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Discover Formlabs' innovative range of dental resins, designed to deliver exceptional results in the dental industry. From precise restorations to detailed models, each product is formulated to the highest quality to meet the most demanding needs of today's dental market.
The VarseoSmile TriniQ resin is a biocompatible 3D printing material developed jointly by and BEGO. This ceramic-filled resin is designed for temporary and permanent restorations (including single crowns, inlays, onlays, veneers), bridges, and dentures. This material stands out as the first resin approved for permanent bridges, offering exceptional precision, translucency, and an efficient workflow to produce strong and aesthetically pleasing restorations on the same day. Available in three VITA shades (A2, A3, and B1), it ensures a reliable match with the patients natural teeth.
For dental professionals, VarseoSmile TriniQ offers a robust and versatile material with a natural aesthetic. The resin has been validated to provide high-precision dental restorations, with 95% of the surface matching the CAD model within a margin of just 50 µm when printed with a layer thickness of 50 µm or 100 µm. Its efficient workflow and excellent polishing capability allow the creation of visually appealing devices without the need for sandblasting, ensuring an attractive finish straight out of the printer.
The VarseoSmile TriniQ resin has undergone rigorous testing and validation by Formlabs and BEGO to ensure high performance and reliability in all printed parts. As a Formlabs-certified material, VarseoSmile TriniQ resin offers the advantages of automatic resin dispensing, seamless integration with , and full compatibility with Formlabs dental ecosystem, specifically the printer, the Form 4 resin tank, and the Form 4 build platform.
It should be noted that it is the responsibility of manufacturers and their respective customers and end-users to evaluate the biocompatibility and performance of all printed components for their intended applications and uses (see the Related Posts tab).
It is also important to highlight that the properties of the final part may vary depending on the part's geometry, orientation and printing settings, temperature, disinfection methods, or sterilization technique used. For more information on the mechanical properties of VarseoSmile TriniQ resin as well as the recommended printing and post-processing practices, refer to the attached documents in the Attachments section.
The BioMed Durable resin from ' catalog of is a biocompatible 3D printing material designed to create parts with good resistance to impact, breakage, and abrasion. The parts created with this resin are characterized by excellent transparency and a smooth surface finish. Its applications include the production of customized medical instruments and devices tailored to specific procedures and individual patients, allowing their creation directly at the medical facility. This capability reduces complications and shortens operating room time.
This resin is classified as USP Class VI and complies with ISO 13485 standards of the FDA, which authorizes its use in the medical and pharmaceutical sectors for long-term applications that come into contact with the skin for more than 30 days, with mucous membranes for more than 30 hours, and for short-term contact with tissues, bones, and dentin for less than 24 hours. It should be noted that it is the responsibility of manufacturers and their respective customers and end-users to evaluate the biocompatibility and performance of all printed components for their intended applications and uses (see the Related Posts tab).
The BioMed Durable resin has an Izod impact strength of 98 J/m, a tensile strength of 29 MPa, and a tensile modulus of 994 MPa, ensuring solid performance under stress. With an elongation at break of 33%, it offers flexibility to withstand deformation without cracking. The resin also has a flexural strength of 21 MPa, a flexural modulus of 643 MPa, and a Shore hardness of 75D, providing a durable yet slightly flexible surface. It is important to note that the material properties may vary depending on various factors such as part geometry, orientation, print settings, temperature, and disinfection or sterilization methods used. For a complete guide on how to work with BioMed Clear resin, refer to the attached manual.
The BioMed Durable resin is compatible with various printers and accessories from the Form 3 and Form 4 ecosystems by Formlabs: the , the , the , and the . The resin is also compatible with resin tanks Form 3 V2.1, Form 3L V3, Form 4, and Form 4L, as well as the build platforms Form 3, Form 3 2, Form 3 Stainless Steel, Form 4, Form 4 Flex, and Form 4L L, ensuring that users can achieve optimal results regardless of the size or scope of their projects.
