The FTLF-IDR80D 80kW Electric Motorized Stationary DR X-Ray Machine is a premium digital radiography system engineered for hospitals, diagnostic imaging centres, trauma centres, and advanced healthcare facilities. Powered by an 80kW high-frequency generator, the system delivers exceptional image clarity, rapid image acquisition, and low-dose radiation, enabling accurate diagnosis across a wide range of clinical applications.
Its motorized positioning system, advanced flat panel detector compatibility, and intelligent imaging software provide efficient workflow, improved patient comfort, and enhanced diagnostic confidence. The system supports routine examinations including chest, abdomen, spine, pelvis, extremities, and orthopedic imaging.
Key Features
- High-performance 80kW High Frequency Generator
- Electric Motorized Floor-Mounted DR System
- High-resolution Digital Radiography Imaging
- Advanced Flat Panel Detector Compatibility
- Intelligent Touch Screen Control Panel
- Automatic Positioning & Smooth Motorized Movement
- Low Radiation Dose with Superior Image Quality
- Fast Image Acquisition & Processing
- Supports DICOM 3.0, PACS & HIS Integration
- Ideal for High-Volume Radiology Departments
- Reliable Mechanical Structure with Stable Performance
- User-Friendly Digital Workstation
- Suitable for General Radiography & Orthopedic Imaging
- Durable Design for Continuous Clinical Operation
Technical Specifications
| Specification | Details |
|---|---|
| Product Model | FTLF-IDR80D |
| System Type | Electric Motorized Stationary Digital Radiography System |
| Generator Power | 80kW High Frequency |
| Tube Voltage | Up to 150 kV |
| Tube Current | Up to 1000 mA |
| Detector | Digital Flat Panel Detector |
| Imaging Technology | Digital Radiography (DR) |
| Positioning | Electric Motorized Floor Mounted |
| Control Panel | Touch Screen Interface |
| Image Output | High Resolution Digital Images |
| Network | DICOM 3.0 / PACS Compatible |
| Applications | Chest, Abdomen, Spine, Skull, Pelvis, Limbs, Orthopedic Imaging |
