The state-of-the-art Cerec 3D system means that, in some cases, prostheses and dental restorations can be designed and made in just one day. This speed is only possible because of the Cerec 3D system with German technology.
Technology at the service of dentistry to make prostheses and restorations quickly
It has a machining unit (its own prosthetic laboratory) that sculpts the shape of the prosthesis in a ceramic block, according to the digital design previously made on a computer using CAD/CAM technology.
The prostheses designed and sculpted by the Cerec 3D System fit perfectly and are in harmony with each patient’s needs. The prostheses that can be made in one day at Cerec 3D:
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New at ImplArt: Cerec Primemill milling machine
The Cerec Primemill milling machine is the most up-to-date version of the Cerec Sirona system for producing crowns, bridges, dental lenses and aesthetic restorations. This advanced German technology allows us to carry out diverse prosthetic work in porcelain with even greater precision and richness of detail.
This new version has functions for faster and more accurate production, allowing us to increasingly deal with various cases in Day Clinic – intensive treatment.
Although we have the Cerec 3D system in our clinic, prostheses and restorations can only be made in one day in the most urgent cases, because they always need to be designed on a computer.
To find out if your case could benefit from this technique, please contact us. We’ll be happy to help you! Get to know ImplArt and its complete structure.
It is well known that 3D printers have great versatility for making various objects. The good news is that 3D printing is now a reality in dentistry and is increasingly transforming the way treatments are carried out.
The 3D printing solution has been brought to dentistry to make aesthetic, fast and precise prostheses and restorations
ImplArt Odontologia is equipped with two of the most modern dental 3D printers: the Cerec System from the German company Sirona and the Ceramil Motion 2 milling machine from the Austrian company AmannGirrbach.
Both companies are world references in research and development of solutions in the area of Digital Dentistry.
1 – Intraoral scanner: a high-precision camera that captures images of the inside of the patient’s mouth. It takes a digital impression, thus eliminating the need to use putty. We use two of the main intraoral scanners on the market, the Omnicam and the Trios 3Shape.
2 – Computer: we carry out planning with two of the main systems, Cerec 3D and 3Shape Dental System. The images captured by the intraoral scanner are used to design and simulate three-dimensional prosthetic pieces with shapes and shades according to each patient’s needs.
3 – 3D printers: a milling unit with a robot that sculpts the prosthetic part out of a rough ceramic block. The part is then taken to a kiln for the ceramic sintering process to give it strength.
ImplArt has the most up-to-date version ofthe Cerec system milling machine, the German Cerec Primemill 3D tooth printer. This milling machine has functions for faster production, which in many cases allows us to carry out your treatment in a Day Clinic. Primemill also makes crowns, bridges, dental lenses and restorations with a more refined finish and greater detail.
CrownBridgeLens
Versatilityof 3D printers: the prostheses that can be made with the Cerec system are crowns, bridges, copings, onlays, inlays, dental contact lenses as well as copies of old restorations. Watch a video of the system in operation by clicking here.
Ceramill Motion 2 milling machine
It uses Cad/Cam technology to digitally produce dental prostheses in different materials such as zirconia, wax, metal alloy, resin, glass-ceramic and lithium disilicate. It has exclusive software for projecting and simulating prostheses.
Once the design is finalized, the system then sends the command to the milling unit to make the part.
The milling unit has robotic arms that carve the prosthetic part dry or irrigated.
Versatility: the prostheses that can be made on the Ceramill Motion 2 milling machine are crowns, frameworks for dental prostheses, crowns, bridges, inlays, onlays, dental contact lenses, individual abutments and telescopic crowns.
UltraCraft ChairSide Pro
The UltraCraft ChairSide Pro 3D printer has been designed to meet the production needs of dental applications with quality, high precision and speed, including being a resource for your dental day clinic treatment. Due to the digitalized workflow, UltraCraft helps the dynamics of the ImplArt dental laboratory and clinic, and above all generates satisfaction for our patients.
The use of scans creates more precise and durable crowns in a faster process than other production methods. In this sense, the UltraCraft 3D printer has further strengthened the ImplArt Dental Clinic‘s digital laboratory.
This is the Anycubic Photon 3D printer for printing teeth and various jobs in our in-house prosthetics laboratory. Some of the jobs that can be carried out on this dental 3D printer include:
Myorelaxing plates – mainly used to treat bruxism. Their purpose is to reduce the intensity, strength and frequency of muscle tension when clenching or grinding teeth. It also protects the teeth from wear and fractures.
