Computed tomography machine

• The system config the industry's leading dynamic real-time zooming technology and real 3D cone parallel reconstruction technology, so that the system can get the aperture expanded and at the same time get high definition image and leading high resolution image quality.

Mature and stable large heat capacity tube

• This tube can meet the demand of large patient flow and complex scanning, in the meantime, guarantee the system operating costs under control.

Dynamic reconstruction convolution technology based on FOV

1. Dynamic reconstruction convolution technology based on FOV can real-time match the algorithm along with the different field of view to ensure different tissues have an optimal effect in the images, this technology is similar as the digital camera, ensures that the users can dynamically capture the best photos. 

1) The upper left and right image are identical and replace them with a better patient body image generated by our CT at FOV of 50cm, 45cm or 40cm, whichever is appropriate.

(2) The lower left image was just cut off the upper left image into half in size and enlarge by factor 2 to get the same size but blurred image.

(3) Replace the blank blue block with the image reconstructed at half FOV of the upper right image, using the image matrix dimension 512x512 identical to that of the upper right image.

(4) As such, the point of dynamic reconstruction kernel can be illustrated.

Intelligent mA tracking technology

1. On the premise of the quality of the image guaranteed, the system can automatically adjusts the output tube current in Z axis direction and X axis direction. Intelligent mA tracking technology can reduce about 40% radiation dose. 

Parallel 3D cone beam reconstruction technology

1. Integrated parallel computing reconstruction based on true 3D cone beam, the final image is closer to the true tissue, the image is clearer.

 Tensor iteration low-dose technology

1. 76 cm aperture design
2. Place the patients at ease and comfortable.