It is a high-tech perfusion system that temporarily takes over the functions of the heart and lungs during open-heart surgery, ensuring the continuity of vital functions. This unit, which oxygenates blood drawn from the body, removes carbon dioxide, and returns it to the circulatory system, provides the surgeon with a still and bloodless surgical field while ensuring tissue perfusion and precise regulation of body temperature. 

It is a critical life support system used to assist the heart’s pumping function following acute heart failure, cardiogenic shock, or major heart surgery. It operates on the principle of a special balloon placed within the aorta that inflates and deflates in perfect synchronization with the heart’s rhythm (as determined by ECG or arterial pressure).

This is a collection of high-quality surgical instruments used in cardiac and vascular surgery that enable precise tissue manipulation. They feature specialized tip designs that prevent tissue damage when working on delicate structures such as coronary arteries, as well as balanced ergonomics that reduce surgeon fatigue.

It is a vital life-support device that restores normal heart rhythm by delivering a controlled electrical shock to the heart in cases of sudden cardiac arrest. Thanks to advanced biphasic wave technology, it delivers maximum effectiveness at lower energy levels while minimizing the risk of trauma to the heart muscle. In addition to manual operation mode, its automatic analysis (AED) feature and integrated monitor enable safe and rapid intervention for healthcare personnel of all levels.

Thanks to its modular design and high maneuverability, it ensures ideal patient positioning across all specialties, from general surgery to orthopedics. While enhancing the comfort of the surgical team during the procedure, its smooth-motion mechanism maintains the highest level of patient safety.

It is a critical diagnostic device that determines blood clotting time at the bedside within seconds, particularly during procedures such as open-heart surgery, percutaneous coronary interventions, and hemodialysis, where high-dose heparin use is required. Thanks to advanced micro-electromechanical sensor technology, it instantly provides the patient’s response to heparin and coagulation profile without waiting for laboratory results.

This functional care unit optimizes both patient comfort and caregiver convenience in hospital wards and home care settings. Thanks to its three independent powerful motors, the backrest angle, footrest angle, and overall bed height can be effortlessly adjusted using a handheld remote control. The bed’s lift (height) feature enables the safe transfer of the patient and allows healthcare staff to maintain an ergonomic working position.

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 microprocessor-controlled dosing system ensures the uninterrupted delivery of medications—which require low volumes but high precision—to the patient within the specified timeframe, even at very low flow rates. This device, which is of critical importance particularly in neonatal units, intensive care, and anesthesia applications, delivers medications with precision even at the microliter level.

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 display 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 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.

It is a vital life-support device that restores normal heart rhythm by delivering a controlled electrical shock to the heart in cases of sudden cardiac arrest. Thanks to advanced biphasic wave technology, it delivers maximum effectiveness at lower energy levels while minimizing the risk of trauma to the heart muscle. In addition to manual operation mode, its automatic analysis (AED) feature and integrated monitor enable safe and rapid intervention for healthcare personnel of all levels.

It is a medical device that converts liquid medications into a fine, inhalable mist and delivers them directly to the lower respiratory tract, playing a critical role in the treatment of lung diseases such as asthma, COPD, and cystic fibrosis. Thanks to advanced nebulization technology, it reduces medication particles to an ideal size that can penetrate as far as the alveoli.