What are the advantages of Perlove large size flat panel C-arm machine?

 C-arm X-ray machine commonly known as C-arm machine, according to the different core components of the imaging system, it is divided into flat panel detector C-arm machine and image intensifier C-arm machine. In recent years, with the growing maturity of flat panel detector technology, flat panel C-arm has gradually become the mainstream products in the current C-arm market.

Many hospitals in the procurement of C-arm equipment, will tend to choose a large flat-panel C-arm machine, so what are the advantages of a large flat-panel C-arm machine?

Nanjing Perlove this year launched the integration of large flat C-arm machine PLX119C as an example, this is an orthopedic large flat mobile C-arm X-ray machine, configured with a 30CM × 30CM amorphous silicon large flat plate, it has the following advantages:

Wider field of view

What are the advantages of a large flat panel C-arm machine (take the large flat panel C-arm machine PLX119C as an example)

Intraoperative imaging with a large field of view is the most significant feature of the large flat panel C-arm machine. 30CM×30CM flat panel detector is able to realize a single exposure to present 5 lumbar vertebrae, while 21CM×21CM flat panel can generally only image 3.5 lumbar vertebrae.

Clearer images

The flat panel detector solves various problems such as signal conversion loss, geometric distortion, color interference, and brightness inconsistency compared to image intensifiers. The 30CM×30CM large flat panel realizes the image acquisition, transmission, post-processing, and storage of the entire shadow chain of 2.35 million pixels image workflow. Compared with the traditional 9-inch image intensifier, the image resolution has been increased by 125% and the imaging range has been increased by 1.6 times.

Easier to Operate

What are the advantages of a large flatbed C-arm machine (take the large flatbed C-arm machine PLX119C as an example)

PLX119C adopts intelligent real-time image processing technology, which can automatically adjust the image brightness and contrast, quickly provide high-quality images, and reduce the cumbersome operation of clinicians in processing images. 1-second rapid image design can greatly save the waiting time of front-line doctors in the clinical process.

Lower radiation dose

Taking “pedicle screw internal fixation” as an example, the pedicle screws need to be inserted from the back of the vertebral body to the front of the vertebral body to achieve three-column fixation of the vertebral body. During the procedure, multiple cones have to be operated on, which requires the image to show the entire lumbar spine as low as possible. With a large flatbed C-arm, the entire lumbar spine can be imaged in a single exposure, which reduces the number of exposures and also reduces the radiation dose of the procedure.

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