Dental Implant Orthodontic CBCT System High-Resolution 3D Imaging for Precise Diagnosis

The dental radiography system then takes imaging of the condition of the teeth,It can be photographed with an all-round view of the dental tissues, jaw joints, and so on.Assisting doctors with pre-surgical programme instructions.and postoperative scientific observation.

1. The large size (250mm X 300mm), large dynamic range flat panel detector is used. One scan of the whole skull with large field of view imaging.
2. The appearance of the conventional CBCT design to achieve the function of 3-in-1.
3. The new generation of cephalometric imaging technology, small footprint.
4. Adopt Ultra-fast scanning algorithm, CBCT up to 16s, Pano up to 12s.
5. Innovative frame design, the maximum imaging field of view reach up to 230mm X 180mm.
6. Adopt 1.2kw high power ray source, 15° anode target angle, allowing large FOV imaging for short SID.
7. Implant Simulation, automatic implant collision detection function between multiple implants and nerve canal.
8. Nerve canal depiction to clearly view information on the three-dimensional position of the nerve canal and teeth.
9. Implant database, rich and compatible with most implant systems on the market.
10. Metal Artifact Reduction software, used to reduce the effect of metal and other dense radiopaque objects.

Column up/down

U-arm rotation

Tooth bracket up/down

Chin rest moves back / forth

1. SID

   Larger SID reduces the possibility of impact

   
2. Noise is minimal

   Mechanical motion greatly reduces noise

   
3. Weelchair

   Open design supports wheelchairs

   
4. Humanized design storage box

   Mechanical motion greatly reduces noise

   

1. GUI

   Simplified design of shooting program

   
2. FOV

   The world's largest FOV 23x18

   FOV 5X5 HIGH Reslution Voxels 70μm

   Widely compatible with FOV to meet clinical applications

   
3. 2D VIEWER

   The software has complete functions and is easy to use

   
4. 3DVIEWER

   Includes MPR Sectioning TMJ CEPH and report modes, with diverse functions to meet clinical needs

   

1. MPR

   Full function mode meets various needs

   
2. Arch&Nerves

   Drawing dental arches and nerves to reduce surgical risks

   
3. TMJ

   TMJ diagnostic dedicated mode facilitates observation of wear and displacement

   
4. Implant & Cross

   Planting surgery planning improves accuracy and reduces surgical risks

   

1. Airway

   Orthodontic examination of airways reduces orthodontic risks

   

CT RECON PANO

ENDO

Good image quality can better detect subtle lesions