The Formlabs BioMed elastomeric resins BioMed Elastic and offer a solution to a long-standing problem limitation in for the medical device industry and healthcare sector. This limitation is the absence of an end-to-end 3D printing process compatible with the , particularly for applications demanding both flexibility and biocompatibility.
With the BioMed elastomeric resins it is possible to manufacture flexible and biocompatible parts in-house and in a time- and cost-effective way, a process that used to require time-consuming and costly mold preparation by third parties. The BioMed elastomeric resins from Formlabs enable medical professionals to enhance product performance and expand the applications of 3D printing in healthcare.
One of the BioMed elastomeric resins is the BioMed Elastic resin. It is an FDA-registered material that meets the requirements of the ISO and USP standard for biocompatibility (ISO 10993, USP Class VI), as well as the ISO 13485 regulation. The latter means that parts 3D printed with the BioMed Elastic resin can be used for long-tern skin contact (>30 days) and short-term mucosal membrane contact (<24 hours). Nevertheless, it must be kept in mind that depends on the correct processing of the biocompatible material.
The BioMed Elastic resin produces parts with up to 150 % elongation at break, an ultimate tensile strength of approximately 2 MPa, and a Shore hardness of 50 A. Thanks to the flexibility, soft haptics and transparency, this material allows for efficient and safe mass production of:
The BioMed Elastic resin is compatible with the Formlabs Form 3B, , and Form 4B 3D printers. More on the compatibility, printing parameters and washing and curing settings can be read in the Specifications tab and on the . The resin's technical and safety datasheets, as well as a manufacturing guide are available in the Downloads section. For more information you can also see the on the BioMed Elastic and Flex resins used for the 3D printing of vascular anatomical models.
For years, 3D printing has revolutionized workflows in the medical device industry and healthcare sector. However, a significant limitation has been the absence of an end-to-end 3D printing process compatible with the , particularly for applications demanding both flexibility and biocompatibility.
The Formlabs BioMed elastomeric resins BioMed Flex and offer a solution to that problem. With these materials, it is possible to manufacture in-house cost-effective, flexible, and biocompatible parts that used to require time-consuming and costly mold preparation by third parties. The BioMed elastomeric resins from Formlabs thus allow medical professionals to enhance product performance and expand the applications of 3D printing in healthcare.
One of the BioMed elastomeric resins is the BioMed Flex resin. It is an FDA-registered material that meets the requirements of the ISO and USP standard for biocompatibility (ISO 10993, USP Class VI), as well as the ISO 13485 regulation. The latter means that parts 3D printed with the BioMed Flex resin can be used for long-tern skin contact (>30 days) and short-term mucosal membrane contact (<24 hours). Nevertheless, it must be kept in mind that depends on the correct processing of the biocompatible material.
The BioMed Flex resin produces durable and transparent parts with up to 135 % elongation at break, an ultimate tensile strength of approximately 7 MPa, and a Shore hardness of 80 A. Thanks to the flexibility and transparency, this material allows for efficient and safe mass production of patient-specific medical devices for long-term skin contact, medical devices for short-term mucosal membrane contact, and surgical models of firm tissue (organs, cartilage, etc) for the operating room. Once manipulated deformed according to the needs of testing and use, the parts will return to their original shape withou losing any of their original properties.
The BioMed Flex resin is compatible with the Formlabs Form 3B, , and Form 4B 3D printers. More on the compatibility, printing parameters and washing and curing settings can be read on the . The resin's technical and safety datasheets, as well as a manufacturing guide are available in the Downloads section. For more information you can also see the on the BioMed Flex and Elastic resins used for the 3D printing of vascular anatomical models.
BioMed resins are medical grade materials designed for use in a wide variety of medical applications. Surgical guide resin and LT Clear dental resin are registered materials specifically indicated for dental applications.
