3D printing resins for dental applications

pro3dure´s printodent® GR-10 guide is a biocompatible 3D printing resin developed for the fabrication of splints and implant drill guides. In addition to its exceptional elongation for this class of material, the material is also characterized by its high transparency and UV stability. This makes it easy to insert sleeves into the template and gives you the highest level of visual control during the operation. Bite splints made of printodent® GR-10 guide meet the highest esthetic demands and define the standard for 3D printed splints in terms of fracture stability. Advantages: exceptional elongation high transparency high UV stability optimal optical control sterilizable

pro3dure´s 3D printing resins of the printodent® GR-10 series are biocompatible resins for the fabrication of splints and implant drill guides. In addition to its exceptional elongation for this class of material, printodent® GR-10 guide is also characterized by its high transparency and UV stability. This makes it easy to insert sleeves into the guide and gives you optimum control during the operation. The material is now also available in the printodent® GR-10 guide | MSI version as a functional 3D printing resin with MSI® technology, which significantly reduces biofilm and plaque build-up on surfaces. MSI® is based on the patented mode of action of special natural compounds that disrupt the communication of bacteria (quorum sensing). Inspired by these natural compounds, which are produced by the red alga Delisea, a sustainable approach to reduction biofilms has been found that, unlike antibiotics, for example, does not cause bacterial resistance. Advantages: outstanding mechanical properties reduced biofilm adhesion by MSI® technology high UV stability sterilizable

pro3dure´s printodent® GR-11 tray is a biocompatible 3D printing resin for the generative production of customized impression trays. Due to its high reactivity, build styles with up to 300 μm z-height can be achieved in order to be efficient in the laboratory. The high elongation values of the GR-11 make the impression for the dentist and patient comfortable and safe. Advantages: high reactivity high elongation values high safety ideal for DLP and LCD printer (≤ 405 nm)

pro3dure´s printodent® GR-11 tray materials are biocompatible 3D printing resins for the additive manufacturing of customized impression and functional impression trays. Due to their high reactivity, buildstyles with up to 300 µm Z-height can be achieved to be efficient in the lab. With the new development of pro3dure´s printodent® GR-11.1 tray, the biocompatibility and mechanical stability of the built objects have been taken to another level. The new formulation does not have any reproduction-toxic labelling, thus documenting the special biocompatibility for users and patients. Furthermore, pro3dure´s printodent® GR-11.1 tray has an impact strength that is approximately 50 % higher than any competitor product. Accordingly, impression trays can be removed from the patient‘s mouth with higher safety. Advantages: high reactivity increased biocompatibility no reprotoxic labelling approx. 50 % increased impact strength high safety TPO free

pro3dure´s printodent® GR-12 cast material is a residue-free burn-out 3D printing resin that can be used in combination with a variety of investment masses for a wide range of applications. Thanks to the optimized setting of the curing depth, even the finest details can be printed precisely with the material. The high stability of the material in the green compact mode even allows a direct FIT check. Components made of printodent® GR-12 cast can be cleaned quickly and efficiently thanks to its low viscosity. If, despite their high stability, printodent® GR-12 cast objects need to be repaired or augmented, we recommend the associated UV-curable repair gel LCR-1 from pro3dure. Advantages: residue-free burnout high precision, finest details high stability fast, efficient cleaning

pro3dure´s printodent® GR-13 model is a 3D printing resin for the generative fabrication of dental models. The material is available as printodent® GR-13 model for restorative dental models and as printodent® GR-13.1 / printodent® GR-13.2 model for orthodontic applications. All resins are characterized by high dimensional stability and the optimized look and feel for dental applications. Due to colorant and opacity the important features like margin lines are becoming perfectly visual. Moreover, the implementation of 3D printed models into your digital workflow is supported. Dental models from the GR-13 series can be used effectively in thermoforming processes due to their thermal stability. Advantages: high dimensional stability optimized look and feel implementable in the digital workflow

pro3dure´s printodent® GR-13 model is a 3D printing resin for the generative fabrication of dental models. The material is available as printodent® GR-13 model for restorative dental models and as printodent® GR-13.1 / printodent® GR-13.2 model for orthodontic applications. All resins are characterized by high dimensional stability and the optimized look and feel for dental applications. Due to colorant and opacity the important features like margin lines are becoming perfectly visual. Moreover, the implementation of 3D printed models into your digital workflow is supported. Dental models from the GR-13 series can be used effectively in thermoforming processes due to their thermal stability. Advantages: high dimensional stability optimized look and feel implementable in the digital workflow

