It is a high-precision system that continuously monitors and optimizes the patient’s vital functions during surgical procedures. Thanks to advanced ventilation modes and an integrated monitoring system, it ensures that anesthetic gases and oxygen are delivered to the patient at the exact required dosage. With its compact design and reliable alarm systems, it provides maximum patient safety and user control in the operating room environment.

It performs tissue cutting and hemostasis (coagulation) during surgical procedures with high precision using high-frequency electrical current. Thanks to its monopolar and bipolar operating modes, it provides the surgeon with maximum control across a wide range of procedures, from general surgery to gynecology.

By providing shadow-free, high-intensity light in the surgical field, it offers the surgeon a flawless field of view. Thanks to advanced LED technology, it preserves the natural colors of tissues (CRI) and minimizes heat dissipation, ensuring comfort during long surgical procedures.

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 ensures that the most frequently used instruments during surgical procedures are presented to the surgeon in the most accessible and organized manner. The height adjustment mechanism, which can be easily adjusted with just one hand, provides the surgical team with speed and an ergonomic workspace during the procedure. Thanks to its stainless steel construction, it fully complies with high sterilization standards, while the lockable wheel system offers maximum stability.

This is an advanced surgical system that enables the highly precise fragmentation of kidney and ureteral stones during urological procedures. Fully compatible with endoscopic techniques, this system offers a minimally invasive treatment option without damaging surrounding tissues. It features reliable performance that reduces procedure time and adjustable energy modes.

It is a state-of-the-art imaging system that enables high-resolution, real-time monitoring of the surgical site during minimally invasive procedures. This integrated system, consisting of a camera control unit, a light source, and a medical monitor, allows the surgeon to visualize even the smallest anatomical details with a sense of depth.

It enables clear visualization of microscopic details that are difficult to see with the naked eye in the surgical field. This system, which plays a critical role particularly in neurosurgery, microsurgery, and ENT procedures, features an ergonomic design that optimizes the surgeon’s hand-eye coordination, enhancing surgical precision while minimizing damage to surrounding tissue. With its advanced optical lenses and stable stabilization system, it delivers shake-free and sharp imaging performance even during the most complex procedures.

It is an advanced micro-motor system that enables the shaping or removal of bone tissue with high speed and precision in skull base and spinal surgery. This system, which plays a critical role in minimally invasive procedures, minimizes the risk of damage to surrounding nerve and vascular tissues thanks to its vibration-free operating mechanism.

This is a high-precision micro-motor system designed for the shaving and shaping of bone tissue and the resection of soft tissue in ear, nose, and throat surgery. It is particularly suitable for procedures such as functional endoscopic sinus surgery (FESS) and mastoidectomy, enabling vibration-free, high-speed operation in narrow channels to minimize the margin of surgical error. Thanks to its integrated irrigation (flushing) channels, it prevents tissue overheating during surgery and ensures the surgical field remains clear at all times.

In cataract surgery, it enables the lens to be fragmented and aspirated using ultrasonic energy. This system, performed through millimeter-sized incisions, minimizes damage to surrounding tissue through low energy usage, thereby facilitating rapid post-operative recovery. Thanks to real-time fluid management and pressure control (infusion/aspiration balance), it maintains intraocular stability at the highest level throughout the procedure.

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.

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.

It is a non-invasive diagnostic system that uses high-frequency sound waves to provide real-time, high-resolution imaging of organs, tissues, and vascular structures within the body. Thanks to its safe, radiation-free design, it is used with confidence across a wide range of clinical applications, from prenatal care to cardiology, general surgery, and emergency medicine.

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 state-of-the-art system that delivers high torque and cutting power across a wide range of procedures, from major bone surgery to arthroplasty and trauma operations. Its modular design, which combines different functions—such as drilling, sawing, and reaming (reamer) in a single body, providing the surgical team with speed and flexibility during the procedure. Its vibration-free operating mechanism and ergonomic design minimize tissue trauma by delivering millimeter-level precision even in the hardest bone tissues.

In the event of sudden cardiac arrest, it is a vital life-support device that restores normal heart rhythm by delivering a controlled electrical shock to the heart. 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.

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 advanced thermal management system eliminates the risk of hypothermia by maintaining the patient’s body temperature at an ideal level during and after surgery. By providing a controlled flow of warm air, this system distributes heat evenly throughout the body via specially designed single-use blankets, thereby supporting tissue oxygenation. Thanks to its quiet operation and precise temperature sensors, it monitors the patient’s thermal safety without disturbing the surgical team.

It is a mobile radiology system that provides real-time, high-resolution X-ray images of internal body structures during surgical procedures. Thanks to its unique “C”-shaped body design, it offers a wide range of motion around the patient, enabling the observation of critical anatomical details from every angle in orthopedic, urological, and cardiovascular surgery. With advanced dose control technology, it minimizes radiation exposure for both the patient and the surgical team.

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.