| Content | 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. | 3Shape E4 Dental Lab ScannerThe E4 is a dental 3D scanner produced by 3Shape. 3Shape is a 3D scanner manufacturer based in Denmark.E4 dental scanner main features- Full arch scan in 9 seconds
- 4-micron accuracy
- Four 5-MP cameras
- Color acquisition
3SHAPE E4
Ultimate productivity with our fastest scanner ever
For those seeking the speed and accuracy to drive lab productivity and growth, look no further. The E4 boasts double the speed, double the accuracy, and double as many cameras as its predecessor the E3, delivering improved efficiency and consistency with every scan. From small labs seeking the best-of-the-best, to high-volume, full-service labs striving for a leaner workflow, our E4 lab scanner is the right choice for you.
4 micron
Scan with an accuracy of 4 microns (ISO 12836) for great case results. Combine this precision with increased speed and you can take on more implant cases, for example.
4 cameras
Four cameras save you time by scanning dies in the model instead of individually. You can even scan impressions instead of producing a gypsum model or combine impression and die at the same time.
5MP cameras
5MP cameras are super high definition cameras. They record 5 megapixel images with enhanced camera sensors, meaning you get superior image clarity and can do high-precision scanning.
HARDWARE SPECIFICS
The E4 is a marriage of iconic 3Shape design and superior technical specifications.
Cameras
Four 5 MP cameras enables efficient die scanning and impression scanning, improving your workflows by saving time
Accuracy
4 microns (ISO 12836), giving you the accuracy and precision you need for implant cases
Full arch scan speed 9 seconds (versus 22 seconds for the 3Shape E3)
Full arch impressions scan speed 45 seconds
Texture Color
Scanning strategy Die-in-model | Schick CDR PanX Laser
FeaturesCDRPanX features proven Schick CDR digital imaging technology and renders crisp, clinically accurate images
Only slightly more expensive than most film-based systems, CDRPanX eliminates costly panoramic film and processing – increasing your economic efficiency
Eight different imaging modes and three laser alignment beams for optimal exposures
Superior vertical travel allows it to be used with patients of any height, including those in wheelchairs
Patient Positioning: 3 laser alignment beams (mid-sagittal, Frankfort, focal trough) bite guide, chin rest, optional temple support
SpecificationsGenerator: Multipulse DC
X-Ray Tube: OCX105
Focal spot size: 0.5 IEC 336
Minimum total filtration: 2.5 mm Al
Anode Voltage: 60-86kV (2kV increments)
Anode Current: 4, 5, 6.3, 8, and 10mA
Exposure time: 19s – adult panoramic
Power Supply: 115V, 50/60Hz
Fusing: T8A
Weight: 474lbs
Electrical Safety Classification: Class 1, type B
Imaging modes (Exposure times): adult (19s), child (15s), left half (10s), right half (10s), anterior (8s), TMJ opened and closed (4x4s), frontal sinuses (8s)
Patient Positioning: 3 laser alignment beams (mid-sagittal, Frankfort, focal trough) bite guide, chin rest, optional temple supportFeatures- CDRPanX features proven Schick CDR digital imaging technology and renders crisp, clinically accurate images
- Only slightly more expensive than most film-based systems, CDRPanX eliminates costly panoramic film and processing – increasing your economic efficiency
- Eight different imaging modes and three laser alignment beams for optimal exposures
- Superior vertical travel allows it to be used with patients of any height, including those in wheelchairs
- Patient Positioning: 3 laser alignment beams (mid-sagittal, Frankfort, focal trough) bite guide, chin rest, optional temple support
Specifications Schick CDR PanX Laser| Generator: | Multipulse DC | | X-Ray Tube: | OCX105 | | Focal spot size: | 0.5 IEC 336 | | Minimum total filtration: | 2.5 mm Al | | Anode Voltage: | 60-86kV (2kV increments) | | Anode Current: | 4, 5, 6.3, 8, and 10mA | | Exposure time: | 19s – adult panoramic | | Power Supply: | 115V, 50/60Hz | | Fusing: | T8A | | Weight: | 474lbs | | Electrical Safety Classification: | Class 1, type B | | Imaging modes (Exposure times): | adult (19s), child (15s), left half (10s), right half (10s), anterior (8s), TMJ opened and closed (4x4s), frontal sinuses (8s) | | Patient Positioning: | 3 laser alignment beams (mid-sagittal, Frankfort, focal trough) bite guide, chin rest, optional temple support |
| Sonendo gentlewave dental laser endodontic root
Sonendo Gentle Wave Dental Laser Endodontic Root Specifications
Manufacturer: Sonendo
Model: Gentle Wave
Serial Number: (Contact Us)
Power Requirements: 100-240V, 50-60Hz
Year: Not available
Laser Style: Cart
Fiber-Optic Trunk Condition:Functional
