STEP / STL — AI itemized reference via machined-proto path.
SLA stereolithography — guide
Need SLA-like prototypes? Zoryra Precision runs CNC machined protos
Marketplace SLA fits high-resolution resin mockups. Zoryra Precision does not run SLA as a standard line — for fit/function and repeatable pilots we use CNC machined prototypes (ABS / PC / PMMA / POM, etc.). Special SLA sourcing can be reviewed with engineering.
- No standard SLA line
- CNC proto from 1 pc
- Engineering plastics
- Special needs via engineering
What SLA is (reference)
SLA cures liquid resin layer-by-layer with UV for fine, smooth polymer parts — often for cosmetics, clear look-alikes, or light display use. It is not a Zoryra Precision standard process. Use this page to decide: special SLA sourcing vs CNC machined proto.
How prototyping works at Zoryra Precision
Standard: CNC proto in ABS / PC / PMMA / POM. Special SLA needs → note for engineering.
Lead tiers, finish, and inspection selectable on the quote.
Dongguan release after confirm — tracked shipping sketch.
Why teams look for SLA
Fine detail
SLA shines for small features and smoother cosmetics.
Clear / translucent
Often chosen for optical look-alike prototypes.
Fast form checks
Common for appearance or light-duty mockups.
When Zoryra Precision CNC proto fits better
Real engineering plastics
ABS / PC / POM closer to end-use strength and fit feel.
Tighter fits
Functional fits prefer CNC over resin prints.
Same process to pilot
Reuse material/process after proto — fewer process switches.
CNC proto materials (alternative path)
SLA pros & trade-offs (selection)
| Pros | Consider |
|---|---|
| Smooth cosmetics, fine features | Resin strength/UV often weaker than machined engineering plastics |
| Clear look-alikes possible | Fits, threads, press-fits usually better on CNC |
| Fast appearance mockups | SLA is not a Zoryra Precision standard line |
Typical marketplace SLA specs (reference only — not Zoryra Precision capacity)
| Layer thickness (ref) | Often ~0.02–0.1 mm class depending on machine |
|---|---|
| Min feature (ref) | Marketplace pages often cite ~0.4–0.5 mm |
| Tolerance (ref) | Often marketed around ±0.2% with a floor |
| Zoryra Precision path | Quote functional parts to CNC drawing tolerances + material |
Design tips (SLA reference + CNC proto)
Walls
SLA ref: unsupported walls often ≥0.6 mm. CNC plastic follows stiffness + tool radius.
Holes
SLA ref: tiny holes can clog (≥0.75 mm common). CNC follows drill/mill access.
Assembly gaps
SLA moving gaps often ≥0.5 mm. CNC can go tighter per drawing + datums.
Engraved text
SLA suits fine relief. CNC needs enough tool width/depth — avoid hairline fonts.
Need a prototype? Start with a CNC proto quote
Upload STEP/STL and pick engineering plastic or metal. If SLA resin is mandatory, tell us use-case and qty via Contact for sourcing review.