This is a state-of-the-art life support unit designed for premature or medically vulnerable infants, which replicates the natural environment of the womb with the utmost precision. Thanks to its microprocessor-controlled temperature and humidity management system, it maintains the infant’s thermal balance with millimeter-level precision and creates a sterile barrier against infection risks from the external environment.

This is an ultra-sensitive life support unit specifically designed for the underdeveloped lung structures of premature and low-birth-weight infants. Unlike adult devices, it features advanced sensor technology capable of managing air exchanges of less than a milliliter with millimeter-level precision. Thanks to “synchronized ventilation” modes that detect the baby’s weak breathing efforts within milliseconds, it reduces the respiratory workload and minimizes the risk of lung damage.

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.

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 during intensive care, operating room, and ward procedures.

This is a high-tech intensive care unit designed to precisely regulate the body temperature of newborns and support their adaptation to the external environment. Ceramic or infrared heating elements located in the upper section provide uniform heating without direct contact with the baby’s skin, eliminating the risk of hypothermia. Thanks to integrated skin sensors and smart alarm systems, the baby’s vital temperature data is monitored second by second, ensuring the safest thermal environment is maintained at all times.

This 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 its hydrophobic bacterial filters and easy-to-clean design ensure hygiene.

It is a professional vital signs monitoring system designed to continuously monitor blood pressure readings in critically ill patients with high precision. Unlike standard devices, it features advanced clinical algorithms capable of producing the most accurate systolic and diastolic readings even in patients with low perfusion (weak pulse) or who are moving.

Thanks to advanced infrared sensor technology, this state-of-the-art diagnostic device measures body temperature without skin contact, in just one second and with high accuracy. It is particularly suitable for outpatient clinics and hospital settings with high patient traffic, where it completely eliminates the risk of cross-infection, ensuring a safe and hygienic measurement process.

It is a basic medical device designed to safely open the patient’s airway during general anesthesia or emergency procedures and to facilitate the placement of a breathing tube (intubation). Thanks to its ergonomic handle design and blades (spoons) of various sizes, it provides an optimal field of view for all patient groups, from infants to adults.

Designed to capture internal body sounds with the purest and highest resolution, it is an indispensable part of the diagnostic process. Thanks to advanced acoustic engineering, it transmits a wide frequency range—from heart murmurs to lung rales, and from bowel sounds to vascular flow—with crystal-clear clarity.