Fixed X-ray Apparatus
This type requires transformers of such size and output that they have to be built into the room and provided with special electrical connections to the mains.
Portable-X-ray Apparatus
Portable X-ray has been a handy tool for the diagnosis and monitoring of patients in the intensive care units, in prisons, or in nursing homes, where transfer to the radiology department may be a hindrance. This equipment is good for low volume or startup facilities with tiny space. There’s no lead shielding needed in the walls and the transformers are of small size and low weight. Portable X-ray systems can be operational with little to no construction costs.
Mobile X-ray Apparatus
One of the latest advancements in Digital Radiography is the rise of mobile digital radiography X-ray systems. These machines allow users to bring the equipment into the rest of the healthcare facility. This provides solution for imaging non-ambulatory patients who cannot make the trip down to the X-ray room and cannot be transported easily. Despite the advantages of portable X-ray machines, the image quality of bedside chest radiograph can be limited. Thanks to mobile X-ray machines, the advantage of bringing the machine to the patient is provided plus these machines have higher outputs than portable machines. It has also larger transformers and mounted on wheels.
Our Perlove Medical is a professional x-ray manufacturer. If you want to know more about x-ray imaging equipments,please feel free to contact us.
Perlove Medical @CAOS 2025 | Intelligent Imaging for Precision
Read More »What Are the Clinical Advantages of the C-Arm Design in Medical X-Ray Systems?
Read More »Multilevel Vertebral Compression Fractures With Vertebral Deformities: How Can Surgical Robots Break Through the Challenge?
Read More »Perlove Medical Shines at FIME 2025: Explore the Future of Global Healthcare Innovation
Read More »The Perlove Medical integrated C-arm with large FPD Receives FDA 510(k) Clearance
Read More »What Makes 3D C-Arm Superior to 2D C-Arm?
Read More »