Advantages of Using Orthoscan FD C-Arm for Medical Imaging and X-Rays

Mobile C-arms with flat panel detectors are becoming increasingly popular due to their CMOS technology that produces high-quality digital images at lower radiation doses. Moreover, they require less maintenance and have a compact footprint in the OR. For general surgery, orthopedic, and urology procedures, a 9” image intensifier is adequate. However, a 12” image intensifier is recommended for vascular and neurology exams. If you don’t already know you need a C-arm, here’s some further reasoning why that’s a good purchase for your clinic.

Larger Field of View

The Orthoscan FD C-arm is ideal for orthopedic, urology, pain management, gastroenterology, and surgical imaging. This system has been designed with surgeon input to provide a large field of view, simple interface, and ease of movement & positioning. A larger field of view (FOV) allows you to image more anatomy in a single pass. This helps reduce the needed radiation and increases accuracy in capturing vital anatomical details. A CMOS flat detector maximizes your field of view, providing powerful fluoroscopic imaging in a compact size. LED lights on the undersurface of the X-ray source reduce shadows in the surgical field and enable easy sterile field control from both sides of the unit.

Reduced Dose

The main advantage of a mini C-arm over image intensifiers is that it significantly reduces the amount of radiation a patient and surgeon are exposed to. This is due to a combination of factors, including a more miniature detector, lower laser power, tight beam collimation, and surgeon control of the screening button. Another way a mini c-arm can cut down on dose is by using flat detector technology. Flat detectors are more efficient at reading individual X-rays and do not waste any energy. The OrthoScan TAU 2020 is an excellent example of a mini C-arm with a flat detector and several other dose-reduction features. These include pulse fluoroscopy and optimized dose filtration. In addition, it has a sizeable flat-panel detector (20×20 cm) and a 27-inch high-resolution diagnostic touchscreen monitor. It also features a 160-degree orbital rotation, which allows clinicians to obtain preferred views without stressing anatomy.

Improved Accuracy

Many manufacturers now offer a wireless image transfer option for their systems, eliminating the need to run a cable from the system out of the procedure room and into a data jack in a different area. This eliminates the need to constantly pull and re-position the C-arm to upload images, improving accuracy. A CMOS flat panel detector also allows the system to use pulsed fluoroscopy, which offers selectable pulse-per-second settings, decreasing radiation dose while maintaining or increasing image quality. The large flat detector of the Orthoscan FD Pulse model is more spacious than other mini C-arms, offering a wider field of view for efficient positioning and reducing mechanical stress on patient anatomy.

Faster Processes

Unlike older C-arm systems, which use image intensifiers (II), the Orthoscan FD mini-c-arm utilizes flat detector technology. The flat detector eliminates geometric distortion, resulting in better imaging. Plus, it captures and stores images directly on the unit, minimizing unnecessary steps that can delay the procedure. Aside from lowering the radiation dose, this system also offers selectable pulses per second to support various imaging needs. For instance, a surgeon can choose between 30, 15, or 7.5 pps without changing the C-arm settings. This is an excellent feature for those who perform surgeries on the extremities, like orthopedics in Rocky Mount NC, and vascular specialists. It helps them move quickly through the surgery, which allows for faster patient recovery and reduced risk of complications. Plus, it requires less space in a surgical suite.

Increased Patient Comfort

Orthoscan FD’s flat detector design is smaller and lighter than competitive equipment. The compact form factor reduces OR time and sterility risks while allowing maneuverability that improves workflow. The LED surgical lights on the undersurface of the X-ray source also reduce shadows and glare and allow doctors to see anatomy more clearly. OrthoScan FD Pulse features the largest flat CMOS detector on a mini C-arm with a larger field of view, enabling a more compact OR footprint. It offers pulsed fluoroscopy with selectable pulses per second, reducing radiation dose without sacrificing image quality or detail. The square-shaped detector negates the need for antiquated rotating technology and increases system reliability over time. Wireless transfer to a facility’s PACS system eliminates the need for multiple trips with a movable system, saving wear and tear on the equipment and staff.

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