3D Printers¶
[1–2 sentence overview: the range of printers available and how to pick the right one for a job.]
Machines¶
Prusa Core One (PLA/PETG)¶
Location: [where in the shop] Training required: [yes/no — sign-off process]
Overview [general-purpose FDM printer, when to use vs. other Core Ones]
Key Specifications
| Spec | Value |
|---|---|
| Build volume | |
| Materials supported | PLA, PETG |
| Nozzle size | |
| Slicer | Prusa Slicer |
Basic Operating Steps
1. 2. 3.
Manuals & Resources
- [ ] Manufacturer manual (link)
- [ ] Internal SOP / checklist (link)
Prusa Core One (TPU)¶
Location: [where in the shop] Training required: [yes/no — sign-off process]
Overview [dedicated to flexible filament — why it's kept separate from the PLA/PETG unit]
Key Specifications
| Spec | Value |
|---|---|
| Build volume | |
| Materials supported | TPU |
| Nozzle size | |
| Slicer | Prusa Slicer |
Basic Operating Steps
1. 2. 3.
Manuals & Resources
- [ ] Manufacturer manual (link)
- [ ] Internal SOP / checklist (link)
Prusa Core One (Carbon Fiber/Nylon)¶
Location: [where in the shop] Training required: [yes/no — sign-off process, note abrasive-filament nozzle requirements]
Overview [dedicated to CF/nylon — hardened nozzle, why kept separate]
Key Specifications
| Spec | Value |
|---|---|
| Build volume | |
| Materials supported | Carbon Fiber composites, Nylon |
| Nozzle | Hardened/wear-resistant |
| Slicer | Prusa Slicer |
Basic Operating Steps
1. 2. 3.
Manuals & Resources
- [ ] Manufacturer manual (link)
- [ ] Internal SOP / checklist (link)
Prusa XL¶
Location: [where in the shop] Training required: [yes/no — sign-off process]
Overview [large-format, multi-tool head printer — when to use it over a Core One]
Key Specifications
| Spec | Value |
|---|---|
| Build volume | |
| Tool heads | |
| Materials supported | |
| Slicer | Prusa Slicer |
Basic Operating Steps
1. 2. 3.
Manuals & Resources
- [ ] Manufacturer manual (link)
- [ ] Internal SOP / checklist (link)
Prusa SLS Speed¶
Location: [where in the shop] Training required: [yes/no — SLS requires extra safety training for powder handling]
Overview [resin/powder-based SLS process — very different workflow from FDM, note post-processing station]
Key Specifications
| Spec | Value |
|---|---|
| Build volume | |
| Material | Nylon powder (PA11/PA12 — confirm) |
| Post-processing needed | Powder removal / bead blasting |
Basic Operating Steps
1. 2. 3.
Manuals & Resources
- [ ] Manufacturer manual (link)
- [ ] Internal SOP / checklist (link)
Software¶
Fusion (Design/CAD)¶
Used for: [3D modeling prior to slicing] Access: [license notes]
Basic Workflow [model → export STL/3MF → import to slicer]
Resources
- [ ] Getting-started guide (link)
SolidWorks¶
Used for: [3D modeling prior to slicing, esp. for more mechanical/engineering parts] Access: [license notes]
Basic Workflow [model → export STL/3MF → import to slicer]
Resources
- [ ] Getting-started guide (link)
Prusa Slicer¶
Used for: [slicing models for all Prusa machines above] Access: [free — install link]
Basic Workflow [import model → select correct printer/material profile → slice → export/send to printer]
Resources
- [ ] Getting-started guide (link)
Safety¶
Required before first use
[Certification/training requirement per machine, especially the SLS unit]
- PPE: [gloves/mask when handling SLS powder, burn awareness around hot nozzles/beds]
- Ventilation: [note for materials like nylon/ABS that off-gas more than PLA]
- Never leave a print unattended overnight without approval: [shop policy]
- Powder handling (SLS only): [containment, cleanup, disposal procedure]
- Emergency procedures: [who to contact, incident reporting process]
FAQ¶
Q: [Which printer should I use for my part?] A:
Q: [Do I need to bring my own filament/material?] A:
Q: [How do I reserve print time?] A: