| Description | Cost-effective production
The inLab software positions your zirconium oxide restorations optimally in the material block – for efficient use of blocks, attractive unit prices and the best possible machine utilization, e.g. by milling or grinding overnight.
Wet grinding of sintered NPM blocks
“inLab goes metal.” With the inLab MC XL and the new inCoris CC sintered metal blocks you can handle a complete spectrum of metal and ceramic materials. The unique wet grinding function rules out any health risks. | The flexible laser fiber always allows an optimum view of the preparation site. After each treatment, the laser fiber should be shortened with scissors. | Benefits:- Faster Scan Speed
- Superb Image Quality
- Light Guidance System
- Portable for Easy Sharing
- Lightweight Hand Piece
| With the intraoral scanner dwio the canadian company Dental Wings presented at the IDS a really revolutionary approach in the field of intraoral scanner. The digitally interested users will have noticed the similarity of the dwio with the Steinbichler intraoral scanner which was launched at the IDS 2 years before. In fact, the dwio intraoral scanner represents a further development. | Sirona offers your lab greater freedom in terms of indications, materials and for processing third-party CAD/CAM data. The open 5-axis milling and grinding machine inLab MC X5 is designed specifically to meet dental lab requirements for cost-efficient production today and in the future. | BRAND NEW 3Shape Trios Cart T12A dental impression intraoral 3D scanner, it is new in the original crate with all accessories including scanner, wand and tips and has never been used. |
| Content | Sirona Cerec InLab MCXL Milling Unit
The inLab MC XL milling and grinding unit opens up the widest possible range of production options for your dental laboratory. You profit from high speed and precision. You can switch from grinding to milling in just a few simple steps. And thanks to the large milling volume and broad spectrum of applications, you will reap substantial economic benefits.
inLab MC XL
Large range of materials:
Processing of zirconium oxide, resin, silicate ceramics and NP-metal
High-speed milling:
For example, a four-unit zirconium oxide bridge can be completed in just 40 minutes
Large milling capacity: For restorations consisting of up to 12 units and ceramic blocks measuring 85 x 40 x 22 mm
Four milling motors: Flexible selection of milling burs for different materials
Milling and grinding: For high precision regardless of the materialand indication
Milling* of zirconium oxide and polymers
In addition to grinding, you can also mill zirconium oxide and polymers on the inLab MC XL. You benefit from an enhanced initial fit and a faster production process.Flexible and efficient Sirona Cerec InLab MCXL Milling UnitinLab MC XL is the fast wet milling and grinding unit with many production options for your dental laboratory. You benefit from high speed and precision and can switch from grinding to milling in just a few steps. The large selection of materials and many uses give you particularly flexible and efficient production options. inLab high-speed grindingGlass- and hybrid ceramic restorations can be produced at a previously unachievable speed with simultaneous double four-axis processing. A fully contoured Celtra Duo crown takes less than 10 minutes. This is a key success factor for potential new business models that can call for providing digital impression orders within an hour. Precision processingThe inLab MC XL is characterized by precise wet machining. Especially when processing glass ceramics, the grinders used can be as small as 0.6 mm — for restorations with maximum detail in the occlusal and interproximal areas and at the preparation margin. Wide selection of materialsAs with all CAD/CAM production units from Dentsply Sirona, inLab MC XL lets you benefit from a the large selection of materials. Dentsply Sirona CAD/CAM materials and those of our material partners are optimally adapted for high-speed processing. | Sirona Sirolaser Soft Tissue Laser
Contents Include:- · 2 laser handpieces
- · 6 tips for laser handpiece
- · 1 finger switch
- · 1 foot control
- · 2 laser fiber (200 μm/320 μm)
- · 1 pair of scissors
- · 3 laser protective goggles for the dentist/assistant/patient
- · 1 transport case/storage box
- · 50 patient information leaflet
These aplications are some of the things that Siro laser can do:1. Applications inendodontic:- · Endodontic treatment is a very delicate and complex therapy fora dentist.
