| Content | Sirona GALILEOS Comfort/Compact| GALILEOS Comfort | GALILEOS Compact | | Oral and maxillofacial surgeons
Dental clinics
Private clinics
Orthodontists | General practioners
Dental implant practices
Oral surgeons |  |  | | Comparison Table of Galileos Comfort/ Compact & Orthophos XG 3D X-Ray systems | | Technical overview | GALILEOS Comfort | GALILEOS Compact | ORTHOPHOS
XG 3D | | Field of view | (15 x 15 x 15) cm³ | (12 x 15 x 15) cm³ | 8 cm x 8 cm (Ø x Höhe) | | 3D Resolution (isotropic voxel size) | 0.3/0.15 mm | 0.3 mm | 0,2 mm; 0,1 mm (available at the end of 201) | | Scan time / exposure time | 14 s / 2 – 6 s | 14 s / 2 – 6 s | 2–5 s | | Reconstruction time | 2.5 – 4.5 min | 4.5 min | 4,5 min | | Patient position | standing / seated | standing / seated | Standing/seated, chin rest/bite block, occlusal bite block for automatic patient positioning with 2D PAN images | | X-ray generator | | kV | 85 | 85 | 60–90 | | Effective dosage | 29 µSv / 68 µSv **
(21 mAs, 85 kV) | < 29 µSv / 68 µSv **
(21 mAs, 85 kV) | 43–175 μSv (Schulze)
(Standard: 100 μSv) | | Space requirements (minimum) | 1,6 x 1,6 x 2,25 m (d x w x h) | 1,6 x 1,6 x 2,25 m(d x w x h) | 1,5 m x 1,1 m x 2,25 m (Pan ), | | Space requirements (recommended) | >1,8 x 1,8 x 2,5 m (d x w x h) | 1,8 x 1,8 x 2,5 m (d x w x h) | 1,7 m x 1,3 m x 2,5 m (Pan ) | | User Interface | Full color touchscreen | Multipad | EasyPad | | Patient fixation | Occlusal bite block, forehead | Occlusal bite bock, forehead | | | Positioner | support, chin rest, head positioner *** | support, chin rest | | | Upgradable to Comfort version | |  | | | Optional floor stand | | | | | Wheelchair accessible | | | | | Remote control | | | | | Programs | | 150 µm resolution for close-up reconstruction | | | | | 300 µm resolution for standard volumes | | | | | High contrast mode for optimized hard tissue display | | | | | Views | PAN with 3D slice navigation | PAN with 3D slice navigation | Tiltable 2D slices, custom | | TSA, axial, sagittal, coronal, CEPH lat., CEPH pa/ap | TSA, axial, sagittal, coronal | 3D slicing, TSA, LSA, axial, sagittal, coronal | | 3D model, 1-click OP reports | 3D model, 1-click OP reports | 3D model, implant-oriented view, 1-Click OP reports |
With the integrated FaceScanner in GALILEOS you can now record the facial surface parallel to the x-ray image. And that, as opposed to traditional face scanners without the use of lasers, which is therefore gentler on the patients. Thanks to the simultaneous x-ray image and surface depiction, the fully automated overlaying of the data is extremely precise. In addition, texture and coloring in the software allow for a particularly realistic depiction of the soft tissue proportions – an ideal tool for patient consultation! |
| iTero Element Intraoral Scanner
What Are iTero Intraoral Scanners?Intraoral scanners from iTero scan the mouths of patients, capturing images to create three-dimensional dental images in minutes. Intraoral scanners are simple to use and can be operated by one person. Their user-friendly nature helps dental professionals get the best results. The scans they produce are also more detailed than the traditional two-dimensional images they replace.Intraoral digital scans help dental professionals create accurate physical dental models for restorative work, including crowns, veneers, and implants. They also help orthodontists diagnose orthodontic problems and develop the best treatment plans.The company’s digital ecosystem software works seamlessly with its intraoral scanners, improving workflow for dental professionals working on orthodontic and restorative cases. However, unlike many early intraoral scanners, they are open systems. This feature gives dental professionals more flexibility about how they use their digital scan files. Intraoral digital scans from iTero scanners can be easily shared with other dental professionals and third-party providers such as Invisalign. When all relevant parties have the scans, they can communicate better to improve patient outcomes.What iTero Intraoral Scanners DoIntraoral scanners feature a wand, which the dental professional moves around a patient’s mouth. In the latest versions, the wand captures thousands of frames per second which are pieced together to create a three-dimensional visualisation of the patient’s mouth. The wands on iTero intraoral scanners are smaller than early intraoral scanners, allowing them to scan molars in the back of the mouth which were traditionally difficult to reach. Dental professionals using small wands also aren’t limited by how wide their patients can open their mouths. The small wands are also less likely to make patients gag than older forms of scanning technology.Intraoral scanners also have screens which display the digital dental images as they’re captured in real time. The