All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(758 products available)
Ready to Ship
Ready to Ship
Ready to Ship
Ready to Ship
Sirona CAD CAM comes in the following types:
In-Ceramics System
The In-Ceramorics System is one of the products developed for the in-office production of dental structures. Dentists can use this type of system to make durable and beautiful porcelain crowns, bridges, and other dental supports directly on the patient's day. Unlike traditional approaches to dentistry, wherein support takes a number of days or weeks, Sirona's system facilitates same-day procedures and is greatly preferable to patients.
DCM (Dental Chair Management) System
The Development Center Model is a centralized mechanism for all data management-related structures and performance in dental practices. The CAD CAM Bridge, DCM, provides smooth interaction between design and production units. It enables the easy handling of orders and scheduling without any problems. The DCM is responsible for optimizing workflow and productivity in the clinic.
Galileos
The Galileos is a cone beam computed tomography machine made by Sirona, designed to provide detailed three-dimensional pictures of the structure of the jaw, teeth, and adjoining tissues. This imaging equipment enables dentists to perform proper diagnostics and surgery with a higher level of accuracy. It provides a clearer and more comprehensive view than conventional flat x-ray pictures and is very important for dental implantation and orthodontics treatment.
Connect
Connect is Sirona's cloud-based networking system that allows different dental offices to communicate with each other. With Connect, dentists and lab technicians can share designs and orders quickly and easily online. This speeds up production time and makes it easier for everyone to collaborate on patient cases, no matter where they are located.
Cerec System
The CEREC System makes it easy to create dental restorations, from practice in the office to fitting the patient. Dentists can scan teeth, design restorations, and manufacture them all in one visit without the need for temporary crowns or multiple appointments. It revolutionizes modern dentistry.
Dentistry
The Sirona CAD CAM method makes the making of dental restorations, such as crowns, bridges, and dentures, faster and better. Using a digital model of the patient's mouth, dentists can prepare and fit these restorations with much more accuracy than older methods. This helps patients get treatment faster, often in one visit, instead of waiting days. The restorations are made from strong materials that work well in the mouth over a long time. Overall, Sirona's system greatly improves the process of creating and fitting dental work in modern clinics.
Orthotics
Majority of modern orthopedics scanning techniques and hardware resemble the context used in dental applications of CAD CAM systems. Sirona's technology enables the taking of accurate electronic scans of patients' limbs that require orthotics prosthetics and designing custom-fitted braces implants prosthetics artificial legs in a short period of time. The designed limb can then be manufactured using advanced machines, as in the case of dentistry, assuring a proper fit and comfort for the patient.
Implantology
Sirona's integrated imaging and design solutions allow implant placement to be pre-planned with precision. Surgeons can create templates that guide the placement of dental implants, ensuring correct positioning. This application improves results, reduces surgical time, and minimizes patient discomfort.
Oral and Maxillofacial Surgery
For oral surgery practices, thereon CAD CAM systems can be used in the processes of surgical planning and the manufacture of custom jaw and facial bone grafts and plates fixing them for reconstruction in a more effective manner. Precise 3D models and corrections work significantly more effectively compared to the earlier 2D approaches, enhancing the results of surgeries and reducing postoperative rehabilitation time for patients.
Pedriatic Dentistry
Sirona CAD CAM solutions have child-friendly approaches. In pediatric dentistry, dental crowns for kids can be designed and fitted in one session using CEREC. This efficiency helps lessen dental fears and provides long-lasting treatments.
Precision
The Sirona system is based on Computer-Aided Design/Computer Aided Manufacturing technology, which allows dentists to create very accurate restorations. The feature is enabled by digital scanning to capture the shape of the teeth and using software to design a restoration that is perfectly fitted.
Speed
With the Sirona CAD CAM systems, the restorations can be made very quickly, often within an hour. This speed is due to latest technology, such as the MCXL milling machine, which can carve materials very fast. Patients can get fitted crowns, bridges, or dentures on the same day, unlike traditional methods that required waiting for several days.
Material
Durability is one of the strengths of the Sirona restorations, which are fabricated from stronger materials, thanks to the innovative technologies employed. The MCXL Pro milling unit works on various materials, such as lithium disilicate glass-ceramic and zirconia, which have proven to be much stronger than other dental materials.
Integration
The Sirona CEREC system can be smoothly integrated into the work processes of many dental settings. The tools for scanning, designing, and restoring can easily be connected to improve overall effectiveness and provide high-quality care.
Aesthetic Restorations
The materials work well in their strength and in mimicking the natural color and translucency of teeth. Dental crowns fabricated using the Sirona system have an aesthetic appeal and strength, which ensures patients satisfaction with dental work.
Sirona's CAD CAM systems require the following steps to install:
System Setup
Sirona's CAD CAM systems comprise a range of hardware and software from the dental scanner to the milling machine and the technician computer. These components are well integrated within the dental clinic.
Software Installation
The Sirona software requires running on a dental practice computer. This step requires activation through the codes provided an establishment dealer or on the call center.
Calibration
After the hardware components are installed, the system requires calibration to work perfectly. The calibration process is the initial step, including the scanner calibration, designer, and mill, to ensure that the estimations are accurate and that the restoration created is perfect.
Connectivity
The systems should be properly connected. The scanner should be able to send data to the design software, and the design should be able to send data to the milling machine through the network to ensure the production of restorations.
Training
It is important that the staff members operating the system get familiar with the operating cabinets of software and hardware. Sirona support and training resources are available for people who require operating the system.
The Sirona's CAD CAM System is used in the field of dentistry and is well reputed for its effectiveness in making dental restorations. It is first introduced in the 1980s and has gone through many developments since then. It was introduced as the first in-office restoration system. The current systems are units that contain automated drying milling and are capable of producing accurate aesthetic restorations.
Scanning
In this initial stage, dentists use an intraoral scanner, which is done electronically, to capture the shape of the patient's teeth and mouth. The data is sent to the computer, creating a 3D model of the mouth from which restorations will be made.
Designing
After scanning, dentists use design software to prepare restorations. The software allows them to take measurements and adjust parameters to ensure a good fit. This digital design offers accuracy for better final restoration performance.
Milling
The next step after designing is creating a restoration. The restoration material, which can be zirconia or lithium disilicate, is fixed in the milling machine. The machine then uses a tool to shape this material into the designed restoration, which may be a crown or bridge.
Fitting
After milling is complete, dentists try the restoration in the patient's mouth. They make any adjustments necessary to ensure comfort and proper alignment. Once satisfied with the fit, the restoration is bonded to place, completing the dental procedure.
Restorations made in the Sirona system employ material strength and aesthetics, such as zirconia and lithium disilicate. Zirconia is used for its toughness in areas of dental work requiring high strength, such as bridges and crowns. Lithium disilicate has strength and translucent beauty and is used predominantly in veneers, crowns, and inlays.
Sirona's system makes dental work more effective by allowing dentists to do the whole process, from taking pictures of the teeth to making crowns, using machines in one visit. The system is easier and helps doctors treat more patients by saving time while still giving strong and nice-looking results for fillings and repairs to the mouth.
S.Ina's system is used to make images of the teeth that are detailed enough to help doctors plan braces and other treatments. The tool makes models of the teeth that show how they should move for adjustments during treatment.
Restorations done on the Sirona cad cam machine have the qualities of accuracy strength and aesthetics. Being milled from solid materials like zirconia, these restorations offer high strength. The digital process ensures precise fittings that enhance comfort. Materials like lithium disilicate provide a natural tooth appearance. While traditional methods used weaker materials, Sirona restorations secured better functionality and simplified elegance.