Laser Type:EndodonticSonendo Gentle Wave Dental Laser Endodontic Root141116 Sonendo 01The GentleWave System gives the clinician options. It can be used either as an adjunct to traditional treatment protocols or as the primary treatment method with “minimum shaping.” Regardless of shaping protocol, the obturation method is performed with the clinician’s preferred technique. Treatment can be simpler, faster, and performed with less iatrogenic potential as GentleWave™ instrumentation protocols can be greatly simplified relative to existing instrumentation concepts. Minimal shaping protocols remove less tooth structure, which could possibly reduce the chance of vertical root fracture while cleaning canals to a degree never before possible. Because it is less technique sensitive, the GentleWave System can contribute to a treatment that may be less stressful and less invasive for the patient.Sonendo’s GentleWave technology is provided by a handpiece connected to a freestanding, ergonomic, mobile console containing a reservoir of sodium hypochlorite, EDTA, and distilled water. The device has a user-friendly interactive screen that guides the clinician through each step sequentially.The GentleWave System automatically cycles the treatment fluids through the device and into the entire canal system in a closed loop environment. As the fluids move through the treatment tip and into the canals, multisonic energy is created. This sonic energy presents in the form of specific wide spectrum wavelengths using different frequencies, aiding greatly in tissue and debris dissolution and removal as well as disinfection of root canals system. Aside from a preoperative system leakage test, at present, the total treatment time is less than 10 minutes.Current methods of endodontic cleaning and shaping are limited, as no current cleaning and shaping technique is able to predictably remove bacteria, biofilm, and tissue from canal systems. In addition, no current instrumentation system touches all canal walls. As a result, bacteria are commonly entombed in the dentinal tubules and isthmuses after endodontic treatment. Today’s “state of the art” is technique-sensitive, operator-sensitive, and greatly affected by anatomic complexity and patient cooperation.1,2Sonendo gentlewave dental laser endodontic rootSonendo Gentle Wave Dental Laser has provided an innovative and unrivaled method designed to create “ultraclean” canals in order to overcome current limitations and challenges. The GentleWave System is capable of removing all tissue, smear layer, biofilm, and bacteria from the tubules to a very deep level that is not typically seen in traditional endodontic treatment.3 | DEKA SMART US-20D C02 ULTRA SPEED PULSE HIGHThe Smart US-20D CO2 laser offers the practitioner the ultimate in soft tissue therapies and treatments in all areas of General Dentistry, Periodontics, Oral and Maxillofacial Surgery. Through its innovative design, its technical capabilities, and its versatile user programs, this laser has become the “workhorse” in the dental practice. The Smart US-20D is the only CO2 laser that incorporates all facilities for absolute accuracy in micro-surgical applications coupled with total efficiency in the speed of energy transmission, resulting in optimal clinical conditions and prognoses for post-operative recovery.DEKA’s proprietary UltraSpeed pulse, with high peak powers, allows the clinician the capability to incise tissue with the speed of a scalpel while sealing blood vessels for a bloodless surgical field. The speed of the pulse allows the surrounding tissue time to cool. The result is virtually no trauma to the surrounding tissue. This means faster, more precise incisions, with improved healing properties. In turn, this leads to more effective treatments with next to no downtime-many times without the need for sutures. Because of the laser’s precision, power and control, the Smart US-20D CO2 laser is the laser of choice in oral surgery and periodontal procedures. It provides the broadest procedure spectrum of any dental laser available.DEKA Smart US-20D C02 Ultra Speed Pulse High Dental Laser System Specifications
Manufacturer: DEKA
Model: SMART US-20 D
Power Requirements: 115V, 50/60Hz
Year: 2008
Laser Style: Cart
Fiber-Optic Trunk Condition:Functional
Laser Type:CO2DEKA Smart US-20D C02 GLOBAL LEADER
The El.En. group is the global leader in LASER technology providing industrial, medical, dental, and conservation laser solutions. The only company in the world to manufacture both medical and industrial CO2 lasers, El.En. is the only CO2 laser manufacturer that produces both their laser systems as well as their laser sources (both DC and RF excited). El.En. has been manufacturing CO2 lasers for 35 years and has placed approximately 30,000 CO2 systems worldwide. DEKA Lasers are currently sold and marketed in over 120 countries.DEKA Smart US-20D C02 Ultra Speed Pulse High SCIENTIFIC FOCUSDriven by constant research and development, the El.En. group is committed to producing advanced laser devices defined by excellence in Since 1991, DEKA has helped thousands of health care professionals treat their patients utilizing the technological innovation that places their brands on top of every medical and dental discipline. TECHNOLOGYUtilizing the latest micro-pulsed CO2 technology, an advanced articulating arm delivery system, and the latest RF technology – DEKA CO2 lasers represent the latest advancements in laser technology to deliver unparalleled performance in every dental discipline. CONSERVATIONA leader in the field of laser applications for the preservation of the cultural heritage, they combine over 20-years of field experience offering in both Italy and around the globe the widest range of laser solutions dedicated to preservation and restoration of cultural artifacts. | 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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