pro3dure´s printodent® GR-13 model is a 3D printing resin for the generative fabrication of dental models. The material is available as printodent® GR-13 model for restorative dental models and as printodent® GR-13.1 / printodent® GR-13.2 model for orthodontic applications. All resins are characterized by high dimensional stability and the optimized look and feel for dental applications. Due to colorant and opacity the important features like margin lines are becoming perfectly visual. Moreover, the implementation of 3D printed models into your digital workflow is supported. Dental models from the GR-13 series can be used effectively in thermoforming processes due to their thermal stability. Advantages: high dimensional stability optimized look and feel implementable in the digital workflow

printodent® GR-13.3 model release was specially developed for orthodontic applications and eliminates the need for additional release agents when using 2-component powder/liquid resins with 3D-printed dental models. Through pro3dure´s new ”release“ technology, it is possible for the first time to provide a material that has an integrated separation effect. This is not due to the addition of fillers such as waxes, which can segregate from the resin matrix and lead to unstable builds or defective components. Furthermore, due to its low viscosity, components made of printodent® GR-13.3 model release are easy to clean, thus enabling an efficient finishing process. It is suitable for many othodontic powder/liquid systems. Advantages: no isolating agents necessary pro3dure´s ”release“ technology integrated separating effect low viscosity efficient post-processing

The new printodent® GR-13.4 model stone is the first model material in its class to give you the real “plaster feeling”. Thanks to its plaster-like feel in combination with high density, surface hardness and strength, you can enjoy the advantages of the “analog” and “digital” model world at the same time. Dental models made of printodent® GR-13.4 model stone have a matte surface that offers optimum contrast even with the finest details. Furthermore, printodent® GR-13.4 model stone is compatible with both printisol and conventional, water-based insulating materials. Another advantage of printodent® GR-13.4 model stone is its high temperature stability, which is also beneficial when working with Bunsen burners and soldering irons.Advantages:plaster-like feelhigh densitysignificantly higher strengthhigh temperature stabilitymatte surface for optimum contrastoptimum contrast for finest detailscompatible with water-based insulating agents

The printodent® GR-14 denture materials are 3D printing resins for the generative production of denture bases. The printodent® GR-14.2 denture HI meets all dental requirements with e.g. a water absorption (< 25 μg/mm3) and water solubility (< 1.5 μg/mm3) according to ISO 20795-1:2013. Furthermore, the low shrinkage (approx. < 1 %) compared to traditionally used PMMA-based materials guarantees a high accuracy of fit. printodent® GR-14.2 denture HI is a 3D printing resin with „high-impact“ properties characterized by low viscosity. This allows construction processes to be carried out efficiently and components to be cleaned easily.  All materials of the printodent® GR-14 denture series can of course be combined with printodent® GR-17.1 temporary lt to produce cost-effective and highly esthetic full dentures. In addition, validated procedures are available for the material in combination with denture teeth from the VITA VIONIC VIGO, CANDULOR TCR* / NFC+* and Ruthinium ACRYSMART systems. Complete integration in exocad‘s CAD software rounds off the digital workflow. Advantages: high accuracy of fit ”high impact” material validated procedures * CANDULOR Bonartic® II NFC+, Bonartic® TCR, BonSelect TCR, Condyloform® II NFC+, PhysioSelect® TCR, PhysioSet® TCR 

