| Content | Roland DWP-80S Dental 3D Printer
Key software features
With Quick Denta, setting up a file for 3D printing is no longer a manual process. It automatically adjusts 3D data to produce the most efficient and stable position on the printer’s work surface. The optimum angle of orientation can also be automatically saved as a preset value and configured for each type of model being made- eliminating the need to reset values each time.Automatic Support Generation
Quick Denta simplifies the complex process of model support creation by automatically generating support structures with a single click.Error Detection and 3D Mesh Healing
An optional feature allows Quick Denta to automatically detect and repair minor errors during the STL importing process, without the need to return to the CAD software.Cost-Effective Resin Calculation
Quick Denta provides accurate, timesaving and cost-effective production by calculating the exact amount of resin needed for each job.Specs Roland DWP-80S Dental 3D Printer| Applications | Custom trays, base plates, and frameworks | | Build technology | Layered projection system | | Build size | 3.15 (W) x 3.15 (D) x 3.15 (H) in.
(80 (W) × 80 (D) ×80 (H) mm)
(The maximum amount of use per job is 300g(0.66 lb.)) | | Light source | UV-LED (Ultraviolet light-emitting diode) | | Machine Power Supply | DC 24 V、0.8 A | | Dedicated AC adapter | AC 100 to 240V ± 10%、50 ／ 60 Hz | | Power consumption | 20 W | | During standby | 49 dB (A) or less | | External dimensions | 16.93 (W) x 14.37 (D) x 17.72 (H) in.
(430 (W) × 365 (D) × 450 (H) mm) | | Interface | USB | | Noise During
operation | 55 dB (A) or less | | Noise Power off | 49 dB (A) or less | | External dimensions | 16.93 (W) x 14.37 (D) x 17.72 (H) in.
(430 (W) × 365 (D) × 450 (H) mm) | | Weight | 24 kg (53 lb.) | | Interface | USB | | Installation Environment During Operation | Temperature: 68 to 86°F (20 to 30°C),
Humidity: 35 to 80% RH (no condensation) | | Power off | Temperature: 41 to 95°F (5 to 40°C),
Humidity: 20 to 80% RH (no condensation) | | Included items | AC adapter, power cord, USB cable, liquid material vat, printing/cleaning tools (Metallic spatula, plastic spatula, tweezers, washing container x 2, hexagonal wrench, rubber gloves, work tray, etc.), Read First (booklet), Roland DG Software Package CD, etc. |
| Roland DWX-42W Wet Dental Milling Machine
The DWX-42W enables wet milling of popular glass-ceramic composite resins with high precision and accuracy. High-Speed Production with proprietary DGSHAPE spindle. Expanded 6-tool Automatic Tool Changer for uninterrupted milling. LAN capable for network and hardware connection and communication. VPanel user interface for easy monitoring of milling jobs and tools.The DGSHAPE DWX-42W enables wet milling of popular glass ceramic and composite resins with high precision and accuracy.- High speed production with proprietary DGSHAPE spindle
- Expanded 6-tool Automatic Tool Changer for uninterrupted milling
- LAN capable for easy connectivity
- Included VPanel for easy monitoring of milling jobs and tools
DWX-42W Roland DWX-42W Wet Dental Milling Machine| Millable material | Glass ceramics, Composite resin, PMMA | | Loadable workpiece shape | Width | Maximum 40 mm | | Depth | Maximum 20 mm | | Height | Maximum 20 mm | | Operating speed | 0.24 to 70.9 in./min. (6 to 1,800 mm/min.) | | Spindle speed | 15,000 to 60,000 rpm | | Rotary axis travel angle | A axis | ±360° | | Number of burs housed | 6 | | Attachable bur | Shank diameter | 3 mm, dedicated milling bur | | Compatible compressed air | Control Pressure | 0.3 MPA or more | | Air Capacity | 39 L/min or more | | Interface | USB, Ethernet (10 BASE-T/100 BASE-TX automatic switching) | | Control command set | RML-1, NC code | | Power requirements | AC 100 to 240 V ± 10%, 50/60 Hz (overvoltage category II, IEC 60664-1), 2.1 A | | Power consumption | Approximately 190 W | | Operating noise | During operation | 70 dB(A) or less (when not cutting) | | During standby | 48 dB(A) or less | | External dimensions | Width x Depth x Height | 19.0 x 22.0 x 23.6 in. (482 x 560 x 600 mm) | | Weight | 135 lbs. (61 kg) | | Installation environment | Indoor use, Altitude | Up to 6,562 ft. (2,000m) | | Temperature | 41 to 82 °F (5 to 28°C) | | Humidity | 35 to 80%RH (no condensation) | | Ambient pollution degree | 2 (as specified by IEC 60664-1) | | Short-term temporary overvoltage | 1,440 V | | Long-term temporary overvoltage | 490 V | | Included items | Power cord, USB cable, Roland DG Software Package CD, setup guide, drain hoses, dedicated milling burs (4), detection pin, dummy pin, rotary axis correction jig, ATC magazine correction jig and screw, hexagonal screwdriver, hexagonal wrench, measuring cup, mounting screws (4), milling bur removal jig, coolant tank, waste receptacle, filters (2), regulator with stay and screws (2), maintenance kit, daily maintenance card, 6 mm air hose, coolant additive, MillBox CAM software, Ethernet cable |