screens show whether the scan is good or not before it’s saved and submitted to the lab. This feature can be a real time-saver for dental professionals who, in the past, could receive word from the lab two or three weeks later that their scans were inadequate. By providing immediate feedback, intraoral scanners can save dental professionals and patients time and frustration.Unlike many intraoral scanners, patients don’t need to cover their teeth in titanium dioxide powder before an iTero intraoral scan. This benefit further improves the scanning process for dental patients.How Intraoral Scanners Make Invisalign Orthodontics Easier Invisalign clear aligners are one of the most popular teeth-straightening aids used today as they’re effective, removable, and virtually undetectable. Unlike many intraoral scanners, iTero intraoral scanners have open architecture which makes them compatible with the Invisalign system, including its Invisalign Outcome Simulator. Orthodontists can scan their patients’ mouths with an iTero intraoral scanner, then show them how their Invisalign treatment will look. This technology improves the patient experience because patients can know what to expect and feel more confident in their diagnosis and treatment plan. It also makes the ClinCheck setup three times faster.After setup, speed is still on the iTero intraoral scanners’ side. iTero states ClinCheck treatment plans submitted with its scans are usually posted to the Invisalign Doctor Site three times faster than traditional polyvinyl siloxane scans. As a result, your Invisalign aligners are created and posted back to your orthodontist sooner so that you can start treatment faster. Since the iTero intraoral scanning system is open, orthodontists can also send the scan files to any laboratory of their choosing for the creation of a retainer, which reinforces your treatment after the Invisalign process, and other dental tools.Orthodontists can also create better Invisalign treatment plans for their patients using iTero intraoral scans. Align Technology research shows orthodontists who use the scans have 10 times fewer rejections and seven times fewer issues with the fit of the Invisalign aligners. These results may be because iTero intraoral scanners can help orthodontists track their patients’ progress. Regular scans throughout Invisalign treatment can help orthodontists compare expected outcomes with results. If results aren’t as expected, orthodontists can use the scans to educate their patients about their treatment and the importance of complying with their recommendations.Improving iTero Intraoral Scanners iTero Element Intraoral ScannerWhile it’s already a leader in dental technology, iTero is constantly refining its intraoral scanning options. Its Element Itraoral Scanner, introduced in March 2015, captures 6,000 frames per second, up to 20 times faster than its predecessor. Its wand is also smaller and lighter, with in-built controls for more intuitive operation. Intraoral scanners from iTero are renowned for their accuracy, but the increased capture speed improves the company’s already impressive statistics. | SIRONA GALILEOS COMFORT PLUS
GALILEOS Comfort Plus is an advanced CBCT that provides seamless work flow integration. With an optional HD mode and a 14 second scan, the GALIELOS offers clinicians and specialists numerous options for diagnosis, treatment and patient consultation with superior image quailtiy and low radiation dose. It includes Integrated Implantology and FaceScan, which helps patients better understand and accept treatment recommendations. SICAT Function enables diagnosis and treatment of TMD, and SICAT Air (coming soon) software allows you to anyalze airways.Features:High-Quality Images:
This dental imaging system is able to position itsef and capture a superior quality of images with each scan, ultimately ensuring that you are receiving the detailed images you need, every time.Panoramic:
This imaging system provides crisp panoramic images to your practice with sensors built for high-quality 2D images. With multiple modes, it’s meant to give you the images you need.3D Conebeam:
Equipped with a high-quality, 3D sensor, this machine is capable of producing crisp and detailed representations of what you need to see. It’s cross-sectional images provide you with the high precision you need.Medium Field of View:
The 15×12 cm field of view option on this machine function allows for the versatility of a standard field of view.Sirona Galileos Dental Cone Beam Imaging System /Full Complete System Software and Hardware :
– Phantom
– Workstation
– Display Monitor
– Software
– ManualsAccessories
– 3D
– Galileos Comfort includes the following 3D views: pan with 3D slice navigation, TSA, axial, sagittal, coronal, 3D model, implant alignment and one-click op reports.
