Mobile Surgical Dynamic C-Arm X-Ray Machine

Dynamic Imaging:

• Real-time Fluoroscopy: The C-arm offers continuous X-ray imaging, allowing surgeons to monitor the surgical site in real-time and make adjustments as needed.

• High Frame Rate: Provides high-resolution images with rapid frame rates, ideal for capturing fast-moving body parts during surgery or diagnosis.

Mobile and Compact Design:

• Easy to Move: The mobile C-arm is designed with wheels and a compact build, making it easy to transport within a hospital or clinical environment, providing flexibility in usage.

• Space-Saving: Its small footprint means it fits into various hospital setups, from operating rooms to smaller procedure rooms, without compromising on performance.

High-Quality Imaging:

• Enhanced Imaging Quality: The C-arm is equipped with advanced imaging sensors and digital processing, ensuring clear, detailed images for accurate diagnosis and surgical guidance.

• Adjustable Exposure Settings: The system allows customization of radiation dosage based on the patient’s size and the area being examined, helping to maintain optimal image quality while minimizing radiation exposure.

User-Friendly Interface:

• Touchscreen Control: Features an intuitive touchscreen interface for easy operation, allowing staff to quickly adjust settings such as exposure time, contrast, and image storage.

• Pre-set Positioning and Protocols: Some models come with pre-programmed settings and positioning options for common procedures, helping to streamline the workflow.

Advanced Imaging Modes:

• Fluoroscopy and Radiography: Offers both real-time fluoroscopic imaging and high-quality still images for detailed analysis, giving surgeons flexibility during procedures.

• 3D Imaging (Optional in some models): Some mobile C-arms can generate 3D images from fluoroscopic data, useful for complex orthopedic surgeries or imaging of soft tissues.

Low Radiation Technology:

• Dose Control Features: Modern C-arms include automatic exposure control (AEC) and dose reduction technologies that minimize radiation exposure for both patients and healthcare providers.

• Pulse Fluoroscopy: Provides lower radiation doses during continuous fluoroscopic imaging by using pulsed X-rays.

Image Storage and Sharing:

• Digital Image Management: Captured images can be stored digitally for future reference, often integrated with PACS (Picture Archiving and Communication Systems) for easy retrieval and sharing across medical networks.

• Remote Viewing: Some C-arms allow for remote access to images and live video, which is beneficial for consultations with specialists or for teaching purposes.

Ergonomic Design:

• Adjustable C-Arm Positioning: The C-arm can be easily adjusted for optimal positioning of the X-ray source and image receptor, allowing it to adapt to different surgical scenarios and patient sizes.

• Operator Comfort: Designed to minimize physical strain on operators, with adjustable height and easy maneuverability.

Orthopedic Surgeries:

• Ideal for real-time imaging during bone, joint, and spine surgeries. It helps guide the surgeon during procedures like fracture reduction, pinning, or implant placement.

Neurosurgery:

• Used in spinal procedures, brain surgeries, and other delicate neurosurgical operations to guide the surgeon with high-precision imaging of bones and soft tissues.

Cardiovascular Procedures:

• Employed during interventional cardiology or vascular surgeries to visualize blood vessels, heart conditions, and stent placements in real-time.

Trauma Surgery:

• Used in emergency settings to quickly assess fractures, dislocations, and other traumatic injuries, facilitating immediate treatment in the operating room.

Urological and Gastrointestinal Surgeries:

• Assists in procedures such as kidney stone removal, bile duct surgery, or abdominal interventions, offering live imaging during minimally invasive procedures.

Pain Management and Biopsy Procedures:

• Helps in guiding needles for spinal injections, biopsy procedures, or joint injections by providing real-time visual feedback.

Versatility and Mobility:

• The mobile design makes it easy to transport, offering flexibility in use across different surgical rooms and medical environments. Its ability to adjust quickly to varying needs makes it a crucial tool in diverse medical specialties.

Real-Time Imaging for Surgical Precision:

• The dynamic fluoroscopy and high-resolution imaging make it invaluable during complex surgeries, ensuring surgeons can visualize the surgical site in real-time for enhanced accuracy and precision.

Minimized Radiation Exposure:

• Modern C-arm machines are designed with features that reduce radiation exposure, offering benefits for both patients and staff. Pulse fluoroscopy, automatic exposure control, and dose-reduction technologies ensure safety without compromising image quality.

Enhanced Workflow and Efficiency:

• The compact, mobile design and intuitive interface speed up the workflow, reducing the time needed for setup, patient positioning, and image capture. This leads to quicker procedures and shorter patient recovery times.

Cost-Effective and Durable:

• The mobile C-arm offers a cost-effective solution for healthcare facilities, especially those looking to reduce the need for multiple large machines or invest in a device that can serve multiple specialties. It’s also built for durability, with low maintenance requirements.

Easy Integration with Hospital Systems:

• With digital image management and PACS integration, the mobile C-arm can seamlessly fit into the hospital’s imaging network, allowing for easy storage, sharing, and retrieval of images.

Improved Patient Care:

• The ability to perform real-time imaging during procedures means fewer invasive interventions, faster diagnoses, and enhanced surgical outcomes, all of which contribute to better patient care and faster recovery.