Cartoning machine safety and UK compliance planning
Safety and conformity duties depend on what is supplied, how machines are combined and how the equipment is installed and used. This guide supports project planning but does not replace competent legal, engineering or site-specific assessment.
Separate supply, integration and use responsibilities
For Great Britain, the current government guidance on the Supply of Machinery (Safety) Regulations 2008 explains requirements that apply before machinery is placed on the market or put into service. The Health and Safety Executive’s PUWER overview describes duties on people and organisations that own, operate or control work equipment. The applicable route and documentation must be confirmed for the actual supply, territory and project.
| Boundary | Questions to resolve |
|---|---|
| Machine supply | What equipment, guarding, controls, documentation and intended use are included in the supplier’s defined machine scope? |
| Assembly of machines | Who is responsible when the cartoner, conveyors, inspection, coding and adjacent equipment operate as a coordinated assembly? |
| Partly completed equipment | Are any elements supplied for incorporation, and what instructions and declarations accompany them? |
| Installation | Who completes positioning, connections, inter-machine guarding, safety circuits, validation of interfaces and final site checks? |
| Use at work | How will the employer ensure suitability, maintenance, inspection, training, safe cleaning and safe intervention throughout use? |
| Modification | How will changes to guards, controls, software, speed, format, tooling or connected equipment be assessed and documented? |
Define intended use and foreseeable misuse
Document the approved products, cartons, loading method, operator tasks, cleaning method, maintenance interventions, production environment and line interfaces. Consider foreseeable actions such as reaching to correct a carton, clearing a jam, replenishing a magazine, bypassing a slow process, accessing a glue system or restarting after a blocked conveyor. The risk assessment should inform the design and operating procedure rather than being written after the layout is complete.
- Identify danger zones during normal production, setup, changeover, cleaning, fault recovery and maintenance.
- Define the safe state and isolation method for mechanical, electrical, pneumatic, thermal and stored-energy hazards.
- Plan guard doors, fixed guards, interlocks and viewing so routine work does not encourage unsafe access.
- Confirm emergency-stop and protective-stop behaviour across connected equipment.
- Provide safe access for cartons, leaflets, glue, change parts, rejects and maintenance tools.
- Include noise, hot surfaces, sharp carton edges, slips, leaks and manual handling where relevant to the real installation.
Treat line integration as a safety interface
When upstream and downstream machines are connected, the project must define the common emergency-stop response, restart prevention, mode selection, access between guards, conveyor movement, accumulation pressure, fault propagation and responsibility for the final assembly. A cartoner that is safe as a stand-alone machine may need additional measures when product transfers or shared access create a new hazard.
Use the line-integration guide for operating states and the installation guide for site and responsibility boundaries. A competent person should review the final assembly and documentation before production use.
Include safety evidence in acceptance and handover
| Evidence area | Examples to confirm for the actual machine |
|---|---|
| Design and supply | Defined intended use, risk-assessment outputs, guarding and control-system scope, instructions, drawings and applicable declarations. |
| Protective functions | Guard interlocks, emergency stops, mode controls, restart prevention, safe fault response and the test method for each function. |
| Installation | Final guard interfaces, services, isolation, access, identification, floor and support checks, and completion of site work. |
| Operation | Approved procedures, training, authorisation, inspections, maintenance, cleaning and fault-recovery controls. |
| Change control | Assessment and records for software, tooling, product, speed, guard, control and connected-line changes. |
The FAT, SAT and commissioning guide can incorporate agreed protective-function checks, but a generic test list is not a substitute for the machine-specific assessment and instructions.
Identify who supplies, integrates, accepts and uses each part of the line
Share the proposed machine and line scope with the competent people responsible for machinery supply, site integration and workplace use before the order and layout are finalised.
Define the machinery and integration boundary before approval
Send the proposed layout, supply scope, connected equipment and site responsibilities for an initial project discussion.
Use current UK guidance for supply, integration and use duties
This page provides project-planning guidance, not a substitute for an application-specific risk assessment or legal advice. The exact duties depend on who designs, supplies, integrates, modifies, owns and uses the completed machinery.
- The Health and Safety Executive explains that PUWER applies to people and organisations that own, operate or control work equipment, including suitability, maintenance, inspection and safe use duties.
- HSE’s UK law on machinery design and supply distinguishes supply obligations from subsequent workplace use.
- The Department for Business and Trade publishes current Great Britain guidance on the Supply of Machinery (Safety) Regulations 2008.
- The legislation itself is available through legislation.gov.uk.
Confirm the applicable product-supply, integration, marking, instruction, workplace-use and inspection requirements for the actual project with competent parties. Record the responsibility boundary in the specification and acceptance plan.