- · The SIROLaser can support him with its programPulpotomy
- · Pulpotomy as adjunct to the root canal therapy
2. Applications in periodontology:· As an adjuvant to conventional treatment, the SIROLaser is usedduring periodontaltreatment for sulcular debridement and gingival incisions of granulation tissue.3. Applications in surgery:Sirona Sirolaser Soft Tissue Laser· The SIROLaser can be used in surgery for optimum treatment ofsubmerged implants and teeth, troughing, labial and lingual frena, for coagulation ofaphthae, herpes and for hemostasis. Other advantages of the SIROLaser in surgery are:- · High precision during surgery
- · Precise tissue removal
- · Minimum damage to the surrounding tissue
- · Minimum bleeding, ensuring a better view of the operating site
- · Minimizing of inflammation
- · Minimum scar formation
- · Lack of postoperative wound pain
There is a new diode dental laser on the market—the SIROLaser by Sirona. Diode lasers are not new to dentistry, but what separates this laser from other dental diode lasers is that the SIROLaser is much more compact than comparable diode lasers, while providing optimum performance in periodontal, surgical, and endodontic procedures. It has a weight of 450 grams, and dimensions of 79 mm x 54mm x 190mm. That is just slightly larger than the remote control for your cable television. This compactness makes for easy transfer from operatory to operatory, and is very space-effective. And because the SIROLaser is so compact, it can be placed just about anywhere the dentist wants it.SIROLaser has a wavelength of 970 nm +/- 10nm, power ranging from 0.5 watts-7 watts, with operating modes of continuous wave (CW), pulsated, and chopped. Continuous wave (CW) is a continuous, uninterrupted laser beam that provides very good power control. Pulsed power output is a very short treatment time (90-300 m) where the laser beam is pulsed (1,000-20,000 W) and has a longer cooling time. Chopped mode is where the laser beam is interrupted at regular intervals (50% ON and 50% OFF); the advantage of this mode is that it provides better thermal control. | Carestream CS 3600 Intraoral ScannerAcquire true color:With the CS 3600 Intraoral Scanner, practitioners can access 2D and 3D images that can be used with CS Restore software to design restorations within their practice. Colored 3D scans allow practitioners to easily define the margin lines and identify the differences between natural tooth structure and existing restorations. This makes restoration planning more accurate for practitioners.No external heater, powder or trolley system needed:The CS 3600 does not require you to spray powder of liquid over the patient’s teeth or gingival tissue before scanning. It features high-angulation scanning of up to 45 degrees and to a depth from -2 to +13m.Features a unique light guidance systemYet another feature of the CS 3600 that assists it in the capture of the data during the image acquisition process. This feature allows the user to place more focus on the patient’s mouth rather than the monitor.This device is easily shared:The CS 3600 can be easily shared between operatories because there is no heavy trolley to push around. Additionally, the intraoral scanner connects via USB 2 cable* to any PC workstation or laptop. * Windows 7, 32-bit minimum; 64-bit recommendedEasy to use and hold:The CS 3600’s sleek, lightweight design (295 grams) makes it comfortable and easy for users to navigate the intraoral scanner around patients’ mouths, especially during full arch acquisitions.Benefits:Carestream CS 3600 Intraoral Scanner- Faster Scan Speed
- Superb Image Quality
- Light Guidance System
- Portable for Easy Sharing
- Lightweight Hand Piece
- Features
- High Speed Continuous Scanning
- Fast, Simple and Smooth user experience
- Freefill Missing Scan Data at your Leisure
- Scan History allows you to remove excess scanned tissue for more refined final digital impression
- Three Workflows
- user friendly interface
- Autoclavable reusable tips in two interchangeable styles
- Accurate full 3D HD Color scanning
| Dwio Intraoral Scanner Dental WingsIntraoral scanner
Based on a novel and incredibly compact 3D capture technique called Multiscan Imaging, the Dental Wings intraoral scanner allows dentists to take digital impressions in a natural, fluid manner. Its remarkably small handpiece, gesture control, and easy maintenance make it a compelling digital impression option for clinicians.Design approach: the patient first
The intraoral scanner was designed to address the needs of dental professionals looking for an intuitive technology for capturing digital impressions. With the overall objective to help dentists focus on the patient rather than the technology, the Dental Wings intraoral scanner offers:– A remarkably small handpiece very similar in size, shape, and weight to existing dental handpieces. Its familiar shape allows to assume a natural position relative to the patient.
– Visual and auditive feedback — a luminescent ring and audible signals indicate when data is being successfully captured, allowing the user to focus in the mouth rather than on the screen.
– Easy maintenance of the lightweight all-metal handpiece that has no moving parts, no complex illumination or cooling system.
