Machine Risk Assessment
Risk assessment is one of the earliest and most important design activities in machine building. It identifies what can go wrong, who can be harmed, how severe the consequence could be, and what design or safeguarding measures are needed to reduce risk. Done properly, it shapes the machine architecture rather than documenting it after the fact.
- New machine concepts before detailed engineering is frozen.
- Safety reviews during CE-oriented development projects.
- Changes to existing machinery that alter hazards or access patterns.
- Projects that need clear justification for guarding and safety control choices.
A useful risk assessment considers normal operation, setup, maintenance, cleaning, and foreseeable misuse. It looks at mechanical, electrical, thermal, pneumatic, and control-related hazards across the machine life cycle. The result should influence safeguarding, user information, reset logic, access design, and maintenance procedure, not just create a document for the file.
- Running the assessment after the design is effectively complete.
- Assessing only production mode and forgetting setup, maintenance, and cleaning tasks.
- Using generic hazards without tying them to the actual machine workflow.
- Failing to reflect risk decisions in guarding, safety I/O, and documentation outputs.
- Treating the report as fixed even when the machine concept changes.
ClusterVise helps teams keep the outputs of risk thinking connected to machine design artefacts. When guarding, safety hardware, or machine architecture changes, the related documentation and selection logic can stay easier to trace, which reduces the common gap between assessed risk and implemented design.
| Item | Selection | Basis |
|---|---|---|
| Hazard | Pinch point at clamp mechanism | Operator loading access |
| Exposure | Frequent during setup and each cycle | High interaction rate |
| Measure | Interlocked guard + reset logic | Access controlled |
| Documentation impact | Safety I/O and manual updates | Design outputs affected |
| Design result | Zone-based safeguarding approach | Integrated with machine use case |
