Loading
Nullam dignissim, ante scelerisque the is euismod fermentum odio sem semper the is erat, a feugiat leo urna eget eros. Duis Aenean a imperdiet risus.
| Specification | 15kW | 32kW | 40kW | 50kW | 65kW |
| Input Voltage | 380V to 460V AC, 50Hz, 3 Phase | ||||
| Radiographic kV Range | 40kV to 125kV DC | 80kV to 150kV DC | |||
| Maximum Output Power | 300mA at 50kV 150mA at 100kV 100mA at 125kV | 400mA at 80kV 320mA at 100kV 250mA at 125kV | 500mA at 80kV 400mA at 100kV 320mA at 125kV | 800mA at 62.5kV 500mA at 100kV 400mA at 125kV | 800mA at 80kV 650mA at 100kV 430mA at 150kV |
| Radiographic mA Range | 25mA to 300mA | 25mA to 400mA | 25mA to 500mA | 50mA to 800mA | 50mA to 1000mA |
| Radiographic mAs Range | 0.25 to 500mAs | 0.5 to 500mAs | 0.5 to 800mAs | ||
| Fluoroscopy | Not Included by Default. It is Optional. | ||||
| Fluoroscopic kV Range | 40kV to 100kV DC | 40kV to 120kV DC | |||
| Fluoroscopic mA Range | 0.5 to 5mA | ||||
| Generator Frequency | 40kHz | ||||
| Protections | Over Voltage, Over Current, Over Temperature, Earth Fault, Filament Fault, Rotor Fault and Single Phase | ||||
| AEC Interface | Included for 1 AEC Panel | ||||
| Tube Compatibility | Toshiba/Kailong | ||||
| Controller | Touchscreen or Keyboard | ||||
| Housing (LxWxH) | 432mm x 483mm x 810mm | 725mm x 495mm x 305mm | |||
A Fixed X-Ray system is an essential diagnostic imaging solution widely used in hospitals, diagnostic centers, and specialized medical facilities. Designed for high performance and reliability, these systems are permanently installed in radiology rooms and are ideal for handling a large volume of imaging procedures with consistent accuracy.
Fixed X-Ray systems provide superior image quality, enabling healthcare professionals to detect and diagnose a wide range of medical conditions, including fractures, infections, lung diseases, and abnormalities in internal organs. With advanced technology, these systems ensure precise exposure control, optimal radiation dose management, and faster image processing, resulting in improved patient safety and workflow efficiency.
These systems are equipped with powerful generators, high-frequency output, and flexible radiographic parameters such as kV and mA ranges, allowing technicians to customize imaging based on patient requirements. Many modern fixed X-Ray machines also support digital radiography (DR), which offers instant image preview, reduced film usage.
A Fixed X-Ray system is an essential diagnostic imaging solution widely used in hospitals, diagnostic centers, and specialized medical facilities. Designed for high performance and reliability, these systems are permanently installed in radiology rooms and are ideal for handling a large volume of imaging procedures with consistent accuracy.
Fixed X-Ray systems provide superior image quality, enabling healthcare professionals to detect and diagnose a wide range of medical conditions, including fractures, infections, lung diseases, and abnormalities in internal organs. With advanced technology, these systems ensure precise exposure control, optimal radiation dose management, and faster image processing, resulting in improved patient safety and workflow efficiency.
These systems are equipped with powerful generators, high-frequency output, and flexible radiographic parameters such as kV and mA ranges, allowing technicians to customize imaging based on patient requirements. Many modern fixed X-Ray machines also support digital radiography (DR), which offers instant image preview, reduced film usage.
A Fixed X-Ray system is an essential diagnostic imaging solution widely used in hospitals, diagnostic centers, and specialized medical facilities. Designed for high performance and reliability, these systems are permanently installed in radiology rooms and are ideal for handling a large volume of imaging procedures with consistent accuracy.
Fixed X-Ray systems provide superior image quality, enabling healthcare professionals to detect and diagnose a wide range of medical conditions, including fractures, infections, lung diseases, and abnormalities in internal organs. With advanced technology, these systems ensure precise exposure control, optimal radiation dose management, and faster image processing, resulting in improved patient safety and workflow efficiency.
These systems are equipped with powerful generators, high-frequency output, and flexible radiographic parameters such as kV and mA ranges, allowing technicians to customize imaging based on patient requirements. Many modern fixed X-Ray machines also support digital radiography (DR), which offers instant image preview, reduced film usage.
A Fixed X-Ray system is an essential diagnostic imaging solution widely used in hospitals, diagnostic centers, and specialized medical facilities. Designed for high performance and reliability, these systems are permanently installed in radiology rooms and are ideal for handling a large volume of imaging procedures with consistent accuracy.
Fixed X-Ray systems provide superior image quality, enabling healthcare professionals to detect and diagnose a wide range of medical conditions, including fractures, infections, lung diseases, and abnormalities in internal organs. With advanced technology, these systems ensure precise exposure control, optimal radiation dose management, and faster image processing, resulting in improved patient safety and workflow efficiency.
These systems are equipped with powerful generators, high-frequency output, and flexible radiographic parameters such as kV and mA ranges, allowing technicians to customize imaging based on patient requirements. Many modern fixed X-Ray machines also support digital radiography (DR), which offers instant image preview, reduced film usage.