Large FOV Professional Dental CBCT
Equipped with LargeV’s latest artificial intelligence system and upgraded precision imaging system, the LargeV HiRes3D fulfills your implantology, orthodontics, gnathology, respiratory path analysis, maxillofacial surgery, orthopedic surgery, and otolaryngology needs.
Superior Image Quality
Electric Seating System
Dental Model Scan
Metal Artifact Correction
Low Dose Radiation
Super Large FOV
All kinds of dental clinical requirements would be solved accordingly by the flexible FOV.
The large FOV of HiRes3D Series can cover the whole maxillofacial region.
The 0.4 small focus tube, with a highest resolution of up to 2.6lp/mm, ensures the fine oral structure is clearly visible.
3D Face Scan System (Option）
3D Face Scan System provides the realistic facial 3D data, which can combine with CBCT data, and be used
for orthodontic treatment and pre- and post-operative comparison of edentulous full-mouth implants.
Boosted by the deep-learning-based CT reconstruction algorithm, the HiRes3D is now able to obtain the more defined tomography while further reducing the radiation dose by 75%, once again topping the industrious standard in respect of low dose control.
Metal Artifact Reduction
The unique metal artifact removal function of the HiRes3D Series can reduce the influence of the metal or other high-density materials, and significantly improve the image quality.
Data Sharing with Build-in Mini PACS
HiRes3D Series' built-in MINI PACS module can ensure effective storage, use, and sharing of images on different sites.
Better Quality in Shorter Time
HiRes3D Series is able to get high-accurate 3D image of anatomical structures within 13 seconds of scanning time.
HiRes3D Series has a resolution as high as 2.6lp/mm, which is able to clearly display the microscopic structures, effectively meeting the requirements of various dental applications, such as dental implant, impacted teeth positioning, oral surgery evaluation, and dental disease diagnosis, etc.
AI + CBCT
With the new deep-learning-based CT reconstruction algorithm, even though we reduce 83% radiation dose, the system still can obtain a good clear CBCT image.
AI + Panorama
Together with new intelligent auto-focus technology, and multi-layer panoramic hardware, the system can automatically fit the best panoramic curves and reconstruct a better image.
AI + Ceph Measurement
The neural network, trained by big data, can automatically identify orthodontic anatomical landmark points, draw anatomical structures, and output measurement reports according to the selected measurement methods.