It is one of the most powerful diagnostic tools in modern medicine, capable of visualizing the body’s internal structure with three-dimensional, high-resolution cross-sections in a matter of seconds. Thanks to advanced detector technology and AI-powered reconstruction algorithms, it provides crystal-clear clarity. By providing maximum diagnostic efficiency with a radiation dose significantly lower than traditional methods (Low-Dose CT), it elevates patient safety to the highest level.

It is the most advanced diagnostic technology that uses strong magnetic fields and radio waves—without ionizing radiation—to visualize the body’s internal structure in extraordinary detail. It offers unmatched resolution, particularly in the diagnosis of brain, spinal, joint, and soft tissue pathologies. 

Thanks to advanced flat-panel detector (FPD) technology, it is the cornerstone of modern radiology, converting body structures into high-resolution digital images in a matter of seconds. Unlike traditional film-based systems, it maximizes workflow by instantly displaying the image on a monitor without requiring a development process. The intelligent dose management algorithm keeps the patient’s radiation exposure at the lowest possible level without compromising image quality.

This state-of-the-art imaging system enables real-time, high-resolution visualization of vascular structures and organs, integrating diagnostic and treatment processes into a single platform. Thanks to its advanced “C-arm” design and digital flat-panel detector, it provides crystal-clear images of all vascular structures—from the heart to the brain—down to the finest detail.

It is an advanced diagnostic system that detects osteoporosis and fracture risk at an early stage by measuring bone mineral density (BMD) with the highest precision. Thanks to Dual-Energy X-ray Absorptiometry (DEXA) technology, it performs scans of the spine, hip, and entire body at an extremely low radiation dose.

It is an advanced imaging technology with high resolution and low radiation dose, recognized as the gold standard in the early detection of breast cancer. Thanks to its advanced digital detectors, it reveals even the smallest microcalcifications and tissue irregularities—which traditional systems cannot detect—with crystal-clear clarity.

In computed tomography (CT) and magnetic resonance (MR) imaging procedures, this is an advanced control unit that ensures the contrast agent is administered to the patient at the exact right time, at the desired rate, and in the precise amount. Unlike manual injection, it minimizes the risk of tissue damage by monitoring intravascular pressure second by second.

It is the most basic diagnostic system that uses high-frequency sound waves to visualize organs, tissues, and blood flow within the body in real time, without the use of radiation. It is used in a very wide range of applications, from abdominal scans to vascular (blood vessel) examinations, and from small superficial organs (thyroid, breast) to prenatal monitoring, all in outpatient settings.

It is a critical suction system designed to rapidly remove blood, mucus, and other bodily fluids generated during surgery or patient care using high vacuum power. Thanks to its adjustable vacuum level, it offers a wide range of application flexibility, from the most delicate tissue procedures to intensive surgical processes. Its quiet and vibration-free operation enhances operating room comfort, while hydrophobic bacterial filters and easily cleanable collection jars minimize the risk of cross-contamination.

This monitoring system continuously tracks vital parameters such as ECG, blood pressure, oxygen saturation, and respiration in critically ill patients with high precision. Thanks to advanced arrhythmia analysis and customizable alarm thresholds, it provides healthcare personnel with immediate visual and audible alerts for any clinical changes, enabling early intervention. With its high-resolution screen featuring a wide viewing angle and full integration with central hospital systems, it provides complete control in intensive care, operating room, and ward settings.

This state-of-the-art diagnostic unit records the heart’s electrical activity with high resolution and is considered the gold standard in the evaluation of the cardiovascular system. Thanks to advanced digital filtering technology, it eliminates muscle tremors and power line noise to provide the clearest waveforms (P-QRS-T). Its built-in thermal printer and large color display allow for the simultaneous monitoring of 12 channels and the immediate generation of printouts.

This is a digital dosing system that ensures critical medications and fluids are injected into the patient within a specified timeframe at an extremely precise and constant rate. By eliminating the margin of error that can occur in manual applications, it maximizes medication safety, particularly in intensive care and anesthesia procedures. Thanks to its wide flow rate range and advanced air bubble/clog sensors, it instantly detects any disruptions that may occur during fluid delivery and provides visual and audible alerts.