3D Panoramic Dental X-ray Machine Dental Tomography Cbct Dental Panoramic X-ray Machine

• Interface: All
• Teeth Whitening Method: No
• Applicable Departments: Oral Surgery
• Certification: ISO, CE
• Type: Cbct +Pano+Ceph
• Material: Steel
• Model NO.: YJ-QD0124
• Product Name: 3D Cbct
• Application: Dental Areal
• Tube Voltage: 60kv-100kv
• Tube Current: 2mA-12mA
• Fov: 18*14cm, 16*12cm, Stepless Adjustable Cbct:T8s, 18
• Cbct: 8s, 18s or 24s
• Pano: 14s
• Ceph: 0.8s, 3s or 10s
• Laser Positioning: Laser Positioning
• Transport Package: Standard Package
• Specification: 2440*1310*1300 mm
• Trademark: FORERMED
• Origin: China
• HS Code: 8419200000
• Production Capacity: 800pieces/Month

Product Description

3 In 1 3D CBCT Ultra-High-End CBCT Without Ghost lmages

YJ-QD0124

 

A WHOLE NEW HORIZON WITHOUTGHOST IMAGES Cone Beam Computed Tomography

Product Description

Technical Parameter

Product name	Oral-maxillofacial conical beam computer tomography equipment
Tube voltage	60kV-100kV
Tube current	2mA-12mA
Space required for installation	2500mm*1304mm *2340mm
Visual field FOV	18*14CM, 16*12CM, stepless adjustable
Effective X-ray exposure time	CBCT: 8s, 18s or 24s Pano: 14s Ceph: 0.8s, 3s or 10s
Laser positioning	Five laser beams

Product Description

A Whole New Horizon The high-performance CMOS detector supports stepless regulation, with a maximum FOV of 16x9 cm, and a minimum voxel of 0.05 mm. Theskull acquisition mode supports 3S UF scanning, and minimum pixelation of 99 um, guaranteeing fast acquisition of high-quality images. -Maximum FOV of 16x9 -Minimum voxel of 0.05 mm -CMOS detector -0.3s UF scanning

De-motion artifact image quality upgrade 

Multiple hardware coordination, fast and easy positioning, comfortable adjustment and stable shooting, reduce motion artifacts from the source

Integrated sliding seat, perfect for a variety of shooting scenes, effectively avoid body movement

Electric collar holder, 0.1mm lifting accuracy, combined with adaptive head clip, accurately lock the shooting position Anti-motion monitoring system, beyond the range of motion, prompt to stop exposure Lateral position independent lifting, three control methods, convenient to complete position adjustment

AI-MAR IntelligentGhost Image Removal

It uses the innovative AI-MAR intelligent ghost image removaltechnology to eliminate metal artifacts and provide a more accurate CTimage. Its intelligent demetalization algorithm sets different parametersintelligently, based on the size and density of metal objects, and process-es metals of different textures and sizes efficiently and optimally.

Smart Removal of Ghost ImagePerfect Image Quality It adopts the total variation wavelet-based denoisingtechnology/algorithm in which the combination of frequencydomain and time domain suppresses noise more efficiently toensure better resolution of the digital images.   Smart Removal of Ghost ImagePerfect Image Quality MODEL-BASED ITERATIVE BONE-HARDENING-CORRECTION Its innovative model-based iterative bonehardening-correction technology eliminates the artifacts caused by dense bone tissues such as head and teeth, improving the clarity of tissue structures as well as the accuracy of clinical diagnosis through the model-based bone-hardening-correction algorithm.

DYNAMIC FOCUSING TOMOSYNTHESIS ALGORITHM

Adopts the dynamic focusing tomosynthesis algorithm to intelligently identifydifferent dental arch shapes to generate five high-definition panoramic images at onetime. The dynamic focusing tomosynthesis technology permits optimal image formationfor patients with different dental arch shapes.

Clearvision Vision Purity technology


Effective suppression of spinal and airway artifacts



 

AI-MAR intelligent artifact removal technology

According to the size and density of metal objects, intelligent parameters are set to effectively eliminate metal artifacts

Total Variation Wavelet-Based Denoising technology

The total variational denoising algorithm based on wavelet combines both frequency domain and time domain to suppress noise to a greater extent

Model based iterative bone-hardeningcorrection. Model based iterative bone-hardeningcorrection

The model based osteosclerosis correction algorithm eliminates the hardening artifacts caused by more dense bone tissue such as head and teeth, and makes the tissue structure clearer

Multiple image algorithm ensures image quality

Avoid ineffective radiation and improve the efficiency of medical treatment

Automatic marking of lower collar neural tube	Automatic temporomandibular joint analysis
Preoperative and postoperative comparisons can be made	Automatic tracing generates reports

 

Standard Professional Orthodontic Software

The software supports automatic tracing, in which lateral cephalograms are integrated with the patient's lateral view using fixed-point posterior integration, after which changes in the soft tissue profile caused by the adduction of upper and lower anterior teeth, rotation in the maxillary and mandibular planes, and genioplasty can be studied. it also helps to predict the mandibular growth trends in the patient.

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