# Cobot Safety Training and Records

Source: https://skillsvelocity.ai/blog/cobot-safety-training
Updated: 2026-11-11

> Cobot safety training for a collaborative robot cell: what HSE guidance expects, what changed in ISO 10218 in 2025, and how to show who did each check.

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## Cobot safety training: how do I train operators to use a cobot safely?

By Mark Taggart · 11 November 2026

![Step sign-off record with photo, video and voice evidence for each step, the kind of record cobot safety training should leave behind](https://skillsvelocity.ai/media/insights/cobot-safety-training.jpg)

**In short**

Cobot safety training means each operator learns the safe way to start, run, stop and recover the cell, on the current procedure, and shows they can do it. HSE guidance says people who use machinery must be competent to use it safely. The proof is a record of who did which check, to which version, and when.

A cobot, or collaborative robot, is sold on being easy to live with. It sits beside people, often without a fence, and a technician can teach it a new path in an afternoon. That is the appeal, and the risk. When the guarding is a setting in software, a skipped check or a quiet change to a speed limit is invisible until something goes wrong.

For a quality leader, the cost is the incident nobody can explain: who changed the setting, and were they trained to? For someone scaling a workforce, it is the new cell that sits idle because only one engineer is trusted to run it. Good cobot safety training fixes both, and leaves a record.

### What is cobot safety training?

Cobot safety training is the instruction, practice and sign-off that make an operator competent to work with a cobot cell safely. It covers the pre-start checks, normal running, stopping, recovery after a fault, and who may change the safety settings.

It is specific to your cell, your task and your current risk assessment. Three things make it work:

- **The method.** The safe steps for this cell, in order, on the current version.
- **The proof of competence.** Each person shows they can do it, and someone signs it off.
- **The record.** Who did which check, to which version, and when, kept where an auditor can see it.

A cobot cell is a procedure like any other on our [sovereign, closed-circuit AI for manufacturing](https://skillsvelocity.ai/sovereign-ai-for-manufacturing) platform. The difference is that the cost of a missed step is a person, not a batch.

### What does HSE guidance expect for cobot training?

HSE guidance expects anyone who uses work equipment to have adequate information, instruction and training, and to be competent to use it safely. A cobot is work equipment, so the Provision and Use of Work Equipment Regulations 1998 (PUWER) apply.

The HSE [PUWER overview](https://www.hse.gov.uk/work-equipment-machinery/puwer-overview.htm) says equipment must only be used by people who have “received adequate information, instruction and training”. It says that training should cover the correct use of the equipment, the risks and the precautions to take. Where equipment has specific risks, its use is limited to people who are trained and appointed to use it.

HSE’s brief guide, [Providing and using work equipment safely (INDG291)](https://www.hse.gov.uk/PUBNS/indg291.pdf), goes further on machinery: “Adequate training should ensure that those who use the machine are competent to use it safely.” It also covers machines controlled by programmable electronic systems. Changes to the programs should be made by a competent person, and a record of those changes should be kept and checked.

That matters for cobots. Speed limits, force limits and safety zones live in the controller, so changing them is a programming change. “Who may change the cobot safety settings?” needs a named answer and a record.

A safety setting is a program change. Only an appointed person makes it, and it is logged and checked before anyone works beside the cobot again.

### What changed for collaborative robot safety in 2025?

The international robot safety standards were revised in February 2025. [ISO 10218-1:2025](https://www.iso.org/standard/73933.html), edition 3, covers the robot itself. [ISO 10218-2:2025](https://www.iso.org/standard/73934.html), edition 2, covers robot applications and robot cells, including information for use across operation and maintenance. ISO says Part 2 complements ISO/TS 15066, which addresses collaborative robot applications.

The practical shift is in how sites should think about the machine. A [Machinebuilding.net article on the changes](https://www.machinebuilding.net/navigating-upcoming-changes-to-cobot-safety-regulations), published in December 2024 by a cobot safety specialist, advises readers to “start to think of cobots as robots for collaborative applications” and reminds them they “are still industrial robots”. It says the integrator and the site running the cell must complete a detailed risk assessment of the robot and the application, and that a fully traceable risk assessment creates an audit trail.

So the safety of a cobot cell belongs to the application: the task, the tool, the part, the layout and the people. When any of those change, the risk assessment changes, and so should the training. This is not legal or certification advice. Your safety and quality teams decide what your site needs.

### What should a cobot safety checklist include?

A cobot safety checklist should cover the checks before start-up, the safe way to run and stop, recovery after a stop, and who may change settings. Each line needs an owner and the evidence you would show an auditor.

| Check | Who does it | Evidence to keep |
| --- | --- | --- |
| Risk assessment for this application is current | Safety lead | Version and date |
| Operator trained on this cell and this version | Supervisor signs off | Name, version, date, result |
| Pre-start: work area clear, tooling secure, e-stops tested | Operator | Each step ticked, with time |
| Safety settings match the approved values | Operator views, appointed person changes | Values checked against the version |
| Normal running and safe stop practised | Operator | Observed and signed |
| Recovery after a protective stop | Operator | Steps followed, in order |
| Any program or setting change | Appointed, trained person only | Change log, check before restart |

Adapt it to your own risk assessment. Any line where you cannot fill the evidence column is the gap to close first.

### Why do cobot checks get skipped?

They get skipped because the cobot usually behaves and the sheet is somewhere else. By the hundredth start-up, people work from memory.

