Typical Standard ~10 days (prod + air sketch) · Express ~6 days · down to 0.001 mm

SLA Guide & CNC Prototype Path

SLA Guide & CNC Prototype Path

Learn when SLA is used, then quote CNC machined prototypes for fit/function — or ask engineering about special SLA sourcing.

  • AI Instant Quote + engineer backup in business hours. No 3D printing / injection / die casting.
  • Upload CAD
  • ABS / PC / PMMA / POM
  • Talk to an Engineer

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

1Upload CAD

STEP / STL / IGES — preview before sign-in.

2Configure

Material, qty, finish, lead tier, inspection.

3Confirm

Escalate complex jobs; Dongguan produce & ship.

4Shop floor & parts

AI Instant Quote + engineer backup in business hours. No 3D printing / injection / die casting.

Why teams look for SLA

Scope

Educational SLA overview + CNC proto alternative. No fake SLA machine capacity claims.

When Zoryra Precision CNC proto fits better

CNC proto materials (alternative path)

ABSGeneral housings — easy to machine
PCTougher — watch stress cracking
PMMAClear / display — polishable
POMStable, wear-resistant precision plastics
Nylon PATough sliders/gears — moisture care
AluminumStructural / thermal protos — anodize OK
Open materials atlas →

SLA pros & trade-offs (selection)

ProsConsider
Smooth cosmetics, fine featuresResin strength/UV often weaker than machined engineering plastics
Clear look-alikes possibleFits, threads, press-fits usually better on CNC
Fast appearance mockupsSLA 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 pathQuote 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.

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SLA 3D Printing Guide | CNC Proto Alternative | Zoryra Precision