Is SLA better than FDM?

SLA is better for fine detail and smoother surfaces. FDM is usually cheaper and better for early, rugged fit checks.

Are SLA parts strong?

SLA strength depends on resin and geometry. Standard resin suits detail and cosmetic prototypes; FDM nylon or CNC machining is better for demanding load cases.

Can SLA parts be used for presentation models?

Yes. SLA is often chosen for cleaner surfaces, crisp edges, and stakeholder-facing prototypes.

FINE DETAIL. CLEAN SURFACES.

SLA resin printing is the route for crisp features, smoother surfaces, and presentation-ready prototype parts when FDM layer lines get in the way.

[SLA RESIN][FINE FEATURES][SMOOTH FINISH]

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DELIVERABLES

WHAT LEAVES THE LAB

D-01SLA resin prototype parts
D-02Standard resin process guidance
D-03Layer height and support review
D-04Post-cure and cleaning workflow
D-05Tracked job updates and shipping

WORKFLOW

FROM FILE TO PART

STEP 01
Upload
Send STL, OBJ, 3MF, or STEP with notes about visible faces and critical small features.
STEP 02
Orient
The build is planned around support marks, drainage, detail, and the surfaces that need to stay clean.
STEP 03
Print
The resin part is printed, cleaned, and cured according to the material profile.
STEP 04
Inspect
Every part is scanned and inspected before dispatch, then packed and shipped with status visible in the dashboard.

PART PROOF

REAL JOB PATTERNS

Representative build profiles, shown as process guidance rather than polished portfolio theatre.

Part	Process	Material	Spec	Timeline
Consumer device shell	SLA	Standard resin	Cosmetic review	First article
Micro-fluidic mockup	SLA	Standard resin	Fine channels	Lab test
Button cluster	SLA	Standard resin	Small features	Fit check

Use SLA when surface is part of the test

SLA is usually chosen when detail, cosmetics, or fine geometry matter more than the lowest possible prototype cost.

Support marks still need planning

SLA parts need supports. Tell the lab which surfaces are visible or functional so orientation does not put support scars where they hurt the test.

FAQ

COMMON QUESTIONS

Is SLA better than FDM?: SLA is better for fine detail and smoother surfaces. FDM is usually cheaper and better for early, rugged fit checks.
Are SLA parts strong?: SLA strength depends on resin and geometry. Standard resin suits detail and cosmetic prototypes; FDM nylon or CNC machining is better for demanding load cases.
Can SLA parts be used for presentation models?: Yes. SLA is often chosen for cleaner surfaces, crisp edges, and stakeholder-facing prototypes.

NEXT ROUTES

R-01

Custom 3D Printing Service

Route custom parts to FDM or SLA.

R-02

STL File Printing Service

Upload STL files for online printing.

R-03

Instant 3D Printing Quote

Price a printable file before submitting.

READY TO SEND
THE FILE?

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