery, jam clearing, cleaning, inspection, replenishment, battery exchange and waste handling.
- Planned maintenance, unplanned repairs, contractor access, deliveries and building services work.
- Fire exits, evacuation routes, accessible routes and areas where visitors or untrained personnel may pass.
OSHA’s manual advises including expected activities in the workspace even when they are not associated with the robot application. A route that is harmless during production can become hazardous during recovery or maintenance, so mark those conditions separately.
Identify people and exposure paths
List each group that could be exposed: operators, maintenance staff, supervisors, cleaners, material handlers, contractors, visitors and people working at neighboring stations. For each group, note how they could enter the area, what they might touch, and whether they understand the robot’s signals and restrictions. Include foreseeable mistakes, such as a person reaching through an opening, entering to retrieve an item or assuming that a stopped robot is de-energized.
3. Complete a worker-involved risk assessment
Complete and document the assessment before commissioning. It must describe the actual robot, tooling, task, layout, operating modes and people—not a generic humanoid-robot scenario.
“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.
Structure the assessment around tasks and modes
- Describe each task from setup through shutdown, including loading, unloading, cleaning and recovery.
- For every task, identify hazards and the people who may be exposed. Consider movement, crushing, pinching, impact, falling or dropped loads, unexpected restart, electrical or stored energy, hot surfaces, sharp tooling, batteries, chemicals, noise and environmental conditions where relevant to the supplied equipment.
- Evaluate normal, abnormal, unusual and complex work. Include loss of communication, sensor faults, software or configuration changes, blocked routes and a person entering at the wrong time.
- Determine when exposure occurs and what initiates movement. Record stopping behavior, access points, visibility, alarms and the consequences of a failed or bypassed safeguard using the information supplied for the model.
- Select risk-reduction measures, assign an owner for each measure and define how it will be verified.
- Review the assessment with the employer, rental provider or integrator and affected workers. Update it when the task, layout, software, tooling, payload or operating mode changes.
The assessment document is evidence of the decision process; it is not proof by itself that the final installation is safe. The installed application must be checked against the assumptions in the assessment.
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4. Implement controls selected for the application
Use the safeguards identified by the assessment and applicable requirements. The right combination depends on the task and exposure; there is no universal checklist that makes every humanoid robot safe.
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Where people must be kept out of the hazard zone, use an appropriate guarded or restricted area with controlled access. Depending on the assessed risk, this may involve fixed guarding, interlocked access, presence-sensing devices, monitored doors, safety-rated stops or other engineered measures. The provider or integrator should explain the safety function, reset conditions, fault response and inspection method for each device.
Procedural and administrative controls
Written procedures should cover authorization, startup, normal stopping, emergency stopping, restart, fault recovery, cleaning, replenishment, inspection, maintenance and release back to service. Procedures should identify who may perform each action and what must be checked first. Supervision and communication methods may supplement engineered safeguards, but they should not be used to excuse a missing safeguard that the assessment requires.
Personal protective equipment
Use PPE only for hazards it is intended to control and specify it in the task procedure. PPE does not make an otherwise uncontrolled robot movement safe and cannot replace guarding, sensing or energy isolation where those controls are required.
Markings and signs
Floor markings and signs can communicate a boundary that the assessment has already defined. Tape, paint or a warning sign is not a protective device: it will not stop a robot, prevent access or control unexpected movement. Keep markings visible, maintain them and combine them with the engineered and procedural controls selected for the application.
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Collaborative operation requires evidence
If people and the robot are intended to share space, document the operating parameters and possible contact scenarios considered by the assessment. A product description or “collaborative” label alone does not establish acceptable speed, force, pressure, separation or contact conditions for your task, payload and tooling.
5. Confirm installation, service and site requirements
Obtain the exact model’s installation and operating documents before the delivery date. Compare the stated requirements with the proposed location and record any variance for resolution.
| Site topic | What to verify with the provider | Why it matters |
|---|---|---|
| Footprint and clearances | Robot dimensions, reach, travel path, access for service and required clearance around moving parts. | Prevents conflicts with structures, people, exits and adjacent work. |
| Floor and anchoring | Required floor condition, anchoring method, levelness, vibration limits and permissible floor loading. | Supports stability and repeatable stopping or movement. |
| Power and charging | Voltage, current, disconnects, charging location, battery handling and charging supervision requirements. | Prevents unsuitable connections and unmanaged energy hazards. |
| Network and control | Wired or wireless connectivity, latency or availability constraints, remote-access controls and cybersecurity responsibilities. | Clarifies what happens when communication is lost and who can connect remotely. |
| Environment | Temperature, humidity, dust, liquids, lighting, electromagnetic conditions and any restricted atmospheres stated by the manufacturer. | Confirms that the robot and safeguards can operate as intended. |
| Access and service | Required tools, service clearances, parts, maintenance intervals, qualified personnel and support response. | Prevents improvised intervention and unplanned downtime. |
For an unspecified rented humanoid robot, exact values for these cells are not stated. Do not fill them with assumptions from another model. Require the provider to identify the document revision and the value or condition that applies to the delivered unit.
Define stopping, isolation and recovery
Ask the integrator to demonstrate normal stop, emergency stop, protective stop, restart and fault recovery. Identify every energy source, including electrical, pneumatic, hydraulic, gravity, stored mechanical energy and battery energy where applicable. Establish who may isolate energy, which locks or tags are used, how zero-energy or safe-state conditions are verified, and who authorizes re-energization. The rental agreement should state who supplies and maintains any isolation hardware and who responds to a failure.