Formlabs' BioMed Resins were developed for customers seeking biocompatible medical grade materials for a wide range of applications, from prototypes to end-use devices. Customers can use these materials with confidence for applications that require contact of the patient's skin and mucous membrane. In addition to meeting the requirements of the ISO standard for biocompatibility, BioMed resins also comply with ISO 13485.
Both BioMed Clear Resin and BioMed Amber Resin produce strong, functional parts that are biocompatible and compatible with most common sterilization techniques. BioMed Clear Resin is USP Class VI certified and is suitable for the manufacture of durable parts and parts requiring low water absorption. BioMed Amber Resin is suitable for the manufacture of rigid parts that may require higher definition.
The following table shows the comparison between these two resins:
BioMed Amber Resin is a rigid, biocompatible material for applications that require a short duration of contact with the patient's skin or mucous membrane. This resin supports print resolutions of 50 and 100 microns.
Parts printed with BioMed Amber Resin are compatible with common solvents for disinfection and sterilization methods. BioMed Amber Resin is ISO 13485 certified.
BioMed Amber has the same composition as Surgical Guide resin; however, in dental applications it is recommended to use the latter, as it is CE certified specifically for dental use.
Medical and other applications:
Thus, Amber BioMed resin is a medical grade material, designed to be used in a wide variety of applications in the healthcare industry.
To ensure the biocompatibility of BioMed Amber resin, the use of dedicated tanks, construction platform and finishing kits are required and should only be used with this and other biocompatible Formlabs resins.
The BioMed resins by were designed for the manufacturing of biocompatible medical grade materials. The applications of the BioMed resins range from prototypes to end-use devices, such as pieces that are in contact with patients skin and mucous membrane. BioMed resins comply with ISO 13485 and the ISO standard for biocompatibility.
Apart from the and resins, the BioMed family includes the Biomed Black Resin resin. BioMed Black is a rigid matte black designed biocompatible applications and certified to be used for 3D printing pieces that require long term contact with skin or short term contact with mucus membrane. The Biomed Black resin was tested for pyrogenicity and Acute Systemic toxicity (USP 151), which makes it safe to use in the vicinity of tissue, bone and dentine (short term uses).
Apart from complying with the ISO 13485 standard and ISO standards for biocompatibility, the BioMed Black resin is also USP Class VI certified, which means it is suitable for pharmaceutical and drug delivery applications.
Pieces 3D printed with the FormLabs BioMed Black resin can be safely disinfected and sterilized, as they are compatible with many common solvents and disinfectants.
All these features make the FormLabs BioMed Black resin ideal for the 3D printing of complex geometries and precise models. The BioMed Black resin has versatile applications in the biomedical industry, such as:
It should be kept in mind that material properties of the BioMed Black resin may differ depending on part design, print orientation, print settings, temperature and disinfection/sterilization practices. The biocompatibility and performance of 3D printed parts should be determined for each application and use. Recommended printing settings, precautions and post processing tips can be consulted in the Downloads section of the product, in the technical datasheet and the instructions documents.
Formlabs' BioMed Resins were developed for customers seeking medical-grade biocompatible materials for a wide range of applications, from prototypes to end-use devices. Customers can use these materials with confidence for applications that require contact of the patient's skin and mucous membrane. In addition to meeting the requirements of the ISO standard for biocompatibility, BioMed resins also comply with ISO 13485.
Both BioMed Clear resin and BioMed Amber resin produce strong, functional parts that are biocompatible and compatible with most common sterilization techniques. BioMed Clear Resin is USP Class VI certified and is suitable for the manufacture of durable parts and parts requiring low water absorption. BioMed Amber Resin is suitable for the manufacture of rigid parts that may require higher definition.
BioMed Clear is a hard and durable material designed for use in biocompatible applications that require continuous contact with the skin or mucous membranes. This Class VI material is suitable for applications requiring wear resistance and low water absorption over time. Parts printed with BioMed Clear Resin are compatible with common disinfection and sterilization methods.
