Overhead tube crane X-ray units are a type of medical imaging equipment that utilize a crane-like mechanism to move the X-ray tube over the patient, rather than having the tube mounted in a fixed position. This allows for greater flexibility in positioning the patient and the X-ray tube, which can lead to better image quality and reduced radiation exposure. These units are commonly used in orthopedic, chiropractic and veterinary practices as well as in mobile imaging services. They are also ideal for larger patients, bariatric patients and patients with mobility issues. With the help of an overhead tube crane X-ray unit, healthcare professionals are able to get a clearer image with a lower dose of radiation, which provides a safer and more comfortable experience for the patient.
Floor-mounted X-ray systems are a type of medical imaging equipment that is designed to be installed on the floor, typically in a fixed position. These systems are typically larger and more powerful than portable X-ray systems and are typically used in hospitals, clinics, and imaging centers. Floor-mounted X-ray systems are equipped with a high-power X-ray tube that is mounted on the floor, and a detector that is positioned opposite the tube to capture the X-ray images. With a floor-mounted X-ray system, healthcare professionals can get high-quality images with minimal radiation exposure, allowing for accurate diagnoses and better patient outcomes.
we offer a wide range of X-ray accessories to enhance the performance of your imaging equipment. Our selection includes DR detectors, PACS, and CR readers. DR detectors provide high-resolution digital images, while PACS (Picture Archiving and Communication System) allows for the storage, retrieval, and sharing of medical images. CR readers are devices that are used to read and process the images captured by Computed Radiography systems. These accessories are essential for providing efficient and accurate imaging results. They increase the productivity and performance of your X-ray equipment and help you achieve better diagnostic accuracy.
