The New Digital Environment
Highlights
THE NEW DIGITAL ENVIRONMENT
-Green CBCT :
.VATECH's innovative technology for an ultra low x-ray dose
.Green CBCT protects both patient and user
-Rapid Scan :
.Minimized motion artifact and faster workflow
.Superb image quality from a rapid 5.9 sec scan
-Multi FOV Sizes :
.Wide range of FOV sizes from 5x5 to 15x15
.Optimal size for specific diagnosis, reducing x-ray exposure to patients
-Easy and simple software, Ez3D-i :
.Easy to learn, easy to use
.Intuitive user interface and powerful consulting tools
IT'S YOUR PRIDE, GREEN INNOVATION
PaX-i3D Green
PaX-i3D Green produces superb diagnostic images, which will be a source of pride for any dental practice, and improves the health and safety of your patients.
Experience excellent image quality with VATECH's advanced technology.
CBCT
PROFESSIONAL DIAGNOSTIC VALUE WITH 3D IMAGES
Wide range of diagnosis with multi fov selection
With expanded FOV sizes, the PaX-i3D Green offers valuable diagnoses for professionals.
-FOV 10X8
10 x 8cm FOV is ideal for dual arch scans of the entire dentition; including third molars, implants and surgical guides.
-FOV 16X10
16x10 cm FOV provides the optimal information for diagnosis of the entire dental arch, including the TMJ. In addition, implant planning and facial surgery treatment planning is possible.
-FOV 15X15
15x15 images from PaX-i3D Green enable you to do a comprehensive diagnosis including oral and maxillofacial surgery.
This perfect FOV size will be helpful for complex orthognathic, implant, and orthodontic surgery.
Panoramic
PROFESSIONAL DIAGNOSTIC VALUE WITH PANORAMIC IMAGES
PaX-i3D Green Provides the most precise and high quality panoramic image. Clear and sharp panoramic image brings you better diagnostics. Enhanced details especially in the anterior and dental roots can be viewed. These consistently high quality images will become the new standard of panoramic imaging.
MAGIC PAN
MAGIC PAN creates a more superb panorama image. It is acquired through the elimination of distorted and blurred images caused by improper patient positioning (Optional).
Cephalometric
PROFESSIONAL DIAGNOSTIC VALUE WITH CEPHALOMETRIC IMAGES
Extended diagnostic value for wide insight
Scan type Cephalometric
PaX-i3D Green provides optimal images with an exclusively designed sensor for cephalometric
diagnosis. As it offers two image sizes, LAT and Full LAT, you can choose one of them based on
the purposes of your diagnostic needs.
Built-in Sensor System
PaX-i3D Green enables you to acquire high quality images in a safe and comfortable environment.
Best of all, you don’t need to waste time or risk damage by changing sensors.
-Provide specialized high quality images to suit
orthodontics and maxillofacial surgeries.
-Full lateral gives 30% larger images and the occipital
area of the patient for comprehensive diagnosis.
OneShot type Cephalometric
Superior image quality is delivered using highly advanced a-Si TFT Sensors.
Three different ceph image sizes reduce unnecessary X-ray dosage and scan the ideal area of cranial anatomy for your diagnosis and treatment planning.
Specifications
CBCT PANO CEPH
SCAN ONE SHOT
PaX-i3D Green ● ● - -
Pax-i3D Green SC ● ● ● -
Pax-i3D Green OS ● ● - ●
SPECIFICATIONS(PaX-i3D Green:PHT-60CFO)
-Voxel Size
5X5:0.08mm / 0.2mm
8X8, 10X8, 12X9, 16X10 : 0.2mm / 0.3mm
15X15:0.25mm / 0.3mm
-Function Pano + CBCT + Ceph
-CT - FOV Size(cm)
10X8:Multi [5X5 / 8X5 / 8X8 / 10X8]
16X10:Multi [5X5 / 8X5 / 8X8 / 12X9 / 16X10]
15X15:Multi [5X5 / 8X5 / 8X8 / 12X9 / 15X15]
-Scan Time
* FOV 16X10 & FOV 10X8
Pano : 10.1sec(Normal)
Scan Ceph : 3.9sec
One Shot Ceph : 0.7-0.9sec
CBCT : 5.9sec (Mode : Low Dose / Ultra Low Dose)
* FOV 15X15
Pano : 10.1sec(Normal)
Scan Ceph : 3.9sec
One Shot Ceph : 0.7-0.9sec
CBCT : 9sec
-Ceph FOV Size
-SC 21X23cm (8.3X9.1")[LAT, PA, SMV, Waters View, Carpus]
27X23cm (10.6X9.1")/[Full LAT]
-OP
20X20cm (8X8") [LAT, PA]
23X25cm (9X10") [LAT, PA]
30X25cm (12X10") [LAT, PA, SMV, Waters view, Carpus]
-Gray Scale 14 bit
-Patient Position Standing / Wheel-Chair Accessible
-Tube 50-100kVp (1 kV step) / 4-16mA (0.1mA step)
