With the Aoralscan 3D scanner, digitize your patient's dentition in seconds and in real time to ensure an improved and simplified clinical experience!In addition, thanks to its motion detection function, this 3D scanner can be easily handled by the practitioner, no need for other operators to operate it.
Manufactured by the company Shining 3D, the Aoralscan intraoral 3D scanner allows dentists and orthodontists to scan with extreme precision and in just a few seconds the inside of their patients' mouths.The advantages of this technology are numerous: Both the patient and the practitioner gain more comfort and there is no longer any need to use and store alginate.Finally, the transfer to the dental technician of the digital impression is done simply by email.
Maximal precision 40 microns
Scan speed 15 frames / second
Fast and convenient scanning.
With the Aoralscan 3D scanner, digitize your patient's dentition in just seconds and in real time in order to guarantee an improved and simplified clinical experience! In addition, thanks to its motion detection function, this 3D scanner can be easily handled by the practitioner, no need for other operators to operate it.
Intelligent scanning software
Intelligent data optimization
Through the use of AI, intraoral scanning software can automatically identify and delete various data to optimize it.
Resumption of automatic tracking
When a part to be scanned is missing, this function allows the aoralscan to return to the missing area and complete it for a full scan.
The Clinical Toolkit can help users evaluate scanned data.This includes functions such as "check teeth", "mark teeth", "check undercuts", etc ... for prosthesis and dental appliance projects.It is also possible to import the file directly into Exocad.
10°C - 40°C
Recommended computer configuration
Intel Core i7-8700 or higher
16GB or more
1 TB SATA Hard Drive (7200 RPM, 6.0 Gb/s) or higher
Graphic Card (GPU)
NVIDIA® RTX 2060 6GB DDR3 or higher
Windows 10 Professional (64-bit) or later versions of Windows operating systems