A Dental Cone Beam Computed Tomography (CBCT) Scanner is an advanced 3D dental imaging system that uses cone beam X-ray technology to capture detailed images of teeth, jawbone, soft tissue, and anatomical structures.

Compared with traditional 2D dental X-rays, CBCT provides three-dimensional imaging information, helping dentists perform more accurate diagnosis and treatment planning for implantology, orthodontics, oral surgery, and other dental procedures.

A Dental CBCT Scanner is widely used in:

• Dental implant planning
• Orthodontic diagnosis
• Oral surgery evaluation
• Endodontic treatment planning
• TMJ examination
• Airway analysis
• Maxillofacial diagnosis

The 3D images help dentists understand anatomical structures more clearly and improve treatment accuracy.

Traditional panoramic X-ray provides a 2D overview of dental structures, while Cone Beam Computed Tomography (CBCT) creates detailed 3D images.

CBCT provides additional information about:

• Bone density and volume
• Nerve canal location
• Root structure
• Implant positioning
• Jaw and facial anatomy

This makes CBCT especially valuable for implant dentistry, orthodontics, and complex dental procedures.

This AI Dental Cone Beam Computed Tomography Scanner integrates three imaging modes:

CT Mode

Provides high-resolution 3D images for implant planning, oral surgery, and anatomical analysis.

PANO Mode

Provides panoramic dental images for general diagnosis and comprehensive dental examinations.

CEPH Mode

Provides cephalometric images for orthodontic analysis, treatment planning, and facial structure evaluation.

The Dental CBCT Scanner supports a maximum field of view (FOV) of 16×9cm.

The large FOV allows dentists to capture a wider anatomical area, making it suitable for:

• Implant planning
• Orthodontic diagnosis
• Full dental arch evaluation
• Maxillofacial analysis

Yes. This AI Dental CBCT Scanner integrates intelligent AI-assisted analysis functions to improve diagnostic efficiency.

AI functions include:

Panoramic Imaging:

• AI nerve canal marking
• AI panoramic analysis report generation

CEPH Analysis:

• AI landmark detection
• Automatic measurement point identification
• AI measurement reports
• AI bone age analysis

CT Analysis:

• AI dental arch curve generation
• AI nerve canal mapping
• AI tooth segmentation
• AI TMJ segmentation
• AI airway analysis
• AI jawbone segmentation

AI technology assists dentists by automatically identifying anatomical structures and generating analysis information from CBCT images.

AI-assisted diagnosis can help:

• Reduce manual analysis time
• Improve workflow efficiency
• Support treatment planning
• Provide clearer anatomical visualization

Yes.

The AI Dental CBCT Scanner is suitable for:

• Dental universities
• Teaching hospitals
• Dental training centers
• Research institutions

It helps students and professionals learn modern digital dentistry workflows.

A 3-in-1 dental imaging system allows clinics to perform multiple diagnostic procedures using one device.

Advantages include:

• Space saving
• Improved workflow efficiency
• Complete digital imaging solution
• Reduced equipment investment
• Better patient management

Yes. Dental Cone Beam Computed Tomography (CBCT) is widely used for implant planning.

CBCT provides detailed information about:

• Bone height and width
• Bone structure
• Implant placement position
• Nerve canal location
• Anatomical limitations

This helps dentists achieve safer and more predictable implant procedures.

Yes.

With CEPH imaging and AI orthodontic analysis functions, this CBCT system supports:

• Cephalometric analysis
• Facial growth evaluation
• Airway assessment
• Orthodontic treatment planning

It is suitable for orthodontic clinics, dental hospitals, and universities.