Radio-Fluoroscopy System

The PerfoX 7500 offers a comprehensive imaging solution that is suitable for a wide range of examinations. It is capable of providing high-contrast static and dynamic imaging due to its dynamic flat panel detector. The system is equipped with an imaging stitching function that generates panoramic images of the entire spin and lower limbs.input:
output:A comprehensive imaging solution that is capable of accommodating a diverse array of clinical applicationsinput:
output:Two design alternatives input:
output:Two design alternatives satisfy your different clinical requirements.input:
output:Digital radiographyinput:
output:satisfies the requirements of all regions of the human body

Digital fluoroscopyinput:
output:It is appropriate for fluoroscopy of a variety of body parts, including the chest and abdomen.input:
output:Contrast examination

Esophagography, intravenous pyelography, and salpingography are among the contrast studies that are accessible.input:
output:Virtual collimatorinput:
output:In order to achieve precise radiation control, the collimation can be established directly on the image without the need for additional exposure.input:
output:Grid that can be removedinput:
output:To improve patient safety, particularly during gynecological and pediatric examinations, the radiation dose is reduced.input:
output:Console that is integratedinput:
output:Intelligent operation guidance and auto-positioning facilitate rapid and effortless command.input:
output:Table that tiltsThe table’s extensive tilting range enables the conduct of a diverse array of contrast studies.input:
output:Column that is inclinedinput:
output:In order to accommodate oblique projections, the tube column is capable of swinging at a significant angle.input:
output:A variety of SIDsinput:
output:SID can be easily positioned with a single click, allowing it to extend to 1800mm.input:
output:Movement that is longitudinalinput:
output:The detector can be relocated on a large scale, thereby eliminating the necessity for patient repositioning.