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DENTAL 3D PRINTING RESINS

Dental 3D Printing Resins for Digital Dentistry

Professional dental 3D printing resins engineered for digital workflows across models, surgical guides, denture bases, temporary and permanent restorations, splints, gingiva masks, and dental casting applications. Choose materials based on the application, mechanical performance, dimensional stability, biocompatibility, and printing requirements of your workflow.

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High-precision 3D printed dental molds | Dental 3D Printing Solutions
EXPLORE THE DENTAL RESIN RANGE

Dental 3D Printing Resins for Different Dental Applications

HIGH-TEMPERATURE DENTAL MODEL RESIN

Dental Model Resin 3160 — High-Precision Resin for Thermoforming & Dental Models

High-precision dental model photopolymer with 120°C HDT and ≤0.5% shrinkage for dimensionally stable orthodontic and restorative models.
Orthodontic ModelsThermoforming Applications120°C HDT≤0.5% Shrinkage

Dental Model Resin 3160 is designed for dental laboratories and digital clinics producing orthodontic, implant, and master restoration models. Its material profile focuses on dimensional stability during high-temperature thermoforming and repeated laboratory handling.

A heat deflection temperature of 120°C helps the printed model retain its geometry during high-heat vacuum and pressure thermoforming workflows used for aligner and appliance fabrication.

Linear shrinkage of ≤0.5% supports true-to-CAD model dimensions across full-arch production, helping reduce dimensional deviation when models are used for restorative or orthodontic applications.

With 82D hardness and flexural strength above 60 MPa, the material provides durable model surfaces that resist edge chipping during seating, adjustment, and repeated laboratory handling.

RESIN TYPE
High-Precision Dental Model Resin
HEAT DEFLECTION TEMPERATURE
120°C
LINEAR SHRINKAGE
≤0.5%
HARDNESS
82D
FLEXURAL STRENGTH
>60 MPa
VISCOSITY
380–400 mPa·s
FLEXIBLE GINGIVA MASK RESIN

Gingiva Mask Resin 3161 — Flexible Resin for Implant Soft Tissue Simulation

Flexible elastomeric photopolymer engineered to simulate gingival compliance for accurate implant model and emergence profile inspection.
Implant Working ModelsSoft Tissue Simulation50–60A Shore Hardness≥80% Elongation

Gingiva Mask Resin 3161 is designed for dental laboratories producing implant working models with flexible gingival inserts. Its elastomeric behavior allows technicians to simulate soft-tissue compliance when evaluating implant restorations and emergence profiles.

With a Shore A hardness of 50–60A, the material provides a flexible tissue-mimicking response that allows restoration seating and subgingival margin inspection under realistic pressure conditions.

Elongation at break of at least 80% supports repeated insertion and removal around implant analogs, undercuts, and detailed model structures while reducing the risk of tearing or permanent deformation.

The resin is compatible with 405 nm LCD, MSLA, and DLP dental 3D printers and integrates into digital implant and crown-and-bridge model workflows.

MATERIAL TYPE
Flexible / Elastomeric Dental Resin
HARDNESS
50–60A
ELONGATION AT BREAK
≥80%
VISCOSITY
800–1,000 mPa·s
COLOR
Pink
WAVELENGTH
405 nm
CLEAR BIOCOMPATIBLE SPLINT RESIN

Dental Occlusal Splint Resin 3162 — Clear Biocompatible Resin for Night Guards & Splints

Designed for jewelry manufacturers who need to fill the build platform efficiently without sacrificing dimensional consistency, edge-to-edge detail or long-run mechanical stability.
Night Guards & Bite Splints>80% Optical Transmittance75D Hardness0.5–1.0% Shrinkage

Dental Occlusal Splint Resin 3162 is designed for dental laboratories and orthodontic centers producing night guards, bite splints, retainers, and TMJ therapeutic appliances. Its material balance combines optical clarity, dimensional stability, and mechanical strength for demanding intraoral appliance workflows.

With 75D hardness and a 1,000 MPa flexural modulus, the material provides structural rigidity while retaining impact resistance for appliances exposed to repeated nocturnal occlusal loading.

Volumetric shrinkage of 0.5–1.0% helps control post-curing deformation and supports accurate full-arch appliance geometry. The material also maintains high optical clarity with light transmittance above 80%.

Compatible with 405 nm LCD, MSLA, and DLP resin 3D printers, the resin integrates directly into digital splint and appliance production workflows.

