Description

CCX18C Mobile Integrated Flat Panel C-arm Machine

Core Overview

CCX18C is a mobile integrated flat panel C-arm machine developed by China Care Medical, featuring an integrated compact design, low-dose high-quality imaging, and humanized intelligent operation. Equipped with a 5.0kW high-frequency generator, 9*9 inch dynamic flat panel detector (FPD), DAP dose monitoring, and a built-in standby battery, it integrates fluoroscopy, photography, and digital image processing functions, with multiple radiation protection and safety designs. The system supports DICOM3.0 standard and gigabit network connection, and is suitable for a wide range of clinical departments and surgical scenarios, providing efficient, safe, and high-precision imaging support with flexible movement and quick switching between operating rooms.

Basic Product Parameters

• Packing: 2500x1200x1480mm, total volume 4.5 m³
• Weight: Gross weight 650kg, Net weight 500kg
• Occupied Area: Only 1 square meter (integrated compact design)
• Core Configuration: Integrated C-arm frame, 5.0kW high-frequency HV generator, 9*9 inch dynamic FPD, 27-inch all-in-one LCD monitor, 11.6inch human graphic touch screen, DAP dose monitoring, two-way laser-cross locator, built-in standby battery, wireless foot exposure switch, etc.

Key Technical Specifications

1. Generator & Exposure Performance

• Power Supply: High frequency inverter, 5.0kW output power, 110kHz main inverter frequency
• Continuous Fluoroscopy: Tube voltage 40kv~120kv, tube current 0.3mA~4mA
• Pulse Fluoroscopy: Tube voltage 40kv~120kv, tube current 0.3mA~30mA
• Photography: 40KV~120KV tube voltage, 25mA~100mA tube current, 1.0mAs~280mAs
• Digital Point Chip Function: 40-112KV tube voltage, 0.3-15mA tube current
• Key Functions: Automatic brightness tracking (IBS), X-ray lock design, low dose mode, frequency conversion technology

2. Imaging System

• Dynamic Flat Panel Detector (FPD): Amorphous silicon + CsI sensor, 99inch (2121cm) effective area, 1024*1024 matrix, 16bit dynamic range, 205um pixel size, 2.5lp/mm spatial resolution, 78% DQE, 1-second fast imaging
• Monitor: 27-inch LCD all-in-one computer, 3-axis articulated monitor arm (horizontal rotation: 1-axis±90°/2-axis±135°/3-axis±90°; up/down tilt: -15°-45°)
• Image Index: Whole machine image clarity gray level - Level 17

3. Mechanical Structure & C-arm Movement (Motor-driven)

• Vertical travel: 380mm-420mm; Horizontal travel: 190mm-200mm
• Angulation: ±180°; C-arm swiveling: ±12°-±18°
• Orbital slipping: 130°-140°; Focus to screen distance: 1000mm
• C-arm open distance: 800mm; C-arm arc depth: 660mm
• Balance Design: C-arm frame hovers at any angle when unlocked for stable operation

4. Workstation Software (DICOM3.0 Compatible)

• Information Management: Registration/preservation, medical record query/modification, remote query, report editing/save/preview
• Image Post-Processing: Capture/recording, mirroring, window adjustment, edge enhancement, noise reduction, negative image, magnifying glass
• Image Storage & Transmission: Film printing, SCP service, DICOM3.0 standard, PACS system docking
• Measurement & Identification: Basic/advanced measurement, image marking
• Core Platform: GPU-based RCDPS fast dynamic image processing and display platform, multi-resolution image enhancement

Core Product Advantages

1. Compact Integrated Design & Flexible Mobility

• 1-square-meter ultra-small footprint, light and dexterous integrated C-arm frame, suitable for various surgical postures and narrow operating room spaces
• Built-in standby battery (non-mains power standby): Realizes fast transition and movement between different operating rooms without external power supply, greatly improving equipment utilization
• One-key switch machine design: Quick start for emergency rescue scenarios, timely operation and improved work efficiency

2. Low-Dose Radiation & Comprehensive Safety Protection

• Independent R&D high-frequency generator: Realizes high-frequency pulse fluoroscopy, rectangular wave ray waveform (low scattered rays), source-level soft ray suppression, and precise dose control
• Low-dose mode + intelligent frequency conversion: Preset clinical low-dose parameters, automatically adjust image frame rate according to body part/dose, strictly control unnecessary radiation
• DAP dose display: Real-time visual dose monitoring during operation, direct observation of radiation dose to protect doctors and patients
• Plugable dense grain grid: Removable design conforming to domestic standards, suitable for pediatrics and other dose-sensitive scenarios, reducing radiation while ensuring image clarity
• Beam preview function: Wireless adjustment of exposure range size, automatic ROI adjustment, reduces repeated exposure radiation; multiple automatic protection + fault code prompt for convenient maintenance
• X-ray lock + safety emergency stop button: Double safety design to prevent misoperation and ensure surgical safety

3. High-Quality Imaging & Fast Processing

• 9*9 inch dynamic FPD: 22% larger view than image intensifier (I.I), 16bit high dynamic range, 78% high DQE, low noise, 1-second fast imaging, clear and delicate images for all clinical examination needs
• GPU-based RCDPS platform: Multi-resolution image enhancement, part-specific adaptive processing, intelligent real-time image analysis/enhancement, reduces manual processing and provides high-quality images quickly
• Automatic brightness tracking (IBS): Dynamically optimizes image brightness and clarity, adapting to different anatomical parts and body types without manual adjustment

4. Humanized Intelligent Operation & Precise Positioning

• 11.6inch human graphic LCD touch screen: High sensitivity, flexible rotation, operable at all angles of the machine, preset fluoroscopy parameters for different parts/positions/body types (adult/child) for simple operation
• Two-way laser-cross locator: Dual laser positioning at tube and FPD ends, meets multi-position fluoroscopy positioning needs, improves clinical efficiency and reduces radiation dose
• Wireless foot exposure switch: Frees hands for surgical operation, remote exposure control to optimize workflow
• Virtual + motorized beam collimator: Precise adjustment of exposure field of view, meets multi-angle anatomical display requirements

5. Strong System Compatibility & Digital Integration

• Gigabit network connection: High-speed data transmission with dynamic FPD for stable and smooth imaging
• DICOM3.0 international standard interface: Seamless docking with hospital PACS system for image transmission, printing and storage, realizing digital information integration
• Rich workstation functions: Integrates registration, image processing, report editing, and remote query, one-stop meeting clinical imaging and information management needs

Core Clinical Applications

Suitable for a wide range of clinical departments and surgical scenarios including Emergency Department, General Surgery, Spine Surgery, Orthopedics, Urology, Gynecology, Trauma, Pain Management, Plastic Surgery, and Operating Room; applicable for fluoroscopy-guided interventional surgery, implant surgery, fixation surgery, pain management minimally invasive surgery, and emergency traumatic surgery, meeting the diverse high-precision imaging needs of various clinical specialties.