Easily portable, they enable medical personnel to work independently without a radiographer. Look for a unit with cooling capabilities so the machine doesn’t overheat and break during prolonged procedures. Generally, mini C-Arms come with a 6” image intensifier and are used for orthopedic and podiatric procedures involving the extremities. These machines also work great for needle-guided procedures and injections.
Can Be Wheeled To The Athlete
A full-size c-arm system is more costly, harder to move around the body and needs ample space to accommodate its dual monitors, large generator and full-size “C.” These systems are best used for hips, femurs, shoulders, spine, torso studies and urological cases. A portable mini c-arm has all the benefits of a full-size system but is more compact in design. These units have a small monitor, generator, tube, detector and C-Arm all in one package. They are also significantly less expensive than a full-size C-arm. It is important to have your radiographer test any new c-arm before purchase. Ensure that it fits into their workflow and that they are comfortable with its operation. How many button presses are needed to accomplish a task, and how intuitive is the interface?
Your image equipment needs to be portable so that you can move it between venues if your sports team plays in more than one. You can get a mobile fluoroscopy system from https://www.minicarm.com/ that is easily transported to satellite clinics, urgent care facilities, emergency departments and athletic teams’ venues in a custom protective case. The mobile unit can be attached to an accessory cart, which provides ease of movement between patient rooms and also allows the operator to position for shoulder, weight-bearing knee and ankle views.
Quick Response To Injuries
C-arms can quickly assess fractures, dislocations, and ligament damage. They also enable surgeons to take real-time video of a procedure, which helps in reducing operative time, blood loss, and surgical complications. Additionally, a C-arm can lessen the need for post-operative radiographs, significantly decreasing overall trauma care costs. Compared to a full-size C-Arm, Mini C-Arms are smaller and can fit into tight spaces. They can examine the extremities, including hands, feet, knees, and arms. They are well-suited for orthopedic surgery, pet clinics, sports medicine, and pain therapy procedures.
Some Mini C-Arms have a flat panel detector that uses pulse fluoroscopy to display images. This new technology offers clearer vision and eliminates distortion, allowing surgeons to see more of the patient’s anatomy. It can improve surgical efficiency and help them to make better decisions during a procedure. Additional features like MetalSmart and BodySmart can be added to some systems. These tools help to identify any metal artifacts that could impact imaging and dose, and they provide enhanced accuracy for patients with metal implants.
Emergency Services Are More Informed
The mobile C-arm is a fluoroscopic unit that can be wheeled from one room to another, providing real-time imaging for various procedures. Its popularity has been fueled by its ability to perform multiple applications with less radiation exposure for surgeons, patients and theatre staff. That popularity is also due in part to a mini c-arm’s ease of use. These two factors allow a sports medicine professional to provide safe and accurate imaging that can prepare emergency services and doctors to the condition of their incoming patient. This machine is particularly useful for examining extremities such as hands and feet. It is a smaller version of the conventional C-Arm. It is useful for intra-operative image-guided procedures such as lesser toe fusions, bunion surgery and fracture fixations. Sports put our bodies to the test, and sometimes it’s those really small bones that break first.
Using an advanced digital system that converts X-ray images to flat panel detectors, the portable c-arm delivers instant results and fewer X-rays to the patient. Compared to its older counterpart, a Mini C-Arm unit is safer and more efficient because it requires less power to generate its beams. The smaller arc and lower generator power capacity means it cannot penetrate thicker body parts but is ideal for examining external body structures such as the knees, legs, ankles and hands. It can also be used for vascular examinations and is often combined with the angiography system for more detailed studies of the torso, arteries and veins. The mini c-arm is becoming increasingly popular because it offers several benefits unavailable on other imaging equipment.
