UK compliance and future readiness

Packaging machine risk assessment guide

Carry out a task-based packaging machinery risk assessment covering normal production, clearing, cleaning, changeover, maintenance and faults.

Updated for current UK production and machinery buying guidance on 25 August 2026.

Production environment relating to packaging machine risk assessment guide

Direct answer

A packaging machine risk assessment should examine each task and lifecycle stage, identify who may be harmed and how, evaluate existing controls and apply further risk reduction using inherently safe design, engineering safeguards, information and safe systems. The assessment must reflect the actual installed machine and work.

Key takeaways

  • Define machine boundaries, people and tasks.
  • Observe work and challenge safeguards.
  • Record controls, actions and verification.
  • Review after changes, incidents and adverse trends.

Establish the legal and technical scope

Include infeed, outfeed, conveyors, utilities, stored energy, adjacent equipment and interfaces. Assess operators, cleaners, engineers, contractors and others during production and non-production work.

  • Map normal, setup and fault tasks
  • Include access above, below and inside guards
  • Identify product, chemical and environmental hazards
  • Consider reasonably foreseeable misuse

Assess the actual machine, task and site

Review trapping, crushing, cutting, drawing-in, ejection, hot surfaces, pressure, electrical energy, slips, lifting and ergonomic hazards. Check whether controls create new risk or can be defeated easily.

  • Verify guard distances and openings
  • Test stopping and restart behaviour
  • Review isolation and stored energy
  • Observe jam clearing and cleaning

Create and retain suitable evidence

Use clear hazard descriptions, risk evaluation, action owners and due dates. Verify completed actions and update instructions, maintenance and training where needed.

  • Controlled risk assessment revision
  • Safeguard and safety-function test results
  • Action closure evidence
  • Training and safe-work instructions

Keep the control current

New packs, speeds, tooling, software, guards or maintenance methods can alter exposure. Near misses, recurring jams and bypasses are important triggers for review.

  • Use modification and software change control
  • Investigate near misses and repeated interventions
  • Reassess relocated or integrated equipment
  • Schedule periodic review based on risk

Comparison table

Control areaKey questionTypical evidence
ScopeDefine machine boundaries, people and tasks.Applicable legislation, standards and responsibility
AssessmentObserve work and challenge safeguards.Risk assessment and verified safeguards
RecordsRecord controls, actions and verification.Drawings, declarations, tests and training records
ReviewReview after changes, incidents and adverse trends.Change control, inspection and periodic review

Free working templates

Download these files and adapt them to the actual machine, product, site and acceptance plan.

Official guidance and further reading

These sources provide the current regulatory or standards context. Always check the latest version before making a compliance decision.

Related buyer guides and tools

Relevant machinery and support routes

Use the guide to define the requirement, then compare the specialist routes below against representative product, packaging and output evidence.

Questions customers also ask

Common questions about this decision

Use these answers to prepare the evidence needed for a useful comparison.

Who should complete a packaging machine risk assessment?
A competent person or team with knowledge of machinery, tasks, controls and the site should complete and review it with the people who perform the work.
Should every jam be included?
Recurring and foreseeable jams should be assessed, including access, isolation, tools, frequency and why the jam occurs.
Is the supplier risk assessment enough?
Supplier information is important, but the user must assess the actual installation, product, environment and work activities.
What is the hierarchy of risk reduction?
Prefer eliminating or reducing hazards by design, then engineering safeguards, followed by information, procedures and protective equipment where needed.
When should the assessment be reviewed?
After changes, incidents, relocation, new tasks, deterioration or when evidence shows the current controls may not be adequate.
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