TO DO: Add a list of printers
TO DO: Add a picture of printers
To perform any type of 3D printing, appropriate training is required. The training is different for the two types of printers in the lab:
FDM -Fused Deposition Modeling
SLA - Stereolithography
Training requires reading the 3D prining risk assessment below (for SLA read the chemical hazard risk assessment), reading the relevan printer manual, completing the training procedure below, going through a full printing process with the supervisor of the trainer, obtaining workshop swipe car access, and filling in the following questionnaire once all these steps have been successfully completed.
Training procedure
This procedure provides the framework for training on the safe operation of 3D printers, emphasizing hazard recognition and the implementation of control measures.
Applicable to all student and employees who operate or maintain 3D printing equipment.
Responsibilities
• PI: To ensure the procedures for training, information and risk assessment are implemented.
• Trainers: To deliver the training according to the procedure.
• Trainees: To attend the training and adhere to all safety protocols.
Training Procedure
1. Introduction
• Overview of 3D printing technologies and applications.
• Acquaintance with Lab rooms and equipments.
• Details about 3D printers in use in the lab.
2. Recognizing Hazards
• Reading of approved 3D printing Risk assessment.
• Reading of chemical hazard risk assessment.
• Review of Material Safety Data Sheets (MSDS) for substances used.
3. Control Measures
• Instruction on safety measures and their importance, including enclosures, LEV, filters, cleaning products, curing systems.
• Proper use of Personal Protective Equipment (PPE).
4. Operational Protocols
• Step-by-step process of operating each 3D printer.
• Emergency procedures and first-aid measures.
• Procedure to report accidents, incidents, close calls.
5. Maintenance and Troubleshooting
• Routine maintenance checks and schedules.
• Common issues and troubleshooting methods.
6. Hands-on Training
• Supervised operation of the 3D printer by trainees.
• Demonstrations of proper cleaning and maintenance.
7. Assessment and Feedback
• Verbal or written assessment of knowledge.
• Practical demonstration of learned skills.
• Collection of feedback to improve the training process.
Record Keeping
• All training sessions must be recorded, including duration, attendance, assessment results, and trainer notes.
• Documentation should be stored for review during audits.
Certification
• Trainees who successfully complete the training can receive a certificate of completion upon request.
Review and Update
• The training procedure should be reviewed annually together with the risk assessment, following any significant changes to operations, equipment, or regulations, and following any incident.
is the UoB printing Policy.
Chemical Hazard and Risk Assessment reportablesubstancesform.docx
75.8 kB
Riskassessment_3dprintmaterial.docx
100.3 kB
Riskassessment_3dprintmaterial.docx
100.3 kB
Anycubic_3D_printing - Nish.docx
1.7 MB
Equipment3DPrinting_Wing_171217_v2b.docx
21 kB
3Dprinting_Protocol_v1_30032020[79233].docx
25.6 kB
health-and-safety-guidance-3d-printers-june2022.docx
409.7 kB
3Dprinting_Protocol_v1_30032020_max.docx
545.9 kB
AnycubicPhotonProtocol_NS.docx
647.3 kB
3D Printing Hazards | Graphic Products.pdf
598.7 kB
3D-printing-in-schools-and-colleges-managing-the-risks.pdf
477.7 kB
PIs need to notifying H&S before they buy any new 3D printing equipment as there are a few controls which will need to be in place before they can be used. The main issue is the emission of 3D printing particles which have been shown to be of the size range to potentially enter the airways and lungs and the release of vapours which are known to be hazardous to health. There’s not a whole lot of published research about it yet, but the stuff that has been published seems to suggest that the effects could be really serious, even when using the filaments that have been considered safer. Because of this, the Policy states that all 3D Printers should be enclosed or have local exhaust ventilation. Some printer models are already enclosed and have built in LEV, but some are completely open. The risk assessment prior to use of the printer should identify what level of LEV is needed.
SLA printing requires chemical training:
Persons at Risk (Numbers)
ontrol Measures Already in Place (Details)
Grading of Risk with Control Measures in Place (Severity x Likelihood)
Are these Adequate YES/NO
What Further Action is Necessary to Control the Risk?
Grading of Risk After Further Action (Severity x Likelihood)
To be Completed by (date)