Printing resin dental models similar to plaster models
Artificial gum simulation and prototypes
Study model prints
3D printing biocompatible teeth for provisionals
Printing surgical guides for use in guided dental implant surgery
Digital prosthetics laboratory at ImplArt Odontologia
The combination of up-to-date and competent staff and state-of-the-art equipment means that Clínica ImplArt’s prosthetics laboratory is in line with the latest and most advanced developments in dentistry.
Dentures are the best way to make your smile beautiful and complete. If you have any questions or would like more information, please contact us or make an appointment. We’ll be happy to help you.
Digital color impression and computerized teeth with the Cerec 3D system in São Paulo. This German technology consists of a color intraoral scanner, processing software and a machining unit that works like a 3D tooth printer.
How does Cerec 3D works?
The Cerec 3D system uses Cad/Cam technology, consisting of a camera, a computer and a machining machine. First, the Cerec 3D system takes digital images of your teeth using a specialized high-precision color camera (intraoral scanner).
The computer then uses these images to design a customized restoration, matching the fit and shape of the surrounding natural teeth.
Replacing metal restorations (unsightly) with tooth-colored white ceramic (aesthetic).
What are the advantages of Cerec 3D?
Dental restorations with Cerec 3D are not only convenient, but also healthy. Until recently, dentists had little choice of materials, such as metal-ceramic crowns (with metal), amalgam, and resins.
As well as being dark and presenting aesthetic problems, these materials are time-consuming and inaccurate to make because they depend on manual labor and external prosthetic laboratories. With Cerec 3D, we can use strong ceramic materials to restore teeth with beauty and functionality.
There’s no need to remove molds with putty, as it does digital color molding
Tooth-colored restorations – porcelain does not contain metals or dark, unsightly materials
With the Cerec system, it is also possible to make an identical copy of the shape of a prosthesis that the patient is already used to, but which needs to be replaced because it was made with an inferior material or is fractured. Find out more about this technology at ImplArt Odontologia. Make an appointment or if you have any questions, please contact us. We’ll be happy to help you.
3D CAD/CAM dental crown - automated digital prosthesis in São Paulo3D CAD/CAM dental crown - automated digital prosthesis in São Paulo3D CAD/CAM dental crown - automated digital prosthesis in São Paulo
Contemporary dentistry continually seeks solutions that combine the highest functional performance with unparalleled aesthetics, especially in dental implant rehabilitations. In this context, Pure Emax crowns emerge as the material of choice for cases demanding maximum naturalness and seamless integration with the patient’s smile.
Unlike other materials, Pure Emax, a type of lithium disilicate, offers a translucency and opalescence that perfectly mimic natural tooth structure, making it the ideal choice for crowns over implants in highly aesthetic areas. It’s important to highlight that these cutting-edge solutions are crafted in Brazil, reflecting our Clinic’s commitment to excellence in dental technology and artistry. Discover how this advanced technology, with its roots in Brazil, is revolutionizing dentistry, providing results that exceed expectations and restore confidence and beauty to smiles.
Contents
The digital all-porcelain crown is a highly efficient ceramic system used to make prosthetic crowns for dental implants.
What are digital pure porcelain crowns made of?
Lithium disilicate ceramics have aesthetic and resistance properties comparable to natural teeth. They are the best and most technologically advanced materials for achieving aesthetic teeth because they are white and translucent, which makes the crown look natural even in the brightest of environments.
e.max ceramic was developed for use in Digital Dentistry Systems, with a 3D printer that sculpts dental prostheses. With this system, the all-porcelain crown can be made quickly, with more strength and naturalness than other materials made by hand.
What is the best material for pure porcelain digital prostheses?
The digital porcelain crown is made as a monoblock, i.e. it has no internal reinforcement layers, as the computer will create the crown from a prefabricated block of dental porcelain.
Example of raw material blocks for computerized dental porcelain EMAX CAD
The Pura Digital porcelain crown is an evolution in the materials used in dental prostheses. With it, it is possible to reproduce details that make the prosthesis similar to natural teeth. With the Cerec System, the e.max crown is made more quickly and precisely, because it is designed on a computer and sculpted by robots.
Very aesthetic look, comparable to a natural tooth;
Range of blocks with different colors and types of resistance for different uses;
Stain-resistant material;
It can be made using the Metal Free technique (no metal in the internal structure). This makes the crown look translucent and much more aesthetic in bright environments.
It can be designed and built quickly thanks to the Cerec system.
To make digitalpure porcelain crowns , we use CAD/CAM techniques:
1 – Intraoral scanner: It all starts with the digital molding of the dental implant with a high-precision color camera that takes images of the oral interior and sends them to the computer.
2 – Computer and software: receives the information captured by the intraoral scanner and carries out the simulation and personalized planning of the dental crown using three-dimensional images.