RESIN TYPE
Biocompatible Occlusal Splint Resin
OPTICAL TRANSMITTANCE
>80%
HARDNESS
75D
FLEXURAL STRENGTH
50 MPa
FLEXURAL MODULUS
1,000 MPa
VOLUMETRIC SHRINKAGE
0.5–1.0%
CASTABLE DENTAL RESIN

IFUN Dental Casting Resin 3163 — Ash-Free Resin for Precision Dental Casting

100% ash-free castable photopolymer with <0.01% burnout residue and 0.2 mm thin-wall stability for precision dental alloy casting.
Crown & Bridge CastingRPD Frameworks<0.01% Burnout Residue0.2 mm Thin-Wall Stability

IFUN Dental Casting Resin 3163 is designed for dental laboratories and production centers producing cast crowns, bridges, copings, inlays, and removable partial denture frameworks. The material is optimized for lost-resin investment casting with a focus on clean burnout and pattern stability.

With burnout residue below 0.01%, the printed patterns are designed to thermally decompose cleanly during standard 750–900°C burnout cycles, helping reduce residual ash-related casting defects and surface imperfections.

Volumetric shrinkage below 0.5% supports dimensional stability across long-span frameworks, while the material maintains delicate geometries such as 0.2 mm thin-wall sections and fine RPD clasp structures.

A viscosity of 280–350 mPa·s supports resin flow and detailed pattern production on standard 4K/8K MSLA and LCD dental 3D printers.

RESIN TYPE
100% Ash-Free Castable Dental Resin
BURNOUT RESIDUE
<0.01%
VISCOSITY
280–350 mPa·s
VOLUMETRIC SHRINKAGE
<0.5%
HARDNESS
63D
FLEXURAL MODULUS
650 MPa
BIOCOMPATIBLE TEMPORARY RESTORATION RESIN

Temporary Crown Resin 3164 — Biocompatible Resin for Temporary Crowns & Bridges

Biocompatible photopolymer engineered for accurate marginal fit, structural rigidity, and rapid digital production of provisional restorations.
Temporary Crowns & BridgesVITA A1 / A2 / A3<0.5% ShrinkageSame-Day Provisional Workflow

Temporary Crown Resin 3164 is designed for dental laboratories and digital clinics producing temporary crowns, short-span bridges, inlays, and onlays. Its material profile focuses on structural stability and accurate marginal adaptation for provisional restorations.

With a flexural modulus of 1,600 MPa and flexural strength above 55 MPa, the resin provides the rigidity required to withstand daily temporary masticatory loads while helping reduce deformation during handling and placement.

Volumetric shrinkage below 0.5% supports accurate restoration geometry and passive seating, reducing the need for extensive chairside adjustment after printing.

Available in VITA A1, A2, and A3 shades, IF3164 integrates into digital restorative workflows designed for rapid transition from intraoral scan to provisional delivery.

RESIN TYPE
Biocompatible Temporary Restoration Resin
SHADES
VITA A1 / A2 / A3
FLEXURAL MODULUS
1,600 MPa
FLEXURAL STRENGTH
>55 MPa
VOLUMETRIC SHRINKAGE
<0.5%
HARDNESS
85D
BIOCOMPATIBLE SURGICAL GUIDE RESIN

Surgical Guide Resin 3165 — High-Precision Resin for Implant Surgical Guides

ISO 10993 biocompatible photopolymer engineered for dimensionally stable, rigid, and optically clear implant surgical guides.
Implant Surgical Guides>80% Optical Transmittance78D HardnessLow Water Absorption

Surgical Guide Resin #3165 is designed for dental laboratories and implant production centers fabricating pilot and fully guided surgical templates. Its combination of dimensional stability, mechanical strength, and optical clarity supports precise guide production for digital implant workflows.

With 78D hardness and 65 MPa flexural strength, the material provides the rigidity required to maintain drill-sleeve positioning under drilling loads and reduce guide-wall deformation during clinical use.

Water absorption below 0.5% helps limit dimensional change during pre-operative chemical disinfection, supporting stable guide geometry before placement. Linear volumetric shrinkage below 0.5% further contributes to dimensional consistency.

Optical transmittance above 80% provides clear visibility through the printed guide, supporting visual confirmation of seating, tissue contact, and guide positioning. The resin is compatible with open-system 405 nm LCD, MSLA, and DLP dental 3D printers.

RESIN TYPE
Biocompatible Surgical Guide Resin
OPTICAL TRANSMITTANCE
>80%
HARDNESS
78D
FLEXURAL STRENGTH
65 MPa
WATER ABSORPTION
<0.5%
LINEAR VOLUMETRIC SHRINKAGE
<0.5%
BIOCOMPATIBLE DENTURE BASE RESIN

IFUN Denture Base Resin 3166 — High-Impact Resin for Digital Denture Bases

ISO 10993 biocompatible photopolymer delivering >80 MPa flexural strength and <0.5% shrinkage for dimensionally stable full and partial denture bases.
Full & Partial Denture BasesHigh-Impact Prosthetics<0.5% ShrinkageISO 10993 Biocompatible

IFUN Denture Base Resin #3166 is designed for dental laboratories and prosthodontic production centers fabricating digital full and partial removable denture bases. Its high-impact formulation combines mechanical strength with dimensional stability for demanding removable prosthetic workflows.