– Motion control technology for a no-touch operation of the system while the user has gloves on.Scanning technology Dwio Intraoral Scanner Dental Wings
Five miniaturized 3D scanners in the handpiece tip directly view the teeth and soft tissue from multiple orientations simultaneously, capturing even the most difficult to see areas of preparations with minimal effort by the user.Open workflows
The intraoral scanner is a dedicated “scan only” chairside system with multiple options for the design and fabrication steps. Captured data is seamlessly transmitted to in-office or remote systems via DWOS Connect for prosthesis design and production. Users of Dental Wings’ simple to use yet powerful DWOS CAD suite of design applications, as well as other open dental CAD software, are able to import the scan data directly. |
The new freedom in detailEvery aspect of inLab MC X5 has been designed to address the CAD/CAM needs encountered in dental labs. Intensive technical and technological exchange with many dental technicians has led to the creation of a production machine fulfilling practically all requirements. For the reliable, independent production of dental prostheses.OpeninLab MC X5 is an open production unit. It is the perfect complement to the inLab components inEos X5 and inLab software, but it can also be used to process other STL restoration data. 1 With its own CAM module, the machine can be connected to a wide range of other CAD systems at no additional cost. DesignThe new inLab MC X5 has more than just outstanding functionality and simple operation: its extremely stable construction and modern design are also highly attractive. Its compact, elegant shape will be a real eye catcher in your lab and complements perfectly the award-winning inEos X5 extraoral scanner.Great variety of materialsinLab MC X5 is designed as a universal production unit for processing zirconium oxide, polymers, composites, wax, titanium and metals 2 as well as glass and hybrid ceramics. inLab MC X5 can be used for wet, dry, or dry/wet combination production during the same machining operation depending on material and indication.Sirona has drawn upon its 30 years of experience in the wet processing of glass ceramics to create the ultimate machine for the wet grinding of fully anatomical restorations from high-strength monolithic materials.Switching between wet and dry production e.g. from glass ceramics to zirconium oxide is fast and uncomplicated.inLab MC X5 – efficient and flexible inLab MC X5 is a universal 5-axis production unit for wet and dry production of blocks and disks. It was designed to meet dental requirements in labs and focus on economic and effective production processes.You benefit from a wide range of materials and can select from the high-quality materials of Dentsply Sirona and its CAD/CAM material partners for which the production processes of inLab MC X5 are optimized. | 3Shape Trios Cart T12a Impression 3D Intraoral Scanner3Shape TRIOS is a next-generation intraoral impression solution that is fast, accurate and easy to use. TRIOS is built on 3Shape’s Ultrafast Optical Sectioning™ technology and its features include high accuracy capture, spray- and powder-free scanning, clinical scan validation, intuitive Smart-Touch user interface, and more. TRIOS is optimized for a wide range of indications.TRIOS scanner benefits and features:
-Up to 1000 3D pictures for true geometries
-Spray-free for optimal accuracy and comfort
-Designed for high-speed impression capture
-Ergonomic grip for perfect control
-Autoclaveable scanner tip
-Scanning has never been easier. No need to hold the scanner at a specific distance or angle for focus. Dentists or assistants can even rest the scanner on the teeth for support as they scan.TRIOS cart benefits and features
-Live 3D visualization
-Easy-to-use touch screen
-Sleek design
-Unique motion sensor interface
-Mobility and Wi-Fi
-Easy-to-clean
-General benefits of digital impression takingDENTISTS:
-Less adjustment and grinding during seating
-Improved accuracy and clinical results
-Faster than traditional impression taking
-Reduced need for retakes
-No impression materials and mess
-Cost savings related to materials and shippingPATIENTS : 3Shape Trios Cart T12a Impression 3D Intraoral Scanner
-Quick and comfortable experience
-Better restoration fits and minimal grinding
-Improved clinical results
-Reduced number of appointments due to fewer retakes
-Reduced over-all chair-time3.5 Tips to Obtaining a Good Scan
PREPARATION
1. Turn on the cart or PC in advance to allow the system to heat up. See section Heating and
Mounting the Scanner Tip, step 1. Allow the system to warm up for about 10 minutes prior to use. If
using the heater, the final temperature is reached when the light goes out.
2. Retract the gingiva around the preparation for the preparation to stand out clearly.
3. Make sure the scanner tip is warm to avoid condensation on the mirror. See section Heating
and Mounting the Scanner Tip, step 5.
SCANNING
1. Dry the teeth lightly using compressed air. Be sure to reach the narrow regions between teeth.
Consider using a saliva ejector and/or tampons.
2. Get a good start:
• Start at preparation (or 1st molar if antagonist).
• Wait for about 5 scanner "clicks" before proceeding (helps build up a good starting point).
• Complete preparation including preparation line.
• Scan neighboring teeth: Occlusion, lingual/palatinal side, buccal/labial side.
3. Keep scanner head at 0-5mm from the teeth, it is OK to touch the teeth occasionally.
4. Move the scanner slowly and smoothly, you should hear a more rapid clicking sound.
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5. Keep lips, cheeks, and tongue out of the scanner’s view:
• Use your finger or a dental mirror to create space between the teeth, lips and cheeks.
• Use a lip-and-cheek-retractor to keep lips and cheeks away.
• Be careful not to scan your own or assistant’s fingers.
• If you get lips, cheeks or tongue in the scan, make sure to delete it all, especially where they have
contact with the teeth (no surfaces should stick out from the teeth).
6. Keep focus on:
• Option 1 - Look at the teeth while scanning and listen to the "clicks". If it stops clicking/capturing,
carefully move back to the area marked on the screen.
• Option 2 - Look at the 2D image at the lower right corner. What you see here is what you scan.
Avoid lips, cheeks and the tongue to get an easy scan.
7. When scanning is complete, inspect the result by rotating the scan.
The important areas are:
• Preparation line (avoid interference from gingiva, saliva, blood).
• Contact points.
• Occlusal surfaces.
• If an important area is missing, simply touch this area on the model, and re-start scanning from
this point.
8. Bite Scan:
• Start from the second molar or at canine if you make an anterior scan.
• While centering the 2D image on occlusion plane, slowly move the scanner tip in straight mesial
direction with equal coverage of the upper and lower teeth.
• Scan 4 teeth for optimal alignment. This should take no more than 5 seconds.
9. Important for good colors:
• Avoid the light from the dentist chair lamp pointing directly into the patient's mouth. |
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