FrançaisResin 3D printing (SLA)
Resin 3D printing is an additive manufacturing technology that creates three-dimensional objects from a photosensitive liquid resin, which hardens when exposed to light (usually UV). This method stands out for its ability to produce highly precise, detailed parts with smooth surfaces.
It works using amovable platform that lowers into a vat filled with resin, while a light beam selectively exposes the resin according to the 3D model to be printed. The resin hardens where it is exposed, gradually forming the 3D object by stacking very thin layers.
Why choose resin technology?
Resin 3D printing technology is ideal if you are looking for exceptional precision, very fine detail and superior surface quality for your parts. It makes it possible to produce complex, miniature or intricately shaped parts with smooth, professional finishes. Thanks to a wide range of engineering resins, it adapts to many specific uses, from jewellery to dentistry to high-end prototyping.
It is particularly recommended for:
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Creating detailed prototypes or high-end presentation models
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Manufacturing miniature, complex parts or parts requiring a perfectly smooth surface
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Professional applications demanding precision, aesthetics and specialised materials
On the other hand, if you need to quickly produce large parts, or if cost control is your priority, other technologies such as FDM may be more suitable. Resin printing nevertheless remains the go-to solution for highly detailed, professional results.
Resin 3D printing offers unprecedented build quality, faithfully reproducing complex models and delivering exceptional surface finishes.
Our resins
The list below is not exhaustive; there are countless combinations, manufacturer-specific optimisations and alternatives. We will be able to recommend THE resin that is a perfect fit for your projects.
High-stress
| Resin | Quick facts | Advantages | Drawbacks | Applications | Special features |
|---|---|---|---|---|---|
| LOCTITE 3D PRO410 | Rigid photopolymer, fast printing, high resolution | Excellent surface finish, 3x faster printing, high precision | Limited heat resistance (60°C) | Precise prototyping, mock-ups, printer calibration | Beautiful surface |
| LOCTITE 3D PRO417 | High-strength photopolymer, good impact resistance, surface quality | Easy to rework (drilling, tapping), robust, precision at room temperature | Moderate heat resistance (49°C) | Functional prototypes, tooling | Excellent surface quality |
| LOCTITE 3D PRO476 | High-strength photoplastic, impact-resistant, HDT 60°C | High resolution, good surface finish, machinable, tappable | Moderate heat resistance | Performance prototypes, tooling, technical parts | Versatility |
| LOCTITE 3D PRO9274 | Versatile resin, highly detailed printing, robust and supple | Easy to print, high precision, durable, can be bent without breaking | - | Architecture, design, engineering, rapid prototyping | Balance of toughness and flexibility |
| Ultracur3D® RG 35 | Rigid urethane photopolymer | High stability, low shrinkage, good precision, low water absorption | - | Rigid parts, jigs, moulds, electrical parts | Transparent, high modulus, good UV stability |
| Ultracur3D® RG 50 | Rigid urethane photopolymer | Very high precision, low shrinkage, heat stability | - | High-performance functional parts | High tensile strength, easy to polish |
| Ultracur3D® RG 1100 | Rigid polyurethane resin, dimensional stability, high heat resistance | Excellent heat resistance, great dimensional stability | - | High-temperature applications, automotive, electronics | High HDT, Young's modulus 3080 MPa, transparent |
| Ultracur3D® RG 3280 | Ceramic composite resin, ultra rigid, high heat resistance (>280°C) | Extreme stiffness, electrical insulation, high precision, heat resistance | Harder to machine | Mechanical components, moulds, electronics, aerospace | Young's modulus 10,000 MPa, ceramic feel, smooth finish |
| Ultracur3D® ST 45 | Versatile urethane photopolymer, high strength, Tough range | Excellent impact resistance, good durability, surface quality | - | Prototypes, housings, textured parts | Good finish, fast printing, versatile |
| Ultracur3D® ST 80 | Versatile material, high toughness, impact resistance | Long-term stability, robustness | - | Prototypes, durable parts, general applications | High-grade finish, UV stability, good value for money |
| Ultracur3D® ST 1400 | Ductile material, high toughness and elongation, Shore D78 | Great durability, biocompatible, high impact resistance | - | Wearable devices, prosthetics, medical accessories | Elongation at break 43%, semi-transparent |
| Ultracur3D® FL 300 | Very soft urethane photopolymer, Shore 39A, high elongation | High elasticity, good rebound, torsion resistance | Mechanically weaker than rigid resins | Flexible prototypes, footwear, bumpers, flexible parts | Semi-transparent, high damping, easy printing |
| Ultracur3D® EL 60 | Elastomer resin, very soft, high elongation, Shore 71A | Excellent elasticity, good rebound, torsion resistance | Less rigid, less suited to structural parts | Functional prototypes, flexible components, footwear | Very soft, superior elongation |
| Ultracur3D® RG 9400 FR | Rigid flame-retardant resin, UL 94 V-0 rated, HDT >250°C | Very high heat resistance, flame retardant, easy to print | Limited colour, not suited to flexible parts | Electronics, cable supports, connectors, housings | Halogen-free, Young's modulus 3900 MPa, low viscosity |
| Ultracur3D® ST 7500 | Tough resin, high stiffness, low water absorption, fast printing | Excellent surface quality, durability, fine details | - | Figurines, functional prototyping, outdoor parts | Young's modulus 2300 MPa, elongation 13%, easy printing |
Medium-stress
| Resin | Quick facts | Advantages | Drawbacks | Applications | Special features |
|---|---|---|---|---|---|
