As the number of surgical room devices in hospitals continues to increase, operating rooms are becoming increasingly crowded. To address the issues hospitals encounter when using C-arms, Perlove Medical has launched the Integrated Orthopedic Mini C-arm. This device features an integrated design of the C-arm main unit and workstation, resulting in a more compact structure that occupies an area of only about one square meter, effectively saving space in the operating room.
Advantages of the Integrated Orthopedic Mini C-arm
- Flexible Mobility: The device is lightweight and easy to maneuver, allowing for single-person operation and easy relocation without the need for multiple assistants.
- Convenient Operation: Equipped with a large display and touchscreen, doctors can perform exposure operations and observe images right next to the device, facilitating on-site operations.
- Space-Saving Design: With an area of approximately one square meter, the device can adapt to various crowded and complex surgical environments, effectively conserving operating room space.
- Cable-Free Connection: There is no need for cable connections or workstation carts, which not only reduces maintenance costs and inconveniences caused by cable damage but also avoids safety hazards during surgery due to tripping over cables.
- Standby Function: The device features a power-off standby function, which keeps the device in standby mode after power is cut. When power is restored, the device can immediately resume normal use without needing to restart, saving time and allowing for quick sharing between multiple operating rooms, thus improving equipment utilization.
- High-End Model: The integrated structure represents a high-end model, with few manufacturers producing similar devices in both domestic and international markets, enhancing the hospital’s influence and reputation.
The Perlove Medical PLX119C series Integrated Orthopedic Mini C-arm utilizes a 30CM x 30CM flat panel detector, providing a larger field of view and clearer images of fracture sites during orthopedic surgeries such as spinal and long bone fractures. This helps doctors assess and understand the alignment and positioning of fractures in real-time during surgery, as well as measure lengths and angles, providing strong support for improving surgical quality.