BioMed Clear Resin is ISO 13485 certified and is included in an American Food and Drug Administration (FDA) Device Master File.
BioMed Clear is the improved version of the Dental LT Clear. Compared to the Dental LT Clear resin, it has the following advantages:
Due to its characteristics, this resin has different applications, both in the dental sector and in other areas:
Thus, BioMed Clear resin is a medical grade biocompatible material designed for use in a wide variety of applications in the healthcare industry.
To ensure the biocompatibility of BioMed Clear resin, the use of dedicated tanks, construction platform and finishing kits are required and should only be used with this and other biocompatible Formlabs resins.
Apart from the and resins, the BioMed family includes the Biomed White Resin and the Biomed Black resin. BioMed White is a rigid opaque white and the BioMed Black resin is a rigid matte black medical resin. Both resins were designed biocompatible applications. They are certified to be used for 3D printing pieces that require long term contact with skin or short term contact with mucus membrane. Both resins were ested for pyrogenicity and Acute Systemic toxicity (USP 151), which makes them safe to use in the vicinity of tissue, bone and dentine (short term uses).
Apart from complying with the ISO 13485 standard and ISO standards for biocompatibility, the BioMed White and Black resins are also USP Class VI certified, which means they are suitable for pharmaceutical and drug delivery applications.
Pieces 3D printed with the FormLabs BioMed White and Black resin can be safely disinfected and sterilized, as they are compatible with many common solvents and disinfectants.
All these features make the FormLabs BioMed White and Black resin ideal for the 3D printing of complex geometries and precise models. The BioMed White and Black resin has versatile applications in the biomedical industry, such as:
It should be kept in mind that material properties of the BioMed White and Black resin may differ depending on part design, print orientation, print settings, temperature and disinfection/sterilization practices. The biocompatibility and performance of 3D printed parts should be determined for each application and use. Recommended printing settings, precautions and post processing tips can be consulted in the Downloads section of the product, in the technical datasheet and the instructions documents.
Apart from the and resins, the BioMed family includes the Biomed White Resin resin. BioMed White is a rigid opaque white designed biocompatible applications and certified to be used for 3D printing pieces that require long term contact with skin or short term contact with mucus membrane. The Biomed White resin was tested for pyrogenicity and Acute Systemic toxicity (USP 151), which makes it safe to use in the vicinity of tissue, bone and dentine (short term uses).
Apart from complying with the ISO 13485 standard and ISO standards for biocompatibility, the BioMed White resin is also USP Class VI certified, which means it is suitable for pharmaceutical and drug delivery applications.
Pieces 3D printed with the FormLabs BioMed White resin can be safely disinfected and sterilized, as they are compatible with many common solvents and disinfectants.
All these features make the FormLabs BioMed White resin ideal for the 3D printing of complex geometries and precise models. The BioMed White resin has versatile applications in the biomedical industry, such as:
It should be kept in mind that material properties of the BioMed White resin may differ depending on part design, print orientation, print settings, temperature and disinfection/sterilization practices. The biocompatibility and performance of 3D printed parts should be determined for each application and use. Recommended printing settings, precautions and post processing tips can be consulted in the Downloads section of the product, in the technical datasheet and the instructions documents.
FormLabs Dental Resins are specialized materials for the dental field, where the use of this type of technology is increasingly present. The dental resins allow the production of models of crowns and bridges, surgical guides, splints and retainers with incredible accuracy, with a maximum deviation of ±100 microns, and with very low material costs per element (1.4 - 3.3 ), which amortizes the use of the printer with any of the dental resins in a few months.
Formlabs' wide range of dental resins allows dental practices and laboratories to quickly manufacture a variety of dental products in their own facilities, from biocompatible surgical guides and splints to models for fixed prostheses and clear aligners.
