Say hello to SHINING 3D’s brand new intraoral scanner, Aoralscan 3! Exceptional, smart and elegant, Aoralscan 3 improves the overall clinical experience. It allows users to easily acquire vivid digital impressions in a faster and more accurate way.
Moreover, Aoralscan 3 comes with a wide range of different intelligent functions, guaranteeing more comfortable chairside experience and efficient clinic-lab collaboration.
Brand New Design
- One-button Control
- Light Weight
- Auto Anti-fogging
- Ergonomically Designed for Optimal Handheld Operation
- Dynamic LED Indicator
Capture Digital Impressions in Real Time
Fast, Accurate and Exceptional Scan Performance for Chairside Experience.
The constant optimization and innovation of Shining 3D’s hardware and software system, led to the release of its latest and finest intraoral scanner, Aoralscan 3.
Faster Scan – 25s Single Arch
The scan speed is 30% faster than the last generation due to Aoralscan 3’s drastically upgraded scanning technology.
More Accurate Scan – 30% Increased
Thanks to optimized algorithms and imaging mechanism, Aoralscan 3 carries out more accurate and precise results by 30%, meeting the clinical needs of different applications.
Longer Scan Tip – 15% Increased
Slimmer and 15% longer autoclavable scanner tips offer patients with more comfortable clinical experience.
Greater Scan Depth – Up to 22mm
Aoralscan 3 is suitable for various clinical scenarios including acquiring scan bodies and periodontal scans.
Motion Sensing – Less Contact, Much Safer
Dentists can scan with minimal contact with the computer, ensuring a safe and efficient scan experience.
AI Scan – Speed Up The Scan
Automatically identifies and filters out unnecessary soft tissue data during scanning resulting in a quicker and cleaner scan process.
30% – More Accurate
Thanks to optimized algorithms and imaging mechanism, Aoralscan 3 carries out more accurate and precise results by 30%, meeting the clinical needs of different applications.
25s – 30% Faster
Single arch in 25s; Full arch in 1 min;