The mini C-arm market is growing because of continuous advancement in these products. The increasing number of surgical procedures is also driving it. Look for a unit that has adequate cooling capabilities. And make sure your radiographers get to know a machine’s positioning abilities intimately during a trial period.
Reduced Radiation Exposure
By creating images digitally on a flat panel detector, mini C-arms produce results much faster than their larger counterparts. Additionally, they use less laser power, which lowers the radiation exposure for the surgeon and staff members compared to traditional large fluoroscopy equipment. Hand surgeons can also reduce their radiation exposure by using a mini C-arm. Studies have shown that if proper precautions are taken, a hand surgeon’s hands receive minimal radiation exposure while performing cases with a mini C-arm. When selecting a mini C-arm, look for models that have a cooling system. You want the device to stay cool during long procedures. Also, ask if the model has a step-less motorized collimator that allows you to lower your dosage by changing the focus in real-time. This feature is not standard, but it can improve your procedure efficiency by reducing the number of clicks needed to change the view. You can search for options on sites like https://www.minicarm.com/ and see which will suit your team.
Improved Image Quality
Image quality isn’t based on just one component within the C-arm system but an amalgamation of several. A high-resolution monitor, flat panel detector, and system power all play their part in producing good images. When these aren’t working in tandem, the image quality will suffer. However, when all these components are optimized for your facility and surgical needs, you’ll find that your images look crisp, clear, and detailed. In a clinical study, mini C-arms with flat panel technology provided “superior visualization” for fracture reduction and initial assessment of extra-articular distal radius fractures, obviating the need for formal static radiographs. When selecting a portable C-Arm, test the machine’s imaging capabilities on an X-ray phantom or by positioning it over the procedure table and observing it as it images radiopaque objects like coins, keys, or sheets. You should also check out the storage capacity and how well the C-Arm integrates with your network (wirelessly or hard-wired) and PACS.
Reduced Surgical Time
Unlike large C-arms, which use a moon-shaped arc and monitor cart, the mini C-arm has an all-in-one design, featuring the generator, tube, and detector all in one unit. It enables the surgeon to operate independently of radiological personnel and reduces costs. Mini C-arms also offer superior positioning capabilities. Look for a gadget that can maneuver horizontally, vertically, and swivel to seize hard-to-attain areas. Get a feel for the way intricately it can move for the duration of a demo or trial and ask your clinicians approximately their enjoyment of using the gadget. Mini C-arms are gaining popularity thanks to their ability to accelerate Interventional Procedures in Hospitals and ambulatory surgical centers. They provide high-quality digital images immediately, compared to the traditional image intensifier technology that requires an optical conversion to display results on a monitor. It translates into significant time savings for the surgeons. In addition, the images can be saved directly onto a removable flat panel detector, eliminating the need for a separate X-ray film and reducing storage space needs.
Increased Efficiency of Mini C-Arms
The X-ray imaging capabilities of C-arms allow surgeons to perform more precise fracture reduction maneuvers, which may result in less sedation, faster recovery, and decreased pain. These benefits increase patient satisfaction and overall treatment outcomes. Mobile C-Arms offer many advantages as full-size CR systems but with a lower footprint and more flexible application options. For example, they provide live image guidance for orthopedic, trauma, spine, and vascular surgeries while allowing the physician to perform Angiography or fluoroscopy without moving the patient. The report explains major growth drivers, restraining factors, opportunities, and challenges in the global mini C-arm market. It also provides insight into regional developments, including countries, companies, and products. Additionally, it offers a comprehensive list of key players with a detailed company profile and financial analysis. The report also helps to identify strategies to stay ahead in the competitive market.
