Standard (category)
Multipurpose resin for models, presentations and visual prototypes. Equivalent formulation depending on availability.
- Aesthetic models
- Assembly models
- Smooth finish
- - More brittle than FDM
SLA 3D printing - Resin
SLA technology delivers highly precise parts with smooth surfaces and fine details. We offer a range of technical resins (standard, tough, transparent, high temperature, etc.) depending on availability—without being tied to a specific printer brand.
Sommaire
We recommend resin (equivalent category) and post-treatment according to your constraints: aesthetics, rigidity, impact, transparency, heat.
Comment fonctionne l'impression SLA ?
A UV beam solidifies, layer by layer, a photosensitive liquid resin to form a part.
Avantages
Smooth surface, fine details, high precision, possible transparencies
Limites
Resins sometimes more brittle, UV sensitive, smaller print volumes, post-processing required
Quand choisir la SLA ?
- Aesthetically pleasing models and high-end design
- Micro-details, engravings, lettering
- Transparent parts (optical, fluidic, lighting)
- High-finish applications
- Specific templates depending on the resin
Résines disponibles
Choose the resin category according to your needs: rigidity, impact resistance, transparency, flexibility, temperature resistance or specific requirements of your sector.
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Tough (category)
Tough (category)
Tough (category)
For functional prototypes, jigs and assemblies requiring greater resistance to shocks and stresses. Equivalent depending on availability.
- Functional prototypes
- Templates and fixings
- + Improved impact resistance
- More “plastic” than a standard
Clear (transparent)
For aesthetic and optical parts. High transparency after polishing according to geometry and post-treatment.
- Optical windows and fluidic circuits
- High-end aesthetic models
- Transparency
- Recommended polishing
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Heat Resistant (high temperature)
Heat Resistant (high temperature)
Heat Resistant (high temperature)
Temperature-resistant category for jigs, functional testing, and warmer environments. Equivalent depending on availability.
- Templates / assemblies close to heat
- Parts exposed to high temperatures
- Thermal functional tests
- Improved temperature resistance
- – Critical post-processing
Applications
Quand l’esthétique, les micro-détails et la qualité de surface sont prioritaires.
Presentation & models
Smooth and homogeneous surface, ideal for high-end presentation prototypes.
- Display items and demonstration pieces
- Design mock-ups and visual concepts
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Markings & Identifications
Markings & Identifications
Markings & Identifications
Micro-details, fine engravings and reliefs: perfect for logos, lettering and textures.
- Precision figurines, logos and markings
- Micro-mechanisms and aesthetic engravings
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Aesthetic parts & finish
Aesthetic parts & finish
Aesthetic parts & finish
For visible components requiring a premium finish and excellent surface quality.
- Trims and aesthetic parts (cars, accessories)
- Functional prototypes with high visual requirements
SLA vs FDM
Un comparatif rapide pour choisir la meilleure techno selon finition, détails et usage.
| Critère | SLA | FDM |
|---|---|---|
| Finition | Very smooth surface, fine details, premium look | Visible layers |
| Détails | Excellent micro-detail (25–100 µm) | Limited fine detail, less suitable for engravings/reliefs |
| Résistance mécanique | Variable depending on the resin (tough, high temperature, etc.) | Very good depending on the material (PC, Nylon...). |
| Coût / série | Higher per piece, requires post-processing | Advantageous in small batches |
| Usages | Visual prototypes, micro-details, transparent parts | Functional parts, templates, outdoor use |
Tolérances & finitions
Recommandations pratiques pour obtenir des pièces propres et assemblables.
Tolérances
- Typical accuracy: ±0.1–0.2 mm (depending on geometry)
- Layer heights: 25 / 50 / 100 / 200 µm
- Minimum wall thickness: 0.6–1.0 mm (depending on resin)
- Recommended clearances: 0.3 mm between parts in assembly
- Post-treatments: washing, UV curing, sanding/polishing
Conseils de conception
- Avoid walls < 0.6 mm (Prefer 0.8–1.0 mm)
- For very fine drilling: allow for reaming or re-boring.
- Add fillets and rounding to reduce concentration of effort
- Provide supports for thin areas according to the printing orientation
Service disponible partout au Québec
3DVertical dessert à distance les entreprises et bureaux d’ingénierie à travers le Québec. Soumission en ligne et expédition rapide.
Montreal
Quebec
Sherbrooke
Laval
Levis
Longueuil
Trois-Rivieres
Drummondville
Granby
Saguenay
Gatineau
Start your SLA print job
Send us your file to get a quote. We will recommend the resin (equivalent category) and post-treatment based on your requirements.