Formlabs has developed the Custom Tray resin, a biocompatible material for directly printing dental impression trays for implants, prostheses, crowns and bridges, as well as other more complex applications. Digitally manufactured dental impression trays provide robust and accurate impressions for high quality dental service.
Custom Tray is a fast printing material that allows the use of layer heights up to 200 microns, thus reducing working time and achieving higher performance.
To use the Custom Tray resin and carry out the printing process optimally, the following materials and devices must be used:
The manufacturing process with the Custom Tray resin is the following:
1. Scanning: To begin, the patient's anatomy must be scanned. In this way, a digital impression of the patient's anatomy will be obtained, on which to work and create a custom tray.
2. Design: Different dental software is available to digitally design custom impression trays. One of them is ZirkonZahn.Tray; a free dental CAD software for designing custom trays that integrates with FormLabs Preform Software.
3. 3D printing: To print the digitally designed file, you must import it from Preform, select the material to be used, and modify the different options offered by the Software regarding orientation, supports, etc.
4. Post-processing: First, the parts must be removed from the construction platform. Then, the parts must be washed, dried and cured according to the parameters indicated in the "Specifications" section. Finally, the supports must be carefully removed and any areas where the supports have left any uneven areas must be polished with a hand motor.
5. Cleaning and disinfection: Finally, the parts must be cleaned and disinfected. After cleaning, look for cracks in the workpiece. If any cracks are found, the workpiece must be discarded immediately. A proven method for disinfection is to immerse the parts in a solution with 70% IPA alcohol for 5 minutes. After disinfection, the part should be re-inspected for cracks.
To download the complete printing guide, go to "Downloads".
Thus, the Custom Tray resin is a biocompatible material, designed to be used in a wide variety of applications in the dental industry.
To ensure the biocompatibility of Custom Try resin, the use of dedicated tanks, construction platform and finishing kits are required and should only be used with this and other biocompatible Formlabs resins.
Digital Denture Base resin is part of a line of dental-specific resins from the renowned manufacturer Formlabs. The use of 3D printing as a manufacturing tool is becoming more and more common in the dental field. Dental resins allow models of crowns and bridges, surgical guides, splints or retainers to be made with incredible accuracy and with very low material costs for each element, which allows the use of the printer with any of the dental resins to be amortised in a few months.
Digital Denture Base resin is a resin developed for the fabrication of complete dentures in combination with Digital Denture Teeth resin.
Digital Denture Base resin is a Class II biocompatible resin, i.e. it is a long-lasting biocompatible material, which enables the production of reliable and accurate 3D printed complete dentures.
This resin is responsible for imitating the gingiva. For this purpose, Formlabs has created 4 semi-translucent pink base shades (RP, LP, DP and OP) to achieve a realistic gingiva with natural margins and an aesthetic that is truly adapted to the patient:
Thanks to the properties of the Digital Denture Base resin and the fact that it allows a resolution of 50 microns, the final parts have a very high surface quality and level of detail.
The manufacturing process with Digital Dentures resins is as follows:
As with other FormLabs resins, the printing process is very intuitive. For more information about the manufacturing process with Digital Denture Base resin, we recommend downloading the manufacturing guide in the "Downloads" section.
The combined use of Digital Denture Base and Digital Denture Teeth resin ensures the production of customised complete dentures with a realistic and high quality finish.
The Digital Denture Base resin is a biocompatible material that allows it to be used for long periods of time. Therefore, this resin is not compatible with the Form 3 3D printer. In order to use the Digital Denture Base resin and to carry out the printing process optimally, the following materials and devices must be used:
To ensure the biocompatibility of Digital Denture Base resin, the use of dedicated tanks and finishing kits are required and should only be used with this and other Formlabs biocompatible resins.
Digital fabrication of prostheses is the future of dental technology, providing quality patient care and offering highly personalised and specific solutions.