With flexural strength above 80 MPa and flexural modulus above 2,000 MPa, the material provides the rigidity needed to maintain denture base geometry under daily masticatory loading while resisting fracture and deformation.

Polymerization shrinkage below 0.5% helps preserve full-arch dimensions during post-curing, supporting accurate adaptation and consistent denture geometry. Its 380–420 mPa·s viscosity also supports smooth resin flow and fine anatomical reproduction.

The material is compatible with open-system 405 nm LCD, MSLA, and DLP dental 3D printers, supporting a repeatable digital workflow from denture design to printed base fabrication.

MATERIAL TYPE
Biocompatible Denture Base Resin
FLEXURAL STRENGTH
>80 MPa
FLEXURAL MODULUS
>2,000 MPa
LINEAR SHRINKAGE
<0.5%
WATER SORPTION
<20 µg/mm³
VISCOSITY
380–420 mPa·s
BIOCOMPATIBLE DENTAL RESIN

IF3167 — Biocompatible 3D Printing Resin for Custom Dental Trays

A rigid, low-shrinkage dental resin engineered for custom impression trays and functional base plates, with 1,700 MPa flexural modulus for stable intraoral positioning and precise impression transfer.
Custom Impression Trays Rigid Tray FabricationLow ShrinkageISO 10993 Biocompatible

IF3167 is designed for dental laboratories, orthodontic production centers, and digital dental service providers producing custom impression trays and functional base plates. Its high rigidity helps maintain tray geometry during insertion and impression taking.

With a 1,700 MPa flexural modulus and 72 MPa flexural strength, the material provides the structural stability required for rigid tray walls and functional dental bases. This helps reduce deformation when seating high-viscosity impression materials and supports consistent anatomical transfer.

Linear shrinkage below 1% helps minimize cross-arch distortion and maintain consistent impression material clearance across the tray. With a viscosity of 380–400 mPa·s at 25°C, IF3167 supports efficient resin flow and printing on open-system 405 nm LCD, MSLA, and DLP dental 3D printers.

The material is evaluated to ISO 10993 biocompatibility requirements for applications involving intraoral contact during clinical trial fitting and impression procedures. Its surface characteristics also support reliable bonding with commonly used tray adhesives, helping maintain impression material retention during use.

RESIN TYPE
Biocompatible Dental Resin
FLEXURAL MODULUS
1,700 MPa
VISCOSITY
380–400 mPa·s
FLEXURAL STRENGTH
72 MPa
LINEAR SHRINKAGE
<1%
HARDNESS
75D
PERMANENT CROWN RESIN

3180 Permanent Crown Resin — Ceramic-Filled Resin for Definitive Dental Restorations

Biocompatible ceramic-filled photopolymer delivering 119 MPa flexural strength and 0.25% shrinkage for definitive crowns and short-span restorations.
Definitive Crowns & RestorationsCeramic-Filled119 MPa Flexural Strength0.25% Shrinkage

3180 Permanent Crown Resin is engineered for dental laboratories and digital clinics producing definitive single crowns, inlays, onlays, veneers, and short-span restorations. Its ceramic-filled formulation combines high mechanical resistance with precise digital reproduction for definitive restorative applications.

With 119 MPa flexural strength and 92D hardness, the material is designed to withstand continuous occlusal loading while maintaining structural integrity for single-unit restorations.

Polymerization shrinkage of 0.25% and dimensional tolerance of ±0.05 mm help preserve internal CAD preparation geometries and support accurate restorative fit with reduced chairside adjustment.

Water sorption of 3.8 µg/mm³ helps limit fluid uptake and supports long-term dimensional and shade stability. The resin is designed for open 405 nm chairside and laboratory printing workflows and is available in VITA A1, A2, and A3 shades.

RESIN TYPE
Ceramic-Filled Permanent Crown Resin
FLEXURAL STRENGTH
119 MPa
FLEXURAL MODULUS
3,612 MPa
DIMENSIONAL TOLERANCE
±0.05 mm
POLYMERIZATION SHRINKAGE
0.25%
WATER SORPTION
3.8 µg/mm³
Multiple individual 3D printed crowns in VITA shades arranged on a 3D printing build platform.
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