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STEPHANIX is a pioneer in technology. 20 years ago, we’ve integrated a DR flat panel detector in our Evolution x-ray remote controlled table, while fluoroscopy was done with an image intensifier.
10 years ago, STEPHANIX raised the bar by integrating the first PORTABLE DYNAMIC flat panel detector in our D²RS remote controlled table.
Inside the bucky the detector works in dynamic and static imaging.
Out of the bucky, it’s used for direct projections.
Once again in 2021 we challenge the status quo with the first Wi-Fi DYNAMIC flat panel detector in the D²RS and D²RS 90/90 x-ray remote controlled tables.
STEPHANIX, French manufacturer and integrator, a talented initiator.
X-ray remote controlled systems that integrate fluoroscopy and radiography into a single solution, that meet your expectations:
D²RS 90/90 and D²RS.
Radiography and fluoroscopy are cornerstone techniques in medical imaging.
Radiography, commonly known as X-ray, utilizes ionizing radiation to capture static images of the body’s internal structures. This method is particularly effective for examining bones and detecting fractures. On the other hand, fluoroscopy employs a continuous X-ray beam to generate real-time images, allowing healthcare providers to observe the movement of internal organs and systems. This dynamic imaging capability is crucial for procedures that require precise guidance and immediate feedback, such as catheter insertions and gastrointestinal studies. Together, these techniques provide comprehensive insights into the body’s internal workings, enhancing the accuracy and effectiveness of medical diagnoses and treatments.
Our remote controlled tables are based on the use of a flat panel detector to acquire instant dynamic images of the patient’s body.
Digital fluoroscopy uses X-ray imaging to generate a dynamic sequence of digital images, which can be viewed by the radiologist on a monitor. This technology makes it possible to study anatomical structures and their movement, such as the swallowing process.
Fluoroscopy is a versatile tool in the medical field, offering a wide range of clinical applications that enhance the precision and effectiveness of various procedures.
Radio-fluoroscopy systems are indispensable in many medical applications, including radiology, surgery, gastroenterology and pneumology. They enable doctors to carry out examinations in real time, facilitating the diagnosis and treatment of illnesses. In radiology, for example, these systems provide precise images to help identify abnormalities. In surgery, they enable patients to be monitored during operations, guiding surgical instruments to minimize risks. Thanks to their ability to provide dynamic, detailed images, fluoroscopic X-ray systems are invaluable tools for a wide range of medical applications.