The printodent® GR-14 denture materials are 3D printing resins for the generative production of denture bases. The printodent® GR-14.2 denture HI meets all dental requirements with e.g. a water absorption (< 25 μg/mm3) and water solubility (< 1.5 μg/mm3) according to ISO 20795-1:2013. Furthermore, the low shrinkage (approx. < 1 %) compared to traditionally used PMMA-based materials guarantees a high accuracy of fit. printodent® GR-14.2 denture HI is a 3D printing resin with „high-impact“ properties characterized by low viscosity. This allows construction processes to be carried out efficiently and components to be cleaned easily. As a world first, printodent® GR-14.2 denture HI | MSI , a biomimetic 3D printing resin for the fabrication of dentures, will be presented for the first time at IDS 2023. This resin offers all the advantages of printodent® GR-14.2 denture HI, which has been tried and tested thousands of times, and also prevents biofilms from adhering to the surface of the denture in a natural way. This functional material thus copies a natural process, such as that used by the red alga Delisea. The communication of bacteria, the so-called „quorum sensing“, is disturbed by a natural substance anchored in printodent® GR-14.2 denture HI | MSI , so that the adhesion of bacteria is significantly reduced. Moreover, this effect is not due to antibacterial additives, which may lead to bacterial resistance. As a result, improved oral hygiene and less irritation of the soft tissue are achieved. All materials of the printodent® GR-14 denture series can of course be combined with printodent® GR-17.1 temporary lt to produce cost-effective and highly esthetic full dentures. In addition, validated procedures are available for both materials in combination with denture teeth from the VITA VIONIC VIGO, CANDULOR TCR* / NFC+* and Ruthinium ACRYSMART systems. Complete integration in exocad‘s CAD software rounds off the digital workflow. Advantages: high accuracy of fit ”high impact” material validated procedures MSI® technology for the reduction of biofilms * CANDULOR Bonartic® II NFC+, Bonartic® TCR, BonSelect TCR, Condyloform® II NFC+, PhysioSelect® TCR, PhysioSet® TCR 

The result of our continuous development activities is the new printodent® GR-14.3 denture HI | MSI, which is characterized by exceptional mechanical properties. Compared to its market competitors, the mechanical properties remain significantly more stable even after storage in water. As a further member of the printodent® family, the printodent® GR-14.3 denture HI | MSI is also equipped with MSI® technology to reduce biofilm formation. In combination with outstanding chemical-physical properties, dentures made of this material have a thermo effect optimized for body temperature, which generates an extremely high level of wearer comfort. All materials of the printodent® GR-14 denture series can of course be combined with printodent® GR-17.1 temporary lt to produce cost-effective and highly aesthetic full dentures. In addition, validated procedures are available for both materials in combination with denture teeth from the VITA VIONIC VIGO, CANDULOR TCR° / NFC+° and Ruthinium ACRYSMART systems. Complete integration in exocad‘s CAD software rounds off the digital workflow. Advantages:exceptional mechanical propertiesMSI® technology for the reduction of biofilmshigh accuracy of fitbetter color stabilityhigh stability after storage in water“high-impact” materialTPO-free ° CANDULOR Bonartic® II NFC+, Bonartic® TCR, BonSelect TCR, Condyloform® II NFC+, PhysioSelect® TCR, PhysioSet® TCR

pro3dure´s printodent® GR-15 gingiva is a 3D printing resin for the production of flexible gingiva masks. Its natural-looking gingival color combined with a gingival-like flexibility allow optimal dental work with a view to ”red and white aesthetics“. The printodent® GR-15 gingiva is the perfect complement to pro3dure´s printodent® GR-13 model to fabricate implant models based on biometric data. Advantages: natural coloration gingiva-like flexibility perfect complement to printodent® GR-13 model

pro3dure´s printodent® GR-16 Xray is the first radiopaque 3D printing resin for the generative fabrication of scanning templates. On the basis of a stabilization technology developed by pro3dure for filled materials and a suitable selection of radiopaque additives, the construction of scanning templates can now be integrated into your ”digital workflow“ efficiently. Advantages: radiopaque stabilization technology developed by pro3dure efficient

pro3dure´s GR-17 series resins are biocompatible materials for the additive manufacturing of temporary crowns and bridges. The printodent® GR-17 temporary is indicated for temporary restorations in the anterior region. printodent® GR-17.1 temporary lt has exceptional mechanical properties compared to conventional temporary materials with a Flexural modulus > 5000 MPa (according to ISO 178**) and a Flexural strength of 112 MPa (ISO 4049). Moreover printodent® GR-17.1 temporary lt exhibits excellent tissue compatibility and can therefor be used ideally for longterm temporaries. As the first material in its class worldwide, printodent® GR-17.1 temporary lt received FDA approval for two indications: temporaries and denture teeth. This expands the possibilities in your laboratory and makes the use of this material extremely efficient and economical. Both materials are available in tooth shades A1, A2, A3, A3.5, B1, B2 and bleach. Advantages: biocompatible materials very good mechanical properties 7 colors - 2 sizes low viscosity easy to clean radiopaque

