Description

New generation CStar-S series have super HD digital image chain technology,leading to more clear bone and soft tissue definition, more accurate positioning, more convenient surgery and more safe patient. This type of equipment can be used in perspective diagnosis and treatment in normal surgery of hospital departments like traumatic orthopedics, general surgery, traumatology, pain, spine surgery and gastroenterology etc., and will bring new operation experience for doctors.

iW6 Intelligent wireless transmission technology 

Patent owned designing technology, millisecond class synchronization, and the doctor can acquire dynamic image timely, stably and continually as the image it takes is just what it get. Bedside, the wireless type prevent the trouble of moving machine with wire.

IPFC Frame rate variable pulse perspective technology

It can adjust pulse perspective frame rate according to imaged body part, therefore to acquire more clear and sharp image, and match more exposure mode, reducing exposure dose.

iLPS Intelligent light field virtual pre-adjusting technology

The doctor can preset effective irradiate field on non-exposure condition, perfectly solving the previous problem that the field must be adjusted on exposure condition, prevent the patient and the doctor from unnecessary radiation.

iMLP Intelligent multi-dimensional laser positional system

It can realize no-ray laser aimed positioning with thetube+detectormoving in both directions, to ensure that there is no position blind area during the surgery, reducing the inefficient exposure due to inaccurate positioning.

iMEM Intelligent multi-class exposure dose monitoring

The exposure dose can be displayed on real time during imaging, which is convenient for the doctor to fully know the surgery details. The system will give an alarm when the dose exceed standard value, to reduce radiation dose.

AI Filtration recognition switching technology

The system can switch the filter according to the preset values such as body type, body part and etc., and choose corresponding level of filter according to clinical need, therefore to reduce the radiation dose.

AIP Grouping visual assistant image processing algorithm

It will do precisely recognition and multi-resolution image-analysis on different body parts during imaging, and then choose the optimal image to do enhancement process, imaging quickly, and getting final image in low dose.