– MEDIUM FOV
– The system’s ellipsoid field of of view (15 x 12 cm) captures the complete dentition, as well as the ascending rami and sinus regions.
– ADJUSTABLE FOV
– Adjustable collimation can save time and reduce patient exposure by allowing you to scan only the regions of interest.
– STANDING DESIGN
– The unit features standing, face-to-face image programming as well as a patented head positioner, ensuring patient comfort and proper positioning.Sirona Galileos Comfort PlusCompact Model D3437Approximately 1100 CT images takenOperating PC includedFOV of the Gallileos Compact is 12×12 cmCrystal Clear 3D/CT imagesSeamless Cerec Integration | Sirona InLab InEos X5 Scanner
High-tech camera with many advantagesLike its predecessor inEos Blue, the fast scanning speed of the inEos X5 is unsurpassed. The large image field allows the camera to capture four to five teeth per image and an entire jaw with a total of five images. This is how it digitalizes one single crown in less than ten seconds, a three-unit bridge construction in only 30 seconds, as well as an entire jaw in less than one minute. A completely new optical system is used for the scan, which is based on the digital pattern projection: The considerably improved accuracy of less than 12 µm and the camera’s autofocus guarantee high-quality scan data that is also suitable for procedures that require the highest degree of accuracy, such as the most demanding implant operations. Due to the camera’s greater depth of definition, the inEos X5 can also capture the entire jaw including the palate, which makes it possible to create a digital construction of model casting works.Improved handling for new and experienced usersWith an innovative five-axis technology including rotation arm and intelligent scan planning, the inEos X5 positions and captures models with all indications automatically. This standardizes the images, eliminates user error and speeds up the imaging process. That means that new users in particular can digitalize traditional procedures without requiring significant training. Altogether, the inEos X5 stands out due to its easy handling: The large and open operating area allows all standard articulators to be positioned as well as quick access to the model. With the universal model and impression tray holder, all conventional model support and split cast systems, as well as impression trays in all sizes, can also be used. The multi-die scanning offers advantages in cases where the proximal contacts cannot be seen well and in the fabrication of frameworks and copings for single restorations. With this function, up to four prepared stumps can be positioned in a special holder and digitalized at the same time.
The inEos X5 has been available at retailers since May 2013. The list price including PC and inLab software as well as the OPEN inEos interface is EUR 19,990.Overview of new inEos X5 features:Sirona InLab InEos X5 Scanner- A combination of manual and fully automatic operation
- High accuracy
- Time savings and improved workflow due to the five-axis technology and autofocus
- Large scan field and good depth of definition
- Multi-die scanning for up to four individual stumps
- Universal model and articulator holders
- Easy handling
| Biolase Waterlase MDX All Tissue LaserThe MDX delivers 300 mJ of energy at 8 W, and it can easily be upgraded to a 450 mJ (9 W) model for 50% faster cutting as clinical skills improve and applications expand (see ?MDX Specs?). This next-generation of the best-selling WaterLase MD features improvements to the laser engine and delivery system ergonomics, and it enables rapid hardtissue cutting speed with unprecedented affordability.Time-Tested Technology Biolase Waterlase MDX All Tissue LaserThe MDX is built on the technologies and reputations of its predecessors, the BIOLASE WaterLase MD and WaterLase iPlus all-tissue lasers.The Waterlase MD features Hydro- Photonics?a combination of YSGG laser energy and water?which allows the clinician to perform a wide range of conventional procedures with less anesthetic. Known for its precision and accuracy, the MD enables treatment of targeted areas of both tooth structure and soft tissue while maintaining the structural integrity of the tooth and leaving surrounding areas unaffected.The Waterlase MD became the company?s flagship product, breaking new ground in the areas of cutting speed, user interface, and ergonomic design. In 2011 that ?flagship? designation was overtaken by the company?s new WaterLase iPlus, an even faster, more powerful machine. It delivers up to 10 W of power at 600 mJ, which makes it the most powerful laser on the global market at the short pulse length of 50 ?s, all through a highly intuitive preprogrammed user interface for everything from routine restorative cases to specialty periodontal, cosmetic, and endodontic procedures.The iPlus features Biolase?s 2780 nm YSGG technology with the versatility of a dual-wavelength configuration; namely, an integrated iLase 940 nm diode laser to handle unexpected soft-tissue cases, better bleeding control, and the potential for temporary pain relief and teeth whitening. As anticipated, the iPlus proved beneficial for experienced laser dentists who had been anxiously awaiting a machine that would deliver more power, control, and versatility. However, the new laser also provided many of the ?uninitiated? with an easier-than-expected, highly intuitive introduction to all-tissue laser dentistry. The MDX takes this one step further, with a price point that puts the technology within reach of nearly any dentist.