3 – Machine manufacturing: robots mill the e.max ceramic block based on the computerized design until the shape of the crown is achieved. The result is certainly a piece that is strictly compatible with the patient’s needs.
Pure porcelain crown for natural teeth
It is common for a temporary crown to be made before finalizing the permanent tooth to test whether the computer modeling is correct. Immediately after milling, the piece undergoes a crystallization process at approximately 850°C for 20 to 30 minutes and acquires high resistance, shade and translucency.
When the crown is finished, it is attached to the previously installed dental implant. For your convenience, the Cerec System and e.max ceramics are available at ImplArt Dental Clinic in Brazil. As an alternative to the pure porcelain crown, we now have an even more resistant material, translucent pure zirconia.
If you have any questions about this or other techniques and prices, please make an appointment or contact us. We are located in the Paulista Avenue area/Downtown of São Paulo. We will be happy to assist you.
Emax Cad crowns are prostheses used in oral rehabilitation and dental restoration to cover, protect and strengthen teeth that have been extensively damaged by decay or root canal treatment.
Ceramic crowns in Emax Cad
Developed by the German company Ivoclar, the technical name of the Emax material is lithium disilicate and it has the ability to offer high aesthetics and high resistance.
Raw material blocks for Emax CAD computerized dental porcelain
Digital emax crowns guarantee the best aesthetic results
EMAX crown applications
Dental crowns can also be placed on dental implants to replace missing teeth. They can be made from different materials such as temporary resins, but the main one is Emax Cad ceramic. What are the main advantages of the Emax Cad crown?
High resistance and durability;
Very aesthetic look, similar to a natural tooth;
Range of blocks with different colors and types of resistance for different uses;
Minimally invasive restorations;
It can be made using the metal-free technique (no metal in the internal structure). This makes the crown look translucent and much more aesthetic in bright environments.
The digital emax crown is milled by robotic machines in the blue phase, when the material is still soft. The material is then crystallized at over 700 degrees to achieve the final color. On the right, it has received the final polish that guarantees the smoothness of the structure and final pigmentation (even in black light environments).
Emax porcelain crowns in digital dentistry – how are they made?
1 – Intraoral scanner: high-precision color camera that makes digital molds of the patient’s teeth and sends them to the computer.
2 – Computer and software: receives the information captured by the intraoral scanner and carries out simulation and personalized treatment planning using 3D images.
3 – Machining bay: robots mill the Emax Cad ceramic block based on the computerized design until the shape of the crown is achieved. The result is a piece that is strictly compatible with the patient’s needs.
ImplArt has the most up-to-date version of the Cerec system milling machine. This German technology allows us to produce metal-free crowns, restorations and dental lenses much faster and with greater detail.
Complete oral rehabilitation of the lower arch using emax computerized porcelain
When the milling is complete, the piece undergoes a sintering process at approximately 850°C and acquires high strength, shade and translucency. The CEREC 3D system certainly speeds up treatment, even allowing it to be carried out and finalized in Day Clinic planning.
With it, it is possible to make crowns and restorations that are very precise and customized to the needs of each case. Contact us and make an appointment to find out if your case could benefit from this technique.
A Clínica Dentária ImplArt possui um laboratório de prótese dentária próprio, ou seja, integrado ao consultório. Dessa forma, podemos oferecer aos nossos pacientes tratamentos odontológicos mais rápidos e próteses cada vez mais precisas de acordo com cada necessidade.
Nosso laboratório interno é equipado com os mais modernos sistemas computadorizados, como por exemplo o sistema alemão Cerec Sirona e a austríaca Ceramill Motion II AmannGirrbach. Ambos os sistemas são compostos com softwares de última geração e impressoras 3D de dentes. Além disso, contamos com a mais moderna impressora 3D UltraCraft ChairSide Pro, com agilidade e precisão na impressão de próteses.
As impressoras 3D de dentes esculpem diversos tipos de próteses dentárias em bloco bruto de porcelana de acordo com projeto computadorizado personalizado para cada paciente, de Zirconia pura monolítica ou de resina. Os sistemas digitais de nosso laboratório de prótese dentária tornam os trabalhos protéticos mais rápidos e a comunicação mais precisa. Isto pode ser aplicado tanto para protese fixa, quanto para prótese protocolo sobre implante dentario, ou mesmo para coroa dentaria unitária ou proteses removiveis, as dentaduras.
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Todos os sistemas são baseados no sistema Cad/Cam, em que o modelo é escaneado em leitores por contato ou então por raios lasers. Todas as informações coletadas pelo computador são enviadas pela internet. Dessa forma, as próteses são produzidas de forma individual por robôs (impressoras 3d de dentes). Nosso laboratório de prótese dentária pode realizar uma gama de procedimentos com alta qualidade como por exemplo:
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