Digital Denture Teeth resin is part of a line of dental-specific resins from the renowned manufacturer Formlabs. The use of 3D printing as a manufacturing tool is becoming more and more common in the dental field. Dental resins allow models of crowns and bridges, surgical guides, splints or retainers to be made with incredible accuracy and with very low material costs for each element, which allows the use of the printer with any of the dental resins to be amortised in a few months.
Digital Denture Teeth resin is a resin developed for the fabrication of complete dentures in combination with Digital Denture Teeth resin.
Dental Denture teeth resin is a Class II biocompatible resin, i.e. it is a long-lasting biocompatible material, which enables the production of reliable and accurate 3D printed complete dentures.
This resin is responsible for imitating teeth. Formlabs offers 6 shades of VITA to achieve a realistic gingiva with natural margins and a truly patient-friendly aesthetic appearance: A1, A2, A3, A3.5, B1 and B2.
Thanks to the properties of the Dental Denture teeth resin and the fact that it allows a resolution of 50 microns, the final parts have a very high surface quality and level of detail.
As with other FormLabs resins, the printing process is very intuitive. For more information about the manufacturing process with Dental Denture teeth resin, we recommend downloading the manufacturing guide in the "Downloads" section.
The combined use of Digital Denture Teeth and Digital Denture Base resin ensures the production of customised complete dentures with a realistic, high-quality finish.
The Digital Denture teeth resin is a biocompatible material that allows it to be used for long periods of time. Therefore, this resin is not compatible with the Form 3 3D printer. In order to use the Digital Denture teeth resin and to carry out the printing process optimally, the following materials and devices must be used:
To ensure the biocompatibility of Digital Denture teeth resin, the use of dedicated tanks and finishing kits are required and should only be used with this and other Formlabs biocompatible resins.
FormLabs Dental Resins are specialized materials for the dental field, where the use of this type of technology is increasingly present. The dental resins (biocompatible) allow models of crowns and bridges, surgical guides, splints and retainers to be made with incredible accuracy, with a maximum deviation of ±100 microns, and with very low material costs per element (1.4 - 3.3 ?), which amortizes the use of the printer with any of the dental resins in a few months.
Dental LT Resin offers a high resistance to fracture, wear and biocompatibility Class IIa (EN-ISO 10993-1:2009/AC:2010 EN-ISO, 10993-3:2009, EN-ISO 10993-5:2009, EN-ISO 10993-11, EN-ISO 7405:2009/A1:2013). To ensure the durability and resistance necessary to produce final elements, the Dental Resin LT complies with the mechanical properties stipulated in the EN-ISO 20795-1:2013 standard. This resin is ideal for direct printing of splints, retainers and other orthodontic devices with a translucent finish.
To achieve a finish with an optimal transparency, only a light polish is needed.
To ensure the biocompatibility of Dental LT Translucent resin, the use of dedicated tanks and finishing kits is required which should only be used with this and other Formlabs biocompatible resins.
Much of the dental industry is already using 3D printing, through or and Dental Resins, to enhance their services more accurately, quickly and economically.
One of ' specialties are advanced high quality resins for applications in the dental sector. Dental resins are a great opportunity for dentists and orthodontists to agilize their workflow and achieve incredible precision in much less time and in a more affordable way.
The Dental LT Clear V2 Resin by Formlabs is a MDR certified (compliance with the requirements for European Union medical devices) class IIa long-term biocompatible resin based on Formlabs' proprietary formula. The Dental LT Clear V2 Resin was designed to be a reformulation of the , with significant improvements in color and durability.
The Dental LT Clear V2 Resin has a 50% higher impact resistance than the Dental LT Clear Resin, and it is more resistant to brittling and fracturing. Furthermore, Formlabs has color-corrected the Dental LT Clear V2 Resin, which makes it yellow much less and slower (60% less yellowing) than the Dental LT Clear Resin. The Dental LT Clear V2 Resin 3D prints clear and it polishes to high optical transparency, similar to that of PMMA.
