SLA 3D Printing Services

SLA 3D printing services for high-detail resin parts, prototypes, and cosmetic applications.

SLA 3D Printing Capabilities & Specifications

Capabilities Specification & Details
Supported Resin Types
Standard resin, ABS-like resin, clear resin, tough resin, high-temp resin, flexible resin
Layer Thickness
25 / 50 / 100 µm options
Max Build Size
Up to 650 × 750 × 550 mm (confirm if near limit)
Typical Lead Time
2–3 business days (depends on size, quantity & finishing)
Typical Tolerance
±0.1 mm (feature-dependent)
Tighter Tolerances (CTQ Features)
Achievable on select features after review (orientation, datums, and post-processing)
Minimum Wall Thickness (Supported)
0.6 mm min; 0.8 mm+ recommended for stability
Minimum Wall Thickness (Large Flat Areas)
1.0–1.5 mm recommended; add ribs to reduce warpage
Minimum Feature Size (Pins/Ribs/Details)
0.4 mm min; thicker features recommended for robustness
Minimum Emboss/Deboss (Text/Logos)
0.6 mm stroke; 0.4 mm height/depth (may soften after finishing)
Minimum Hole Diameter (As-Printed)
1.5 mm min; post-drill/ream recommended for tight fits
Hole Accuracy / Fit Guidance
For press-fit or precision bores, secondary machining is recommended
Minimum Clearance (Gap/Assembly)
0.3–0.5 mm typical; review moving-fit requirements
Threads & Inserts
Tapped threads / threaded inserts available (inserts recommended for repeated assembly)
Surface Finish (Standard)
Support removal + standard cleanup (support marks in contact areas)
Finishing Options (Optional)
Sanding, polishing, painting, clear coat, secondary machining
File Formats for Quote
STEP preferred; STL accepted (include drawings for CTQ tolerances)
Quality / Documentation (Optional)
COC; dimensional inspection report as requested (confirm inspection level at quoting)

Surface Finishing for SLA Parts

We offer finishing options to meet cosmetic, fit, and environmental requirements for SLA resin parts.

sla standard finish

Standard Finish

Support removal and standard cleanup, resulting in a smooth matte surface. Support contact marks may be visible in supported areas.

Typical Use: Functional prototypes, general concept models

sla polishing finish cosmetic parts

Polishing

Mechanical polishing to improve surface smoothness and visual clarity on cosmetic or visible surfaces.

Typical Use: Presentation models, cosmetic resin parts

sla painting coating finish appearance parts

Painting & Coating

Color finishing and protective coatings for appearance parts, with UV and wear resistance based on coating specification.

Typical Use: Customer-facing housings, display prototypes

sla sealing protective coating moisture resistance

Sealing / Protective Coating

Surface sealing to improve resistance to moisture and light chemical exposure.

Typical Use: Moisture-sensitive parts, sealing features, outdoor prototypes

Note: Final surface appearance depends on part geometry, support placement, and finishing specification. Cosmetic zones should be identified during quoting.

Why Choose Kemal for SLA 3D Printing

sla in house production post processing

In-House SLA Production

All SLA printing and post-processing are completed in-house, so we control scheduling, support planning, and finishing quality from start to shipment.

sla ctq feature review datum orientation

CTQ Feature Review

Typical tolerance is ±0.1 mm. For CTQ features, we review datums, orientation, and post-processing needs during quoting so critical dimensions are achievable and measurable.

 
sla cosmetic zone planning support placement

Cosmetic Zone Planning

You can mark cosmetic surfaces on the model/drawing. We plan to support placement and finishing around those zones to minimize visible marks and align with appearance requirements.

sla post processing capability finishing machining

Post-Processing Capability

Standard cleanup plus optional polishing, painting/coating, sealing, and secondary machining for holes, threads, and fits.

sla quality system documentation iso9001 coc

Quality System & Documentation

Manufacturing under ISO 9001 quality systems. Documentation such as COC and dimensional inspection reports is available upon request.

 
 
dfm and engineering support

DFM Feedback Before Printing

We review geometry, thin walls, small holes, and critical fits before printing. Risks are flagged early to reduce reprints and schedule delays.
 

These capabilities support functional prototypes, cosmetic models, and low-volume needs.

 
SLA

Industrial SLA Printing Equipment

We operate industrial-grade SLA systems for both high-detail and large-format resin parts, delivered in-house.

Our equipment setup allows us to:

  • Match machine selection to part size, detail level, and resin type

  • Maintain stable scheduling without external capacity constraints

  • Support repeatable builds for prototype iterations and low-volume runs

Related 3D Printing Services

We offer a full range of 3D printing services to match different project needs. Explore the options below or visit our 3D Printing Service page for complete details.

SLS

For nylon parts requiring fine detail and smooth surface finish.

SLA

For functional nylon parts with complex geometries and no support structures.

FDM

For cost-sensitive prototypes and early-stage functional testing.

Get a Quote for SLA 3D Printed Parts

Upload your CAD file to receive a complete quote with confirmed lead time, inspection options, and DFM feedback for CTQ features.

Upload your files to get an instant quote and DFM feedback.

For your 3D model, we accept these file formats: STL (.stl), STEP (.stp), IGES (.igs), or Compressed folders (.ZIP). The maximum supported file size is 10MB. For large or multiple files please place into one folder and compress into a ZIP or RAR file.

*We respect your confidentiality and all information are protected.

If your submission fails, please email km@kemalmfg.com.

Learn How to Manufacture Better Parts