No More Excuses: Affordable Pricing, Substantial ROIThe perception of all-tissue laser technology as inaccessible to most dentists is beginning to dissipate. Even so, some dentists remain unconvinced.The reality, however, is that BIOLASE?s positioning of the MDX as an entry-level product, starting under $40,000, has made the technology much more affordable. Combining better and more efficient manufacturing with strategic sourcing of components results in pricing that most clinicians will view as extremely reasonable. In addition, the initial investment will be recouped with a substantial ROI, which can be realized via 3 main areas of application.1. For hard-tissue restorative dentistry? the ?bread and butter? of general practices?the MDX will enable faster, more efficient and, in most cases, virtually painless restorations for all cavity classes in both adults and children.2. The MDX allows dentists to retain patients who may have traditionally been referred out for osseous crown lengthening. Using the MDX, patients reap the benefits of considerably more comfortable soft-tissue procedures without the inconvenience of a referral, while the practice reaps the benefits of a happier and more loyal patient base.3. MDX provides an effective and efficient gateway into periodontics. Specifically, the MDX promotes deep pocket therapy with new attachment and is especially effective for minimally invasive removal of both subgingival inflamed tissue and calculus in patients with moderate to severe periodontal disease.Another DimensionBIOLASE?s comprehensive in-office and online training and support promise to render the learning curve extremely manageable. And, as intimidation is replaced by both comfort and confidence, clinicians will find that all-tissue laser technology will add a new and profitable dimension to their practices. | Sirona Apollo DI Intra Oral Scanner
APOLLO DI:
The Sirona Apollo DI Intra Oral Scanner features easy handling, precise imaging, and the proven Sirona Connect workflow. The impression system includes an imaging unit, APOLLO Connect software, and the APOLLO DI intraoral
camera,with which users can make digital impressions of the clinical situation in a seamless workflow. To do this, a moisture-insensitive high-contrast spray is sprayed on the teeth very finely. Fine particles in the spray ensure high contrast and thus very precise images.The most cost-effective start to digital impression-taking.
APOLLO DI
APOLLO DI, the specially developed intraoral scanner for cost-efficient digital impressions.
Easy handling thanks to multitouch control
Small and lightweight camera
Export of scan-data in the laboratory
No follow-up costs
OPEN APOLLO DI*:
Export of digital impression data (captured with the APOLLO DI in the practice and received via the Sirona Connect Portal) in an open ST L format for processing in other CAD/CAM systems.Designed to provide an economical entry point into CAD/CAM dentistry, Sirona’s APOLLO DI digital impression system includes an imaging unit, APOLLO Connect software and the APOLLO DI intraoral camera.The system provides precise imaging with the use of a contrast spray, and digital impression data can be sent to dental labs via the Sirona Connect system where it can be turned into a digital restoration design in Sirona’s inLab software or compatible 3rd party software applications, according to a press release.The new APOLLO DI is a complement to the company’s existing CEREC Bluecam and CEREC Omnicam options which each use a different imaging technology, but send the digital impressions through the same workflow. APOLLO DI is designed for practices looking to take digital impressions but continue to work with a lab, while the Bluecam and Onmicam can each be purchased as stand-alone digital impression systems, or with a mill for complete chairside CAD/CAM dentistry. |
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