| Strong-X | Very strong resin, high stiffness, good heat resistance | Excellent strength, ideal for technical parts and injection moulding | May irritate skin/eyes, requires thorough mixing | Moulds, functional parts, engineering | Flexural strength 135 MPa, HDT 73°C, UV post-curing essential |
| Rigid Pro | Rigid black resin, high strength, good dimensional stability | Very rigid, durable, good temperature behaviour | Must be heat post-cured for optimal performance | Connectors, housings, brackets, industrial parts | DLP/MSLA/SLA compatible, matte finish |
| Flame Retardant HDT | Rigid, flame-retardant resin, very high heat resistance (HDT 257°C) | Self-extinguishing, UL94 V0 compliant, ideal for demanding environments | Limited colour, strong adhesion to build plate | Automotive, rail, electronics, tooling | Perfect for connectors, housings, moulds |
| Premium Tough | Transparent resin, impact-resistant, good finish | Durable, scratch-resistant, easy to print | Less suited to high temperatures | Functional prototypes, spare parts | Turns milky white after curing |
| Tough-X | Black resin, highly impact-resistant, high elongation | Properties close to ABS, ideal for robust parts | Moderate HDT, can absorb moisture | Industrial parts, robust prototypes | Rigid in thick sections, flexible in thin ones |
| Elastomer-X | Very soft resin, Shore A 43, elongation up to 180% | TPU/silicone-like, excellent elasticity | Low mechanical strength, may yellow with heat | Bellows, seals, dampers, flexible parts | Very low compression set, fast post-curing |
| Stone Coal Black | Opaque black resin, high resolution, very smooth surface | Detailed finish, deep black surface | Moderate HDT, high stiffness | Rapid prototyping, visual models | Low shrinkage, compatible with a wide range of printers |
| Deep Blue | Translucent blue resin, chemically resistant | Resists fuels, good mechanical strength | Slower printing than other resins | Functional prototypes, chemical-exposure parts | Low water absorption, HDT 70°C |
| Premium Black | Opaque black resin, low shrinkage, low odour | Beautiful finish, good strength, easy printing | - | Prototypes, moulded-look objects | Smooth surface, good dimensional stability |
| Premium White | Opaque white resin, excellent UV stability | Lasting whiteness, does not yellow, ideal for scale models | - | Medical models, scale models, lithophanes | Very white surface, good light resistance |
| Premium Flex | Translucent turquoise resin, very flexible, Shore A 63 | Great elasticity, good tear resistance | May soften with heat, possible tacky feel | Soft objects, seals, flexible prototypes | High rebound, easy printing |
| Hazard Glow | Phosphorescent resin, intense green glow effect | Strong phosphorescence, easy activation | Moderate mechanical strength | Artistic creations, signage, decoration | Glows in the dark, UV or flash activation |
| Flexible-X | Flexible black resin, Shore A 55, elongation up to 160% | Excellent flexibility, good rebound, low hardness | May remain tacky if post-processed poorly | Seals, dampers, soft parts | Low shrinkage, high elasticity, technical support |
| ESD | Engineering resin, electrostatic discharge dissipation | Protects sensitive electronic components | Fewer colours available | Electronic housings, ESD connectors | Controlled surface resistivity |
| Composite-X | Ceramic composite resin, ultra rigid, low shrinkage | Very high stiffness, chemical resistance | Harder to machine, requires thermal post-curing | Tooling, moulds, aerodynamic testing | 3x stiffer than Strong-X, ceramic finish |
| Clear Impact | Transparent resin, good impact resistance | Transparency, suitable for outdoor use | Moderate HDT, may yellow with heat | Transparent parts, impact-exposed prototypes | Weather resistance, fast post-curing |
| Wax Castable | Special resin for lost-wax casting | Burns out cleanly, fine details, ideal for jewellery | Fragile, not suited to functional use | Jewellery, dental, micro-casting | Near-zero ash, direct casting |
| Bio-Med Clear | Biocompatible resin, clear, non-cytotoxic | Sterilisable, medical-grade, decent strength | Requires strict post-processing | Medical devices, surgical guides | ISO 10993 certified, autoclave compatible |
| Proto resin | Economical, fast resin, optimised for prototyping | High precision, low cost, low odour | Less strong than engineering resins | Rapid prototyping, detailed models | Easy to use, post-curing recommended |
Low-stress
| Resin | Quick facts | Advantages | Drawbacks | Applications | Special features |
|---|---|---|---|---|---|
| Standard Pro Resin | Standard resin, easy printing, good precision | Versatile, economical, suited to most needs | Limited mechanical strength | Prototyping, scale models, figurines | Wide colour choice, LCD/DLP/SLA compatible |
| Plant-Based ABS-Like Resin | Bio-based ABS-like resin, rigid, low odour | More eco-friendly, good strength, smooth finish | Less heat-resistant than conventional ABS | Functional prototypes, cosmetic parts, decorative objects | Plant-based formulation, low shrinkage, little odour |
| Standard 3D Printer Resin 10K Plus | High-precision standard resin, low shrinkage, stable printing | Fine details, reliable printing, wide colour choice | Mechanically weaker | Prototypes, figurines, educational and dental models | SLA/DLP/LCD compatible, easy to use |
| 10K Nano Resin | High-resolution resin, very low shrinkage, ultra-smooth surface | Excellent precision, ideal for miniatures and intricate details | Fragile, poorly suited to functional parts | Jewellery, model making, figurines, visual prototypes | Extreme resolution, invisible layers |
| Art Engineering | Rigid resin, high precision, good dimensional stability | Perfect for technical parts, good temperature behaviour | Less flexible, requires careful post-processing | Engineering parts, architectural models | Neutral colour, suited to light machining |
| Engineering Pro | Engineering resin, high mechanical strength, good stiffness | Ideal for functional parts and robust prototypes | Higher price, more demanding printing | Tooling, assembly parts, industrial prototypes | High strength, performance close to ABS |