The Dental LT Clear V2 Resin is an improved and more affordable resin designed to 3D print high quality splints, occlusal guards and night guards. It allows professionals in the dental industry to manufacture in-house, in a personalized, faster and more affordable way, and to provide high quality and aesthetically pleasing products.
Dental LT Comfort resin is a long-lasting biocompatible resin created by the renowned brand for its catalog of . This resin is designed to 3D print occlusal splints, flexible bite splints, and whitening trays easily on Form 3 and Form 4 series 3D printers. This resin complies with the ISO 13485 standard, making it suitable for use in medical devices.
Dental LT Comfort resin is characterized by being a flexible and wear-resistant material, which means that products printed with this resin offer greater comfort and durability, as they can withstand the wear and tear of the most demanding treatments. Thanks to these characteristics, splints made with Dental LT Comfort resin have guaranteed adoption and approval from the patients who use them. It is also worth mentioning that parts printed with Dental LT Comfort resin have impressive transparency and can be easily polished, reaching an even higher degree of transparency that allows for good visibility.
Dental LT Comfort resin has an Izod impact resistance of 98 J/m, a tensile strength of 29 MPa, and a tensile modulus of 994 MPa, providing good resistance to breakage under stress. With an elongation at break of 33%, Dental LT Comfort offers flexibility to withstand deformation without cracking. The resin also has a flexural strength of 21 MPa, a flexural modulus of 643 MPa, and a Shore hardness of 75D, ensuring a durable but slightly flexible surface. Material properties may vary depending on part geometry, printing settings, and sterilization methods used. In the Attachments section, you will find a comprehensive manual and instructions for working with Dental LT Comfort resin.
Dental LT Comfort resin is compatible with various printers and accessories within the Formlabs Form 3 and Form 4 ecosystem: the , the , the , and the . The resin is also compatible with the Form 3 V2.1, Form 3L V3, Form 4, and Form 4L resin tanks, as well as the Form 3, Form 3 2, Form 3 Stainless Steel, Form 3L, Form 3L 2L, Form 4, Form 4 Flex, and Form 4L L build platforms, ensuring users can achieve optimal results regardless of the size or scope of their projects.
FormLabs Dental Resins are specialized materials for the dental field, where the use of this type of technology is increasingly present. The dental resins allow models of crowns and bridges, surgical guides, splints and retainers to be made with incredible accuracy, with a maximum deviation of ±100 microns, and with very low material costs per element (1.4 - 3.3 ?), which amortizes the use of the printer with any of the dental resins in a few months.
Dental Model Resin is a high performance material for crowns and dental bridge models.
With the print configuration of 25 microns (layer height) clear margins are achieved, and, precise and consistent contacts with an accuracy of ± 35 microns in 80% of the model. In the rest of the model an accuracy of ± 100 microns is achieved in more than 90% of the surfaces. These values of such low tolerances make it possible to insert the extractable matrices (teeth) with a fitted adjustment.
In addition, the Model Dental Resin has a smooth finish and a color similar to plaster, which facilitates the clear visualization of the model during production. Thanks to all the above and the low cost ( 4.7 for each matrix), this type of models compete directly with those enhanced in clay.
Much of the dental industry is already using 3D printing, through , or and Dental Resins, to enhance their services more accurately, quickly and economically.
The IBT Flex resin by is a Class I biocompatible material that stands out for its flexibility, tear resistance, and translucency. The IBT Flex resin complies with the ISO 13485 standard, making it suitable for use in medical sectors, particularly in , to 3D print or ("composites") that are easy to plan, use, and remove.
It is important to note that it is the responsibility of manufacturers and their respective customers and end users to evaluate the biocompatibility and performance of all printed components for the intended applications and uses (see the Related Posts tab).
The IBT Flex resin is designed to provide consistent and predictable clinical results, ensuring a superior patient experience. With an elongation at break of 135% and enhanced flexibility, it facilitates the placement and removal of devices in the oral cavity with ease, speed, and precision.
