Device Features
High-Resolution Imaging: Digital X-ray devices provide high-resolution images, allowing clear examination of bone and soft tissues.
Fast Imaging and Processing: Thanks to digital sensors, images are instantly transferred to a computer and processed. This enables rapid diagnosis and treatment planning.
Low Radiation Dose: Modern digital X-ray machines use a lower radiation dose than conventional X-ray machines. This provides a safer environment for the patient and medical staff.
Versatile Use: The devices are suitable for both general medical shots and orthopedic specialized shots. They provide a variety of positions and angles required for orthopedic shots.
Integrated Data Management: Images are integrated with the hospital information system (HIS) and PACS (Picture Archiving and Communication System) to be saved and accessed as needed.
User Friendly Interface: The device is equipped with a user-friendly interface. Healthcare personnel can easily use the device and quickly evaluate images.
Benefits of the Device
Fast and Accurate Diagnosis: Provides accurate diagnosis with instant high-resolution imaging. This allows the treatment process to begin quickly and effectively.
Patient Safety and Comfort: Low radiation dose and fast procedure time increase patient safety and provide a comfortable experience.
Efficiency and Time Saving: Digital X-ray devices increase clinical efficiency and save time thanks to their fast imaging and data processing capabilities.
Wide Area of Use: Suitable for both general medical and orthopedic imaging, these devices offer versatile use.
Areas of Use
General X-rays: Diagnosis of bone fractures, infections, foreign bodies and other general medical conditions.
Orthopedic X-rays: Detailed examination of joints, spine and extremities. Pre- and post-orthopedic surgery evaluations.
Emergency Services: Immediate imaging for fast and accurate diagnosis in emergency situations.
Intensive Care Units: Continuous monitoring of critically ill patients and rapid X-raying when necessary.