Premium Digital Mobile C-Arm

X-RAY GENERATOR	MODE	ERAY SMART C
	GENERATOR TYPE	High Frequency Technology
	POWER OUTPUT	5kW
	mAs Range	0.2mAs~100mAs
CONTINUOUS FLUROSCOPY MODE	VOLTAS RANGE	40kV-110kV
CONTINUOUS FLUROSCOPY MODE	mAs RANGE	0.3mA~6.3mA
PULSE FLUROSCOPY MODE	VOLTAGE RANGE	40kV~125kV
PULSE FLUROSCOPY MODE	mAs Range	0.3mA~32mA
DIGITAL RADIOGRAPHY MODE	VOLTAGE RANGE	40kV~125kV
DIGITAL RADIOGRAPHY MODE	mAs Range	2mA~100mA
X-RAY TUBE	TYPE	Rotating Anode
	ANDOEHEAT CAPACITY	210kHU
	FOCAL POINT	0.3/0.6 mm
COLLIMATOR	TYPE	Digital Rectangular Collimator
COLLIMATOR	POSITIONING	Dual Laser Positioning
C-ARM STRUCTURE	ORBITAL ROTATION	-33 to + 117
	LATERAL TRAVEL	+- 180
	VERTICAL TRAVEL	400mn
	HORIZONTAL TRAVEL	200mn
FLATPANEL DETECTOR	TECHNOLOGY	Amorphous Silicon (a-Si) with Csl
	SIZE	21cm * 21cm
	A/D CONVERSION	16 bit

Dynamic FPD Technology: Advanced FPD offers several advantages over traditional image intensifiers, including a larger field of view, high resolution, and distortion-free images with reduced radiation dose.
Ergonomic C-Arm Design: Fully counterbalanced C-arm can stay at any angle without repositioning, providing ease of use and flexibility during procedures.
Standby Power: Ensures the system can transfer between different operating rooms without data loss, maintaining continuous workflow and efficiency.
Color-Coded Axis and Handle: Guides the operation, making it easy to complete precise positioning, enhancing usability for the medical staff.
Large C-Arm Geometry: Provides more surgical space, particularly beneficial for procedures involving thicker patients.
Multi-Dimensional C-Arm Movement: Offers a large range of motion to meet the demands of complex clinical positioning, ensuring versatility in various surgical settings.
Footswitch Exposure: Allows for efficient operation with more freedom, enabling hands-free control during procedures.
Removable Grid: Enhances image quality while maintaining a low radiation dose, contributing to patient safety.
Real-Time Noise Reduction: Reduces noise in real-time, ensuring high-quality images with limited radiation exposure.
Automatic Brightness Stabilization (ABS): Ensures images are displayed at a constant brightness level throughout the examination, improving image consistency and diagnostic accuracy.

A Surgical C-Arm with flat panel technology offers superior image quality with high resolution and contrast. It provides distortion-free images, a larger field of view, and reduced radiation exposure, enhancing both patient safety and diagnostic accuracy.

Flat panel technology improves imaging by capturing high-quality, detailed images in real-time. It allows for dynamic imaging, which is crucial for complex procedures, and ensures consistent image clarity with lower radiation doses.

Yes, the Surgical C-Arm with flat panel technology is versatile and suitable for various procedures, including orthopedic surgery, pain management, general surgery, urinary surgery, vascular procedures, and more.

The ergonomic design, including a fully counterbalanced C-Arm and a large range of motion, allows for precise positioning and ease of use during surgeries. This design enhances the workflow and reduces the physical strain on surgeons.

Features such as the intuitive touch screen interface, color-coded axis and handle, and footswitch exposure control contribute to the ease of use. These features simplify operation and positioning, enabling efficient and accurate imaging.

The standby power feature ensures that the system can be moved between different operating rooms without losing data. This capability maintains workflow efficiency and minimizes downtime during surgical procedures.

A large C-Arm geometry provides more surgical space, which is especially important for procedures involving larger or thicker patients. This feature ensures that the C-Arm can accommodate a wide range of body types and surgical requirements.

Multi-dimensional C-Arm movement allows for a large range of motion, meeting the clinical demands of complex positioning. This flexibility ensures that surgeons can achieve the best possible imaging angles for various procedures.

Real-time noise reduction enhances image quality by minimizing noise during image capture. This ensures that high-quality images are obtained with limited radiation exposure, improving diagnostic accuracy and patient safety.

Automatic Brightness Stabilization (ABS) maintains a consistent brightness level in images throughout the examination. This feature ensures that images are clear and easy to interpret, regardless of changes in the imaging environment.

Yes, these C-Arms typically come with DICOM 3.0 network interfaces, allowing seamless integration with existing PACS (Picture Archiving and Communication Systems) and RIS (Radiology Information Systems) in hospital environments.

Regular maintenance includes routine calibration, cleaning of the flat panel detector, software updates, and inspection of mechanical parts. Adhering to the manufacturer’s maintenance schedule ensures optimal performance and longevity of the system.

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