Digital x-ray
A digital x-ray machine uses digital sensors to capture images directly, immediately sending them to a computer for viewing and storage without the need for chemical processing like traditional film. This technology offers benefits such as faster imaging, lower radiation exposure, and the ability to digitally enhance and transfer images, improving diagnostic speed and quality.
v Fixed Digital radiography systems with 32/40/58 kw x-ray generator and flat panel detectors (FPD).
v Mobile Digital radiography systems with 32/40 kw x-ray generator and flat panel detectors (FPD).
C-arm
A C-arm machine is a portable fluoroscopy system that provides real-time X-ray imaging during surgical procedures, allowing doctors to visualize internal structures and guide interventions accurately. Its "C"-shaped arm design enables the radiographic emitter and detector to move freely around the patient, supporting mobile use in various specialties like orthopedics, cardiac, vascular, and pain management procedures.
v High-Frequency C-Arm with Dynamic FPD (flat panel detector) and rotating anode.
Ultrasound
An ultrasound machine uses high-frequency sound waves to create images of the inside of the body for medical diagnosis or to perform other tasks like cleaning and non-destructive testing. Medical ultrasound machines work by emitting sound waves with a transducer, which then bounce off internal structures. These echoes are received by the transducer and processed to generate a real-time, two-dimensional image on a monitor.
v Black and wight
v Colore doopler
v 3D/4D
A mammography machine is a specialized X-ray machine for breast imaging, crucial for early breast cancer detection. Modern machines use digital technology to create clear images that can be enhanced on a computer, with advanced 3D (tomosynthesis) models improving accuracy by capturing multiple layered images. These systems help doctors identify changes in breast tissue, sometimes before they are physically detectable.
v 3D Digital Mamography System
v Analoge
Mamography system
A CT scan machine is a medical device that uses X-rays and computers to create detailed internal images of the body. The machine consists of a large ring-shaped gantry that rotates an X-ray tube and detector around a patient lying on a movable bed, producing cross-sectional images known as tomograms. Different types of CT scanning, such as helical CT and multi-slice CT, have been developed to capture more precise and faster images with lower radiation exposure.
v CT-Scan with various Slice options.
An MRI (magnetic resonance imaging) machine is a medical device that uses a powerful magnet, radio waves, and a computer to create detailed images of the inside of the body for diagnostic purposes. It works by aligning the body's atoms with a strong magnetic field, then using radio waves to knock them out of alignment, and finally detecting the signals they release as they return to their original position to generate cross-sectional images.
v MRI with various tesla options.