6. Train everyone who could be exposed
Training must occur before a person is assigned work or allowed to enter the controlled area for a task. Include operators, maintainers, supervisors, cleaners, material handlers, contractors and people who may routinely pass through the perimeter.
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Role-specific content
- Operators: intended use, permitted modes, startup and shutdown, normal stops, emergency stops, alarms, access rules, load limits stated by the provider and the response to abnormal behavior.
- Maintainers and integrators: authorization boundaries, energy isolation, safe-state verification, service access, configuration control, testing after work and release to production.
- Supervisors: who is authorized, how to stop work, how to report changes or incidents, and when the assessment must be revisited.
- Other workers and visitors: boundary meaning, prohibited actions, warning signals, how to request access and what to do if the robot behaves unexpectedly.
Use demonstrations or hands-on verification where the task requires it, and retain attendance, content, authorization and refresher records. Retrain when the robot, tooling, layout, software, procedure or safeguard changes, or when an observation shows that people do not follow the intended method.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.7. Perform documented site acceptance before use
Do not release the rental to production merely because it powers on. Conduct acceptance with the employer, provider or integrator and representatives of affected workers.
- Confirm that the delivered model, software revision, tooling and payload match the deployment brief and assessment.
- Walk the layout and verify clearances, routes, access control, exits, charging and service space.
- Test each required safeguard, interlock, sensor, stop function, alarm, reset and restart condition under documented conditions.
- Demonstrate normal operation, foreseeable abnormal conditions, communication loss and recovery without bypassing safeguards.
- Verify procedures for startup, shutdown, emergency response, cleaning, replenishment, maintenance and energy isolation.
- Check that required training is complete and that only authorized people have access to controls and service functions.
- Record test results, defects, temporary restrictions, responsible owners and due dates. Do not operate with an unresolved item that defeats a required control.
- Obtain sign-off from the people authorized by the responsibility matrix, then retain the assessment, drawings, manuals, test records, training records and acceptance decision.
8. Manage the robot throughout the rental
Acceptance is a point-in-time decision. Keep the application under change control for the rental period.
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- A new task, payload, end effector, route, operating mode or software update.
- A change to guarding, sensors, network access, charging location, floor layout or neighboring work.
- An incident, near miss, unexpected contact, repeated fault or safeguard failure.
- Maintenance that changes a safety function or configuration.
- A change in workforce, contractor access, shift pattern or supervision.
Stop operation when a required safeguard is damaged, defeated or behaving unexpectedly. Control access, notify the responsible provider or integrator, investigate the condition, update the assessment if needed, and perform the specified tests before returning the system to service.
U.S. standards and jurisdiction notes
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 while expressly distinguishing those materials from OSHA regulations. U.S. employers must still evaluate other applicable workplace requirements and 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 points to Part 2 for integration and robot applications. Verify the edition, legal status and applicability for the deployment’s location, robot classification and integration scope. A consensus standard should not be described as an OSHA regulation.
Outside the United States, identify the country or jurisdiction before selecting compliance documents. The rental provider’s standard package may not address local legal duties, building rules, electrical requirements, worker consultation obligations or machinery conformity requirements.
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Quick Recap
Common preparation failures and corrective actions
| Failure | Why it fails | Corrective action |
|---|---|---|
| Relying on appearance or a collaborative label | Humanoid form and marketing terminology do not evaluate your task, payload or people’s exposure. | Complete the application-specific assessment and implement its safeguards. |
| Using tape or signs as the only boundary | Markings communicate but do not prevent entry or stop motion. | Use engineered access control or sensing where the assessment requires it; maintain markings as a supplement. |
| Assessing only normal production | Cleaning, recovery, maintenance and nearby work often create different exposures. | Map all foreseeable activities and operating modes. |
| Assuming the rental provider owns every duty | Contracts can allocate work but do not remove the employer’s obligation to verify a safe workplace. | Use a responsibility matrix and require employer acceptance of the integrated application. |
| Accepting generic manuals | Another model, software revision or tool can have different limits and safety functions. | Match documents and tests to the delivered configuration. |
| Training only the named operator | Other workers, cleaners, contractors and passersby may still enter the exposure area. | Train every role that can be exposed and control visitor access. |
| Changing the task after acceptance | A new payload, route or mode can invalidate assumptions in the assessment. | Pause, review the change, update controls and repeat acceptance checks as needed. |
Practical pre-delivery checklist
- Task, schedule, modes, tooling, payload and people’s proximity are written down.
- Rental agreement and statement of work allocate assessment, integration, safeguards, training, maintenance, emergency support and acceptance.
- Exact model documentation and revision information are in hand.
- Application map includes normal work, startup, shutdown, recovery, cleaning, replenishment, maintenance, charging and nearby activities.
- Worker-involved risk assessment is complete, reviewed and tied to specific controls.
- Footprint, clearances, floor, power, charging, network, environment and service requirements are verified against the site.
- Stopping, isolation, recovery and restart procedures are written and demonstrated.
- Safeguards are installed, maintained by an identified owner and function-tested.
- Operators, maintainers, supervisors and other potentially exposed people are trained and authorized.
- Site acceptance records, test results, open-item decisions and training records are retained.
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