| Gendex Orthoralix 9200 DDE Digital Cephalometric + Panoramic X Ray
The versatile Orthoralix 9200 system offers standard panoramic projections, as well as a full array of advanced programs to satisfy the demanding needs of dental specialists. Plus, with both ?lm-based and direct digital models and the optional cephalometric arm, the capabilities of the 9200 can expand with your practice.Discover all of the benefits and options this imaging system has to offer.Wide Range of Projections – The Orthoralix 9200 offers 10 standard projections, with the ability to add 5 Cephalometric projections and the Transcan tomography projection to satisfy the needs of today’s dental specialists. Its intuitive control panel and easy-to-read display simplifies the process of selecting projections. Plus, with the precision of morphology following and multi-motorized arm rotation, the 9200 excels at focal trough reconstruction.- 10 standard imaging projections and 6 additional with optional upgrades
- Meets the demands of today’s orthodontists, oral and maxillofacial surgeons, and other specialists
Advanced Image Quality – Three technical factor setting modes are available to ensure complete flexibility and quality control. Manual mode for total operation control, Preset mode where the operator can customize settings, and Automatic Exposure Control (AEC) mode. With AEC, the 9200 automatically raises or lowers the kV setting based on measurements of bone size and density.- Triple laser beam guide system and motorized column for simple, accurate patient positioning
- Automatic Exposure Control (AEC) to ensure optimum image contrast and balance
- Real-time image reconstruction with the direct digital model
Gendex Orthoralix 9200 DDE Digital Cephalometric + Panoramic X Ray
Expand Your Capabilities – Utilizing the latest in CCD sensor technology and built-in LAN connectivity, the 9200 DDE model allows clinicians to digitally capture x-ray images and share them with any computer connected to the network for maximum productivity. With the option to add a Cephalometric arm, the Transcan cross-sectional tomography projection, and convert to direct digital technology, the 9200 is one of the most expandable panoramic systems available.- Direct digital model with the latest CCD sensor technology and direct LAN connectivity
- Optional Cephalometric arm attachment
- Optional Transcan implantology projection for transverse cross-sections of upper and lower jaw
Gendex Orthoralix 9200 DDE Digital Cephalometric + Panoramic X Ray| Power Supply | 115-250 VAC ± 10% | | Frequency | 50/60 Hz ± 2 Hz | | Maximum Line Power Rating | 10 A at 250 V, 20 A at 115 V | | Anode Voltage | 60 – 84 kV, in 2 kV steps | | Anode Current | 3 – 15 mA, in 1 mA steps | | Exposure Time | 12 s for standard pan, 0.16 – 2.5 s for Cephalometric | | Duty Cycle | 1:20 at full power operation | | Focal Spot | 0.5 mm, IEC 336 (1993) | | Vertical Reach | 39′ to 71′ (100 to 180 cm) from ?oor to occll plane | | Weight | 410 lbs (115 kg), 467 lbs (212 kg) with Ceph arm | | Active Area CCD Sensor | 147 x 6 mm (Standard Pan), 220 x 6 mm (Ceph) | | Image Size | 1536 x 2725 pixels (Standard Pan), 2304 x 2529 pixels (Ceph – Maximum) | | Minimum PC Requirements | Pentium® II CPU, 400 MHz, 256 MB RAM | | Required Operating System | Microsoft® Windows 98®/ Windows 2000®/ Windows XP® |
| 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. | Medit i500 Intraoral ScannerOur Intraoral Scanner Delivers: Value, Efficiency, and Productivity
Together, these three qualities make it easy to incorporate our intraoral scanner into your workflow. Designed with quality in mind, we created the i500 to add value to your practice. Regardless of specialization the i500 ensures that professional needs are met, workflows are optimized, and flexibility is guaranteed.High ROI
An unparalleled performance combined with a competitive price delivers exceptionally fast return on investmentFlexibility
An open system for integrated CAD/CAM workflow allows for the export of STL files for easy file transfer and thus optimized collaborationImpressive Speed
Intelligent scan-detecting algorithm with two high-speed cameras for quick and efficient intraoral scanningPowderless
No need for powder in most regular cases, allowing for a seamless scanning process and increased patient comfortHigh Accuracy
Single crown* :Trueness (Accuracy) = 5.1 μm (±0.49 μm)
