The 2025 Digital High-Frequency Mobile X-ray Machine is a cutting-edge solution designed for X-ray rooms that require advanced, high-quality imaging capabilities. Its high-frequency technology ensures faster exposure times, reduced radiation doses, and clearer images, making it ideal for both general diagnostics and specialized imaging applications. The mobile design provides flexibility, allowing healthcare providers to move the unit easily between different rooms and treatment areas. This X-ray machine offers reliable performance and efficiency, enhancing patient care through quick, accurate diagnostics. Perfect for modern healthcare facilities, it combines portability, power, and precision in one compact system.
Specific Parameters
| ITEMS | PARAMETERS |
|---|---|
| Main Technical Parameters | |
| Power Modules | 30kHz |
| Filament Frequency | 20kHz |
| Focus | 1.5mm |
| Max Generator Output | 5.3kW |
| Max X-ray Tube Voltage | 120kV |
| kV Range | 40 ~ 120kV |
| mAs Range | 1 ~ 200mAs |
| Max mA | 100mA |
| Input Specifications | |
| Input Voltage | 220V ± 10% |
| Input Power | 7.5kW |
| Mains Frequency | 50Hz ± 1Hz |
| Source Resistance | ≤0.5Ω |
| Main Parameters of Mechanical Parts | |
| X-Ray Tube Vertical Motion Range | ≥500 ~ 1950mm |
| X-Ray Source Components Around the Cross Arm Vertical Rotation | ≥ ±90° |
| Exposure Size | ≥430mm × 430mm (SID = 100cm) |
Product Details
- 2025 Digital High-Frequency Mobile X-Ray Machine: Advanced imaging system designed for modern X-ray rooms and mobile diagnostic applications.
- High-Frequency X-Ray Technology: Provides stable output, faster exposure times, and enhanced image quality for accurate diagnostics.
- High-Resolution Digital Imaging: Delivers clear, detailed radiographic images suitable for general and specialized medical examinations.
- Reduced Radiation Exposure: Optimized imaging technology minimizes radiation dose while maintaining superior diagnostic performance.
- Mobile and Flexible Design: Easy-to-move structure allows convenient transportation between examination rooms, wards, and treatment areas.
- Compact and Space-Saving System: Designed for efficient use in hospitals, clinics, emergency departments, and imaging centers with limited space.
- Fast Imaging Workflow: Rapid image acquisition and processing improve clinical efficiency and reduce patient waiting time.
- Reliable Diagnostic Performance: Ensures stable operation and consistent imaging results in demanding healthcare environments.
- User-Friendly Control Interface: Intuitive operating system simplifies parameter adjustment and workflow management for healthcare professionals.
- Versatile Clinical Applications: Suitable for chest, orthopedic, abdominal, trauma, and emergency radiographic examinations.
- Enhanced Patient Care: Supports quick and accurate diagnosis to improve treatment planning and clinical decision-making.
- Efficient Bedside Imaging Capability: Ideal for mobile radiography in intensive care units, emergency rooms, and inpatient wards.
- Durable Medical-Grade Construction: Built with high-quality components for long-term reliability and continuous hospital use.
- Smooth Mobility and Positioning: Ergonomic mobile structure allows flexible positioning and convenient maneuverability during examinations.
- Advanced Digital Imaging Compatibility: Supports integration with digital flat panel detectors and modern radiography systems.
- Low Noise and Stable Operation: High-frequency generator technology ensures smooth performance and reduced operational noise.
- Optimized for Modern Healthcare Facilities: Perfect for hospitals, diagnostic centers, outpatient clinics, and mobile healthcare services.
- Supports Emergency and Trauma Diagnostics: Rapid imaging capabilities make it suitable for urgent medical assessment and critical care situations.
- Improved Workflow Efficiency: Combines portability, imaging precision, and fast operation to streamline radiology department productivity.
- Professional Mobile Radiography Solution: An ideal high-performance X-ray system for healthcare professionals requiring flexible, accurate, and efficient diagnostic imaging.
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