SLA Printing Prestations
for Resin Prototypes
DFocus provides SLA printing services for smooth resin prototypes, clear models, master patterns, and fine-detail parts. Upload STL, STEP, resin target, finish expectation, quantity, and delivery country so engineering can confirm process fit before quotation.
- Ultra-Fine Resolution up to 25 microns
- Smooth Surface Finish (Ra 1.6-3.2)
- Wide Range of Ingenierie Resins
25μm resolution. Smooth surface Ra 1.6-3.2. 20+ resins.
SLA quote checklist
What to send for SLA printing services
For a reliable SLA quote, send STL or STEP files, resin or appearance target, required surface finish, quantity, tolerance-critical features, assembly notes, and delivery country.
What is SLA Impression 3D?
SLA (Stereolithography) is the original 3D printing technology, invented by Chuck Hull in 1984. It uses a UV laser to cure liquid photopolymer resin layer by layer, creating highly detailed and accurate parts with smooth surfaces.
Unlike FDM printing, SLA produces parts with virtually no visible layer lines, making it ideal for visual prototypes, master patterns for casting, and applications requiring fine details.
Get an Engineer Review
Why Choose SLA Printing?
Discover the advantages of stereolithography for your next project.
High Resolution
Layer thickness from 25-100 microns for extremely fine details and sharp edges.
Smooth Surface
Near-injection-mold quality surface finish with minimal post-processing.
Tight Tolerances
Dimensional accuracy of ±0.1mm for precision fit and assembly.
Complex Geometry
Print intricate designs with thin walls and fine features not possible with other methods.
SLA Resin Matieres
We offer a wide range of engineering-grade photopolymer resins for various applications.
Standard Resins
General-purpose resins for visual prototypes and concept models.
- White, Black, Grey, Clear
- High detail and smooth finish
- Cost-effective prototyping
Ingenierie Resins
High-performance resins for functional prototypes and testing.
- Tough, Durable, Flexible
- High heat resistance (HDT 80-120°C)
- ABS-like, PP-like properties
Specialty Resins
Advanced materials for specialized applications.
- Castable for jewelry/dental
- Ceramic-filled composites
- Specialty grades reviewed by RFQ
Common Applications
Visual Prototypes
Presentation models, design reviews, and client approvals with exceptional detail.
Master Patterns
High-quality masters for urethane casting and silicone molding.
Medical & Dental Development
Dental models, development fixtures, and non-implant prototype parts with material suitability confirmed during RFQ.
Verified Precision
We don't just claim precision; we verify it. Inspection scope is agreed during RFQ and verified with suitable metrology equipment when included.
Precision
25μm Resolution
Inspection
Reports by RFQ
Documented
QC by RFQ
Finish
Ra 1.6-3.2μm
SLA Printing FAQ
What is the difference between SLA and FDM?
SLA uses a laser to cure liquid resin, producing smoother surfaces and finer details than FDM (which extrudes melted plastic). SLA is better for visual prototypes and precision parts, while FDM is more economical for larger, functional parts.
What is the maximum part size for SLA printing?
Our SLA printers can produce parts up to 600 x 600 x 400mm. For larger parts, we can split the model and assemble post-printing with seamless joints.
Are SLA printed parts waterproof?
Yes, fully cured SLA parts are watertight and can hold liquids. However, some resins may absorb water over time. For long-term water exposure, we recommend specific waterproof resins.
Can SLA parts be painted or plated?
Absolutely! SLA parts accept paint, chrome plating, and other finishes exceptionally well due to their smooth surface. We offer various finishing options including prime, paint, and hydrographic printing.
Start Your SLA Project Today
Upload your STL or STEP files for an instant, secure quote.
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