Standard Procedures · Safety & Air Quality
Operation stage 4→5
Auditing and Documenting Your 3D Print Safety System
Review safety records, responsibilities and outstanding actions.
The essentials
Useful records connect the actual printers, materials, people and controls to the decisions made about them. They help a reviewer find missing information and follow up on unresolved actions. Agree the applicable site requirements, record retention and review responsibilities with the person responsible for workplace safety; this procedure does not establish legal compliance.
Who it is for
Teams with an existing print space that need a shared record of safety decisions, operator induction, equipment checks and unresolved actions.
What this procedure resolves
A new supervisor should be able to identify which materials are in use, what controls were selected, who reviewed them and which actions are still open. That handover is difficult when information lives in separate folders or in one person's memory.
A reading from a consumer air monitor is not, by itself, evidence that printer emissions are controlled. NIOSH recommends consulting someone experienced in exposure assessment and selecting instruments for the substances and particle sizes being evaluated.
Follow the procedure
- 1.
Match material records to the inventory
List the materials actually used, including cleaning and post-processing products. Link the applicable supplier safety data and handling instructions, record their versions and where they came from, and flag missing or mismatched documents for the safety lead.
Check: A reviewer can match each inventory entry to its relevant information or a named follow-up action.
- 2.
Record induction and operating responsibilities
Record the operator, date, checklist version, person leading the induction and tasks covered. Follow the site process for authorising work and record any training still needed.
Check: The record distinguishes what was covered from work the operator has not yet been authorised to perform.
- 3.
Agree how controls will be checked
With the site safety lead, record the controls in use, their inspection requirements and any exposure assessment needed. If monitoring is used, document the instrument, location, printing activity, limitations and who interprets the results. Do not use a PM2.5 trend alone as a pass/fail test for the space.
Check: Every inspection or measurement has a defined purpose, responsible reviewer and action for an unresolved result.
- 4.
Schedule reviews against the actual setup
Use the equipment instructions and site assessment to set review and maintenance dates. Name the owner. Revisit the record when printers, materials, room use or controls change, and after an incident.
Check: Due dates and change-triggered reviews are visible to the team.
- 5.
Track incidents through to a reviewed action
Use the site incident-reporting process. Record what happened, the immediate response, the action owner, due date and review of the result. An empty register does not show whether hazards are controlled or reporting is working.
Check: Open actions remain visible until the responsible person has reviewed their outcome.
- 6.
Make the handover findable
Keep an index to the material information, induction records, control checks, assessments and open actions. Set access and retention with the site owner. Ask another team member to locate the current records and the person responsible for an unresolved action.
Check: The handover works without relying on the original author.
STANDARD PRINT CO. Products That Help
Recalibration Services against our 18-point Service Checklist, with a written record of each service.
Identify the setup and material information your review needs
Document safety alongside operator training records; the two registers belong in the same folder
Technical reference: section 5 explains exposure assessment and instrument selection; not a statement of Australian legal requirements
More in Safety & Air Quality
Background reading
The theory behind these procedures, in STANDARD Knowledge.