zcb-100-dental-3d-cbct

Dental Cone-beam Computed Tomography

The system is using for diagnosis with X-ray in department of stomatology, it could provide 3D image of hard tissue in maxillofacial region and sectional image in random position. It’s good for imaging diagnosis on maxillofacial diseases. It fits many stomatology like dental implantation design, creating operation guidance and precise surgical guide scheme, surgical procedures for maxillofacial surgery, 3D orthodontic, checking the temporomandibular joint disorder and so on.

MPR, vertical slice of any position, curved surface fault, TMJ, localizer of lateral, mark mandibular nerve tube, burn data disc, export data, multiple image combination printing and so on.

Specialty:

(1).Advanced Technology

  1. Automatic chip control, excellent image quality.
  2. Digital imaging, easy to operate.
  3. The focus is 0.3mm, it’s the smallest focus in similar products
    for now. It can assure the high resolution of the image. Rotating
    anode is the leader in similar products.
  4. Built in column, vertical lift: convenient to operate, safe, the patient can stand or sit as he wish.

(2).Easy to operate

  1. Prepare exposure

According to the gender, age, bodily form to choose the
exposure condition. Let the patient stand against

Cone-beam CT, hold the handle well, pull the cervical vertebra.

  1. Locate the patient

CBCT shooting: Three beams of lasers location system and
denture 3D electronic control system make the process of locate
more accurate.

  1. Exposure

During the process of exposure, there are safety hand brake
and suddenly stop switch to protect the patient. The patient can
leave right after the exposure.

(3). Flexible and easy to install

Cone-beam CT is very outstanding on flexible and easy to install in
similar products. It do not need to be fix on the floor or wall,
the space needed is L1.2m x W0.8m x H2.2m.

Product Description

Technical Parameters

Scanning system

(1). Type of detector: amorphous silicon flat-panel detectors

(2). Size of detector: 25 x 20cm

(3). Gray scale: 16 bit

(4). Pixel size: 127μm

(5). Resolution ratio: 3.94lp/mm

(6). SFOV: Adjustable, large view Ø 20×17 cm, high definition view Ø 12×10 cm.

X-ray tube and HVG (high-volt generator)

(8). Type of tube: rotating anode.

(9). X-ray beam: Cone-beam, size of beam would change according to the view.

(10). Focus of tube: 0.3mm

(11). Power of tube: 1500W

(12). Current in tube: 2.8mA~9mA

(13). Voltage on tube: 80kV-110kV

(14). HVG: DC

Scanning parameter and image reconstruction

(15). Time of scanning: no more than 18s

(16). Thickness of a single layer: large view-0.2mm, high definition- no more than 0.1mm

(17). Time of rebuilding: large view imaging: no more than 25s, high definition imaging: no more than 60s

(18). Range of rebuilding: 360°

(19). Victor of data transmission: 20Mb/s

Workstation for image:

(20). CPU: Intel E5-1620   3.6GHz

(21). Memory: 8GB DDR3 800MHz ECC

(22). Hard disk: 1TG SATA 3.0Gb/s 7200rpm

(23). Image display matrix: CBCT dedicated 21.5 inch LED backlight IPS displayer

(24). Video memory: GeForce GTX670

(25). OS: Windows 7(64bits) Professional

Functions of the program:

(26).Build new record for patients.

(27). Function of searching for information of patient and saved images

(28). Measurement: distance between two points, continuous distance, angle, user calibration

(29). Display coronal section, sagittal section, axial section and 3D image at one screen

(30).local 360° continuously slicing display

(31). Post processing for multiple image: various plane, vertical plane

(32). Comprehensive diagnosis and lateral projection of cranium

(33). Image processing (adjust luminance , contrast ratio and gamma ray value, and sharpen)

(34). Rebuild 3D image (restore outline of soft tissue)

(35). High definition three-dimensional rebuilding

(36). Burn data disk

(37). Positive for DICOM3.0 Laser Printer print typesetting: multiple saved template, freely composing is also allowed.

(38). Positive for patient’s template

(39). Positive for STL implant template data output

(40). Match the actual need of multiple departments like planting, orthodontics, repairing dental pulp and tooth, maxillofacial, periodontal and so on.

(41). Connect PACS system of hospital, could also accomplish freely transmission in local area network, no limitation for the number of terminal.

(42). Provide image analysis program for free

(43). Compatible for orthodontics, orthognathous, panting and 3D rebuilding professional programs.

(44). Users could choose to install Simplant Pro (Professional planting program) and Simplant O&O (Orthodontics and orthognathous program)

After-sales service

(45). Manufacturer provide on-site repair for 2 years, service aim: “Respond in 2 hours, work out the solution in 8 hours, arrive the scene in 24 hours.”

(46). Provide field technical training

(47). Specification (Chinese and English)

(48). One suit of professional protection suit (Hat, nickerchief and protective clothing)

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