Safety checklist
Fab Lab Safety Orientation Checklist
A practical checklist for evaluating whether a fab lab orientation actually prepares new members to use shared tools safely.
Orientation should be more than a waiver
A useful fab lab orientation teaches how the space actually works: who can approve tool use, what training is required, how materials are checked, what to do when a tool sounds wrong, and where emergency stops, extinguishers, first aid, and exits are located. If orientation is only a signature page, new members are left guessing.
Core checklist
| Topic | Good orientation covers | Ask if unclear |
|---|---|---|
| Tool authorization | Which tools require checkout and who records it | Can members self-certify? |
| Material rules | Approved plastics, woods, metals, resins, and banned materials | Who verifies unknown materials? |
| Emergency response | Stops, power shutoff, fire response, injury reporting | What happens after a near miss? |
| Cleanup | Dust, chips, resin, blades, scrap, and waste streams | What is member responsibility? |
Machine-specific training matters
A fab lab may include laser cutters, CNC routers, vinyl cutters, 3D printers, sewing machines, soldering benches, resin printers, and hand tools. One general tour cannot prepare someone for all of them. The safer pattern is a short general orientation followed by tool-specific checkout before independent use.
Signs of a mature safety culture
Look for posted settings, clear material lists, clean eyewash or first-aid access, visible machine logs, and staff who are comfortable saying no. The best spaces make safety normal rather than dramatic. Members know how to pause a job, ask for help, and report a problem without embarrassment.
Helpful related resources
These are starting points to compare, not hands-on endorsements.
Visitor, youth, and guest policies
If you plan to bring students, kids, clients, or collaborators, ask how guest access works before joining. Some labs allow guests only during tours or classes. Others require every person to complete orientation before entering tool areas. Clear rules protect the space and prevent awkward project-day surprises.
Youth policies are especially important around lasers, CNC machines, soldering, sewing machines, and resin printers. A good lab can explain supervision ratios, age limits, guardian requirements, and which tools are off-limits. If the answer changes depending on who is at the desk, the policy may not be mature enough for your needs.
How to use the checklist during a tour
Do not interrogate staff aggressively. Use the checklist as a calm note-taking tool. Mark items that are clear, unclear, or not applicable. After the tour, compare your notes with the projects you actually want to build. A lab does not need to be perfect, but it should be honest about limits, consistent about training, and willing to pause unsafe work.
Documentation to look for
Strong labs usually have written rules that match what staff say out loud: machine checklists, material lists, cleanup expectations, incident reporting steps, and reservation policies. Documentation does not replace good coaching, but it keeps orientation consistent when volunteers, instructors, and members change from week to week.
After orientation
Before the first independent session, choose a low-risk starter project that uses only the tools you are cleared to use. Ask where scrap material lives, how to label a paused job, and who to contact if a machine behaves strangely. This keeps the first visit focused on learning the space rather than improvising around avoidable surprises.
A good orientation also makes boundaries explicit: what members may do alone, what requires staff presence, and what should wait for a class.