Precision (Consistency) = 3.2 μm (±0.74 μm)*Single crown accuracy test was conducted by Medit according to the methods in “Evaluation of the Accuracy of Six Intraoral Scanning Devices: An in-vitro Investigation. ADA Professional Product”
SPECIFICATION | Tip | 18 x 15.2 mm (WxH) | | Overall handpiece length | 266 mm | | Weight | 276g | | Imaging technology | 3D-in-motion video technology | | Color | 3D full color streaming capture | | Connectivity | USB 3.0 | | Scanning FOV | 14 x 13 mm |
The Medit i500 intraoral scanner delivers efficiency, productivity, and affordability.This scanner has been designed with quality in mind to add value to your practice. With its fast speed and powderless system, it allows for a smoother, more efficient scanning experience.The Medit Link software and hardware with workflow management and communication software will enhance and support your everyday CAD performance. Completed with integrated cloud storage and open data architecture. - Scanning for iOS in real time
- High-speed continuous scanning
- Color structure of the surface in the resolution of Full HD 3D
- Quick scan
- Natural color transfer
- Capturing UHD images (SR virtual viewer)
- Real-time 3D visualization (15 FPS 3D Data)
- Without using a spray
- Diagnostic image 2D
- Open file format (.stl)
- Scanner with the smallest size of the scanning module
| Sirona CEREC Zirconia SpeedFire Milling Unit
High strength, short manufacturing process
The greatest benefit of CEREC Zirconia is the high flexural strength of the material. It is suitable for individual crowns as well as small bridges and can be processed in thin wall thicknesses. Since these restorations are manufactured in monolithic form, there is no risk of chipping. Another benefit for dentists is that zirconium oxide can be cemented conventionally.CEREC Zirconia is a pre-shaded translucent zirconium oxide available in 10 shades on the basis of the VITA Classic Shade Guide®. The material is milled in an enlarged form and then densely sintered to its final size in the new sintering furnace CEREC Speed-Fire. The oversized milling facilitates a new level of milling accuracy leading to superb, precisely fitting restorations. The sintering process takes just 10-15 minutes for crowns and 25 minutes for bridges. The subsequent glaze firing gives the restoration a high gloss finish.The short process to produce CEREC Zirconia restorations is both convenient and economical. With this market launch, all CEREC milling/grinding units now provide wet and dry milling. Dry milling reduces the overall processing time for zirconia and, combined with the world’s fastest sintering cycles, enables the chairside procedure.The workflow is easy to learn since the CEREC Software 4.4.1 guides the dentist through the entire process, and even sends the sintering and glazing information to the furnace. No programming of the furnace is required – it is all handled automatically by the software. A high-performance material and a specially tailored workflow ensure a simple process and high-quality treatment.
CEREC meets patients’ needsSirona CEREC Zirconia SpeedFire Milling UnitEighty three percent of patients in a recent survey said they prefer single visit dentistry to traditional treatment. The majority said they would even be willing to pay more for single visit dentistry. Two thirds indicated they’d be happy to travel further than they currently do, in order to receive treatment in one session. Another two thirds said they would even be prepared to change their dentist. The advantages of single visit dentistry are obvious: Patients avoid impression material, receive fewer anesthetics and don’t need a temporary. Reducing the number of visits, injections and making the overall prosthetic procedure more comfortable influences patients to opt for treatment with CEREC.In addition to CEREC Zirconia, many other high-performance materials can be processed with CEREC. The range of materials with CEREC also expands clinical indications since the dentist can easily select the material suited for each indication.
Investment for a successful futureThere have always been good reasons to start using digital dentistry with CEREC. CEREC Zirconia completes the range of indications for chairside application for nearly
every situation, thus giving dentists greater choice and allowing them to increase the value of their practice’s offering.It is obvious that advanced technologies in automobiles, computers and smartphones make our daily lives easier. CEREC is also a technology that further develops a dental practice and can make it well positioned for the future. Especially now, as the system is highly flexible, it enables dentists to expand their offering in implant dentistry and orthodontics. |
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