The resin's improved transparency further enhances this efficiency, allowing for 85% transparency at 2 mm thickness. Additionally, its optimized viscoelasticity allows for a perfect fit of the guides over the teeth, ensuring precise transfer of the digital model to the clinical setting. This reduces the need for additional intraoral adjustments, streamlining the overall process.
The IBT Flex resin is compatible with several printers and accessories from the Form 3 and Form 4 ecosystems by Formlabs: the , the , the , and the . The resin is also compatible with the Form 3 V2.1 resin tanks, Form 3L V3, Form 4, and Form 4L, as well as the build platforms Form 3, Form 3 2, Form 3 Stainless Steel, Form 3L, Form 3L 2L, Form 4, Form 4 Flex, and Form 4L L, ensuring that users can achieve optimal results regardless of the size or scope of their projects.
It is important to note that the material properties may vary depending on various factors such as part geometry, orientation, print settings, temperature, and the disinfection or sterilization methods used. For a comprehensive guide on how to work with IBT Flex resin, please refer to the attached Manual and Instructions.
Formlabs IBT resin is a resin designed for the fabrication of indirect luting trays for the placement of orthodontic brackets. The clear, flexible material holds brackets in place for installation and bonding. The device allows orthodontists to place and bond all brackets at the same time, reducing patient chair time and increasing patient comfort.
IBT resin is part of a line of dental-specific resins from the renowned manufacturer . The use of 3D printing as a manufacturing tool is becoming more and more common in the dental field. Dental resins allow models of crowns and bridges, surgical guides, splints or retainers to be made with incredible accuracy and with very low material costs for each element, allowing the use of the printer with any of the dental resins to be amortised in a few months. In addition, digital case planning in the dental industry eliminates the need for physical models and streamlines the process and workflow.
Formlabs IBT resin has a Shore 90A hardness, with adequate flexibility for its application. However, the material is designed to break rather than alter bracket placement if excessive force is applied during bracket removal.
Thanks to the properties of IBT resin and the fact that it allows a resolution of 100 microns, the final parts can be printed quickly.
The manufacturing process with IBT resin is as follows:
Thanks to Formlabs Dental Software, print set-up and management is simplified. Formlabs Software is free and designed to help the user work quickly and efficiently. In just a few clicks, the user can prepare the parts for printing, as well as access all their printers from the cloud.
As with other FormLabs resins, the printing process is very intuitive. For more information about the manufacturing process with IBT resin, we recommend downloading the complete manufacturing guide in the "Downloads" section.
IBT resin is a biocompatible material. Therefore, this resin is not compatible with the Form 3 3D printer. In order to use IBT resin and to carry out the printing process optimally, the following materials and devices must be used:
To ensure the biocompatibility of IBT resin, the use of dedicated tanks, printing bases, form wash and finishing kits is required and must not be mixed with any other resin.
The introduction of resins such as Formlabs IBT resin into the workflow allows for streamlined processes and greater customer convenience.
Permanent Crown resin is part of the line of resins specific to the dental field from the renowned manufacturer Formlabs. In the dental field, the use of 3D printing as a manufacturing tool is becoming more and more common. The dental resins (biocompatible) allow models of crowns and bridges, surgical guides, splints or retainers to be made with incredible accuracy and with very low material costs for each element, which allows the use of the printer with any of the dental resins to be amortised in a few months.
Permanent Crown resin is a tooth-coloured ceramic-reinforced resin for 3D printing of permanent crown, inlay and onlay type restorations and veneers. Digitally created restorations allow a fast collaborative process between dentist, technician and patient.
Like other Formlabs dental resins such as resin, the Permanent Crown resin is available in four VITA shades, perfectly adapting to the shade of each patient's teeth:
Thanks to the properties of the Permanent Crown resin, pieces with an excellent stability and dimensional resistance
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