Here is a worked example. The numbers are illustrative: swap in your own.

| Item | Value |
| --- | --- |
| Cobot cells | 2 |
| Shifts a day | 3 |
| Working days a year | 230 |
| Pre-start checks a year | 1,380 |
| Steps per pre-start check | 8 |
| Step records a year | 11,040 |
| Paper sheets incomplete or missing | 1 in 50 |
| Checks with no proof a year | About 28 |

Twenty-eight start-ups a year with no proof the e-stops were tested is a hard conversation after an incident, and in a customer audit. A guided check that will not move on until each step is confirmed closes that gap, and the record builds itself. That is what we mean by getting it [right first time](https://skillsvelocity.ai/blog/right-first-time-training).

The work is the same. The difference is whether you can show it was done.

### Who should be allowed to change cobot safety settings?

Only people you have trained and appointed for that job, named in writing. Everyone else can view the settings and check them against the approved values, but not change them.

In practice that means three levels. Operators run the cell and do the pre-start checks. A smaller group recovers faults and restarts after a protective stop. A named few change programs and safety settings, and every change is logged and checked. Your records should show which level each person holds, for which cell, on which version. We set out what that record needs in [operator competence records for ISO 9001 audits](https://skillsvelocity.ai/blog/operator-competence-records-iso-9001).

### What does Skills Velocity do about cobot safety training?

We make the safe method easy to follow on the line and leave a record behind, so operators get effective faster and you can show who did what.

- **Film the safe method once.** Your best engineer runs the pre-start check and recovery while talking it through. [NSFlow](https://skillsvelocity.ai/products#pk-nsflow) turns it into translated, step-by-step work instructions, as on our [smart glasses work instructions](https://skillsvelocity.ai/smart-glasses-work-instructions) page.
- **Guide each step, hands-free.** Operators follow the check on smart glasses, a tablet or a phone, and search by voice for the exact step, as in [voice-searchable work instructions](https://skillsvelocity.ai/blog/voice-searchable-work-instructions). If they try to skip a step, they are advised before they move on.
- **Keep the record.** Every step, check and sign-off is tracked against a person, a time and a version. That record [proves competence, not just completion](https://skillsvelocity.ai/what-we-fix#outcomes), and it supports your evidence.
- **Camera checks, in pilot.** Our [vision cameras](https://skillsvelocity.ai/products#pk-vision) can watch a task and flag a missed step. For cobot cells this is a pilot.

![Step 3 of 11 on a machine tool with the part highlighted and voice commands, the same guided steps used for cobot safety training](https://skillsvelocity.ai/media-2026/skills-velocity/skills-velocity-step-by-step-ar-work-instruction-machine-tool.webp)

Guided steps on a machine tool. A cobot pre-start check works the same way: one step at a time, in order, on the current version.

![Validation record for a lathe task showing each step passed, photo and video evidence, technician and supervisor sign-off and an audit trail](https://skillsvelocity.ai/media-2026/skills-velocity/skills-velocity-audit-ready-step-sign-off-validation-record.webp)

An example step sign-off record from a lathe task. The same structure records a cobot check: who, which step, which version, when.

Spoken questions answered from your approved content are in pilot, on closed-circuit AI inside an environment you control. The first workflow is live in hours. If missed steps are the wider worry, see the [problems we solve](https://skillsvelocity.ai/problems-we-solve#problem).

### Next step

Two ways to see it on your own cobot cell:

- **[Book a demo](https://skillsvelocity.ai/contact).** Bring your pre-start check and we will turn it into guided, tracked steps while you watch.
- **Send your SOP, see it play.** Email mark@skillsvelocity.ai with your cobot procedure. A redacted or non-sensitive example is fine.

### Frequently asked questions

#### How do I train operators to use a cobot safely?

Train them on your cell and your current risk assessment, not robots in general. Show the pre-start checks, normal running, safe stopping and recovery, have each person do it while observed, and sign it off. Record who was trained, on which version, and when.

#### Does PUWER apply to cobots?

Yes. A cobot is work equipment, so HSE expects the people who use it to have adequate information, instruction and training. Where equipment has specific risks, HSE says its use should be limited to people who are trained and appointed. Your safety team decides what that means for your site.

#### Who is allowed to change co-bot safety settings?

Only people you have trained and appointed for that task. HSE guidance says changes to programmable control systems should be made by a competent person, recorded and checked. Operators can view the settings and check them against the approved values, but should not change them.

#### What changed in ISO 10218 in 2025?

ISO published new editions of ISO 10218-1 and ISO 10218-2 in February 2025. Part 2 covers robot applications and cells and complements ISO/TS 15066 on collaborative applications. Safety specialists advise treating cobots as robots for collaborative applications, still industrial robots, with a traceable risk assessment.

#### What records should we keep for cobot safety training?

Keep who was trained, on which cell and which procedure version, who signed it off, and when. Add the pre-start checks with each step ticked, and a log of every safety setting change and its check. That record supports your evidence for customers, insurers and inspectors.

**Send us your SOP or PDF training and watch it become playable.** [Book a demo](https://calendly.com/skillvelocity/45min) · [Send your SOP, see it play](mailto:mark@skillsvelocity.ai?subject=SOP%20to%20playable%20training&body=Hi%20Mark%2C%0A%0AI%27ve%20attached%20an%20SOP%20%2F%20PDF%20training.%20Please%20turn%20it%20into%20playable%20training.%0A%0AName%3A%0ACompany%3A%0ARole%3A)