pro3dure´s GR-17 series resins are biocompatible materials for the additive manufacturing of temporary crowns and bridges. The printodent® GR-17 temporary is indicated for temporary restorations in the anterior region. printodent® GR-17.1 temporary lt has exceptional mechanical properties compared to conventional temporary materials with a Flexural modulus > 5000 MPa (according to ISO 178**) and a Flexural strength of 112 MPa (ISO 4049). Moreover printodent® GR-17.1 temporary lt exhibits excellent tissue compatibility and can therefor be used ideally for longterm temporaries. As the first material in its class worldwide, printodent® GR-17.1 temporary lt received FDA approval for two indications: temporaries and denture teeth. This expands the possibilities in your laboratory and makes the use of this material extremely efficient and economical. Both materials are available in tooth shades A1, A2, A3, A3.5, B1, B2 and bleach. Advantages: biocompatible materials very good mechanical properties double indication 7 colors - 2 sizes low viscosity easy to clean radiopaque

pro3dure´s printodent® GR-18.2 IB is a biocompatible 3D printing resin for the additive manufacturing of orthodontically used „Indirect Bonding Trays“. The material is flexible, transparent and has a high tensile strength. This enables the orthodontist to place all brackets quickly and precisely in a single operation. The further development of the proven printodent® GR-18.1 IB focused in particular on optimizing application technology. For example, printodent® GR-18.2 IB has a lower viscosity and is therefore easier to clean. Furthermore, the inhibition layer has been reduced during post-curing with low-performance post-curing systems. As a result, you avoid sticky component surfaces and achieve higher clinical safety. Advantages: biocompatible flexible and transparent high tear resistance precise placement higher clinical safety

pro3dure´s printodent® GR-19.1 OA is a 3D printing resin for the generative production of hard-elastic orthodontic splints. printodent® GR-19.1 OA is also available in an MSI® version. Advantages: hard flexible  highest wearing comfort due to thermo effect

pro3dure´s printodent® GR-19.1 OA | MSI is the first biomimetic 3D printing resin for the generative production of hard-elastic orthodontic splints. Thanks to the unique MSI® technology, splints made of printodent® GR-19.1 OA | MSI exhibit reduced biofilm adhesion. The effect, which is copied from nature, is based on natural substances that sustainably inhibit the communication of bacteria. Unlike antibiotics, for example, no resistance is formed in this way. The material also has a body temperature-induced thermo effect and thus ensures maximum wearing comfort in the mouth. Advantages: reduced biofilm adhesion due to MSI® technology hard flexible highest wearing comfort due to thermo effect

pro3dure´s printodent® GR-20 MJF is a biocompatible and hemocompatible tested (according to ISO 10993-4) 3D printing resin for special objects such as guides and splints. Objects made of printodent® GR-20 MJF can be sterilized. Advantages: biocompatible tested according to ISO 10993-4 of hemocompatibility

pro3dure´s generative resin GR-21 Try-In is a biocompatible Class I medical product and is suitable as a base material for try-in of digitally manufactured denture bases. GR-21 Try-In can be used for the generative production of try-in devices. Such as, denture bases with individual tooth setup in order to check bite registration and occlusion. GR-21 Try-In is available in the tooth colours A1, A2 and A3.

printodent® GR-21.1 Try-In is a class 1 biocompatible medical device and is suitable as base material for functional try-in of digitally fabricated denture bases. printodent® GR-21.1 Try-In can be used to generatively fabricate dental moldings such as denture bases with individual tooth set-up in order to perform a functional try-in to check bite registration and occlusion. The material is available in tooth shades A1, A2 and A3. The newly developed printodent® GR-21.1 Try-In is characterized by significantly improved chemical and physical values compared to its market competitors. For example, the impact strength (according to ISO 180/U) has been increased by 75 % compared to its predecessor. The use of a novel initiator system has further increased biocompatibility and thus clinical safety. Advantages: increased biocompatibility/clinical safety increased impact strength significantly improved chemical-physical values TPO free

pro3dure´s printodent® GR-22 flex is the innovative resin for the 3D printing of splints with unique impact resistance and high elongation at break. Its distinctive tough elastic properties in combination with a thermoeffect blend for the maximum comfort and biocompatibility. Advantages: high elongation at break unique impact strength highest wearing comfort (usability studies pro3dure) lowest solubility / high biocompatibility thermomemory effect highest impact strength in its class ”snap on” splints available