During orthopedic surgery, imaging devices play a critical role in ensuring the success and accuracy of the procedure. The mobile C-Arm system provides an advanced solution for these surgical procedures, offering real-time imaging while also reducing radiation exposure. In this article, we examine the application of a mobile C-arm machine in orthopedic surgery.
Advantages of Using Mobile C-Arm in Orthopedic Surgery
Orthopedic surgery includes a range of procedures that focuses on restoring fractures and breaks in bones and related tissue. These procedures are delicate, especially when working with small bones like those in the wrist. Thus, precision, accuracy, and attention to detail become crucial elements.
This is where a mobile C-arm system comes into play. These systems are able to provide a number of potential advantages in orthopedic surgery, so let’s take a closer look at the benefits:
- Imaging happens in real-time, which means medical staff are able to see the entire procedure being completed in real-time.
- It brings about an opportunity to make orthopedic surgical procedures less invasive for the patient.
- Radiation exposure remains a common concern in imaging systems, but with the mobile C-arm system, there is only minimal exposure that you have to worry about.
- The accuracy of orthopedic surgical procedures is also significantly enhanced. This essentially increases the overall level of success the specialists obtain in terms of surgeries.
Applications of Mobile C-Arm in Orthopedic Surgery
There are numerous cases where a mobile C-arm can be used in orthopedic surgery. Let’s take a closer look at some applications and cases where these machines become incredibly useful:
- In hand and wrist injuries, the system can be used to assist with distal radius fractures, scaphoid fractures, and carpal tunnel release.
- The system is useful when it comes to performing surgical procedures on ankle, calcaneal, and lisfranc injuries and fractures.
- In pediatric settings, these orthopedic surgery instruments can be used to assist with congenital limb deformities, as well as fractures in the growth plate.
These are, of course, only a few examples of how the mobile C-arm can be applied to orthopedic surgery.
Techniques and Procedures Using Mobile C-Arm in Orthopedic Surgery
The mobile C-arm machine provides a way to limit the invasiveness of procedures by providing intraoperative imaging solutions in the surgery room. Fractures can be reduced and fixed using an image-guided system. The imaging system of the device consistently provides live feedback on the screen that comes with the machine. This allows the surgeon to make less invasive incisions during orthopedic procedures and have a view of the interior structures, including bone tissue while performing the surgery.
Considerations and Limitations of Mobile C-Arm in Orthopedic Surgery
With numerous benefits in terms of implementing the mobile C-arm system in orthopedic surgery, it’s clear that the solution is a great choice for different kinds of clinical settings. With this said, there are some considerations and limitations that also need to be taken into account.
The size of these machines can sometimes be a hindrance. With a larger structure, it’s often difficult to get the machine into the correct rooms where it will be used. Additionally, since these machines are often not portable, they are not easy to move around in the surgery room.
They are also not the easiest to use, especially for someone coming from a more traditional surgery background. Thus, there is a need to undergo training in order to learn how the mobile C-arm system works and how it helps during the procedure. This also requires the surgeon to use the proper techniques during surgery.
Another limitation is the cost of these machines, which can often reach high prices, making them less viable for smaller clinical facilities.
Conclusion
The mobile C-arm machine can be helpful in a diverse number of orthopedic procedures, including hand, wrist, foot, ankle, and pediatric procedures. Choosing a reliable supplier is a crucial step, and the SONTU range can provide the ideal solution for your clinical practice. With rotational features, a high-quality display, and multiple sensors to provide more accurate data, you can effectively perform orthopedic procedures without compromise. Reach out to learn more about the SONTU range.