Aoralscan Elite is a two-in-one scanning system, including dental photogrammetry for edentulous implant cases, as well as high-performance intra-oral scanner for other dental applications.
Intraoral photogrammetry (IPG) enables highly accurate acquisition of implant positions and full-arch jaw data within a single intraoral scanner, ensuring the successful passive fit of both provisional and final restorations.
Aoralscan Elite is the first device to unite intraoral scanning with photogrammetry. This innovation offers greater accuracy, higher predictability, and improved efficiency for full-arch workflows.
Acting as a precision-engineered intermediary, the Cap Scanbody ensures the accurate positioning of the coded scanbody within the surrounding soft tissue, allowing for smooth integration and reliable outcomes.
Both the coded scanbody and Cap Scanbody data are digitally transformed into CAD data, which significantly improves alignment accuracy and ultimately increases the success rate of the procedure.
IPG technology delivers a seamless scanning experience for edentulous patients. The Aoralscan Elite utilizes the IPG tip, which is larger than the standard tip, to capture the full oral geometry of edentulous patients with exceptional clarity and precision.
Beyond full-arch applications, Aoralscan Elite stands out as an exceptional digital intraoral scanner for daily use, thanks to its lightweight and compact design, intuitive and seamless scanning experience, and comprehensive patient-communication and clinical design tools. Let it unlock its full potential in your practice.
Comes with three interchangeable scanning tips, fully compatible with the Elite series, to meet a variety of clinical scenarios with ease.
With the combination of upgraded AI-driven occlusal analysis, 3D intelligent reconstruction, and an intelligent tooth chart that accurately identifies the condition by recognizing the occlusal surface.
By eliminating the need for manual bite adjustments in the design process, IntelliBite significantly improves restoration design efficiency and reduces chairside adjustment time – boosting confidence in every treatment outcome.
1 – SCAN:
Acquire intraoral data with high accuracy.
2 – SKIP MANUAL OCCLUSAL ADJUSTMENT:
Skipped thanks to IntelliBite’s smart bite registration.
3 – DESIGN:
With accurate occlusion data, crown design becomes faster and more precise.
4 – FABRICATE:
Generate 3D-printed crown and model.
5 – TRY-IN & MINOR ADJUSTMENT:
The fabricated crown requires minimal chairside adjustment due to optimized occlusal accuracy – saving time and improving patient comfort.
Simplify patient communication and increase PMTC acceptance with advanced 3D plaque visualization. Our high-definition, true-color 3D images reveal plaque deposits around the teeth and gums. The interactive model allows rotation and zooming for detailed examination of complex or hard-to-see areas.
Powered by advanced algorithms, it accurately calculates the proportion of plaque coverage on tooth surfaces, providing an objective assessment of oral hygiene.
Automatically filters soft tissue interference for clean, high-quality data.
Helps evaluate whether further tooth preparation is required, improving treatment planning.
Captures restoration areas with clearer margins and more detailed contours through higher mesh density.
Boosts workflow efficiency and improves communication between dentists and technicians.
Bite analysis with sectioned views and heat map visualization ensures an accurate occlusal relationship for subsequent applications.
Hands-free navigation to maintain a hygienic environment.
The ortho-treatment process can be simulated, and patients will be able to preview the post-treatment effect in advance.
With the measurement and comparison functions, it helps improve dentist-patient communication efficiency and effectiveness by tracking patients’ data.
Designs an indirect bonding tray, which can be directly 3D printed to help orthodontists attach brackets faster and more accurately.
A smart tool that allows users to design retainers or splint automatically with minimum operation.
Orthodontic or restoration models can be easily designed with AI for printing.
Temporary crowns can be designed and printed in the clinic, reducing the patient’s waiting time.
| Scan Field: | Big tip: 19 mm x 14 mm Standard tip: 16 mm x 12 mm Mini tip: 12 mm x 9 mm |
| Scan Depth: | 22 mm from exit surface of tip |
| Scan Principle: | Non-contact scanner with structured light and Intraoral photogrammetry |
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Dimension (L x W x H): |
245 mm x 30 mm x 26 mm |
| Weight: | 124 g (without cables) |
| Output: | STL, OBJ, PLY |
| Connection Port: | Type-C |
| CPU: | Intel Core i7-8700 or higher |
| RAM: | Recommended: 32 GB |
| Hard Drive: | 256 GB SSD or above |
| Graphic Card (GPU): | NVIDIA RTX 2060 6GB or higher |
| Operating System: | Windows 10 Professional (64-bit) or later versions of the Windows operating system |
| Display Resolution: | Type-C |
| Connection Port: | 1920 × 1080, 60 Hz or higher |
