The Optical Surgical Navigator is a computerized navigation system that uses a combination of X-ray imaging software, ultrasound, and laser technology to guide surgeons during cardiac surgery. This technology gives surgeons accurate information about the exact location of internal organs during the procedure, allowing surgeons to perform surgical operations more accurately.

This new technology allows to successfully perform cardiac surgical procedures, offering precision and safety when accessing the areas of the thoracic cavity, in addition to the autonomy of the optical surgical navigator has become a key piece for modern cardiac surgical procedures.

Autonomy of the optic surgical navigator in cardiac surgery

This equipment presents an autonomy that has become a key feature of this technology. Thanks to this feature, the optical surgical navigator can track the surgeon’s movements and automatically respond to them, without the need for human intervention. This means that the optical surgical navigator can follow the course of cardiac surgery without the need for a surgeon to control it. This has allowed surgical procedures to be performed more accurately and safely, allowing surgeons to focus on the ongoing task.

The autonomy of the optic surgical navigator has also allowed surgeons to perform far more complex procedures than were previously possible. This is due in part to the ability of the optical surgical navigator to understand the movements of the surgeon, allowing to perform surgical procedures with millimeter precision. Which means that surgeons can perform procedures that involve manipulating internal organs that are close to other vital organs.

Benefits of using this device

The Optical Surgical Navigator (OPN) is an advanced 3D navigation tool that enables cardiac surgeons to perform accurate and safe heart surgery. The OPN consists of a series of optical sensors, a navigation probe and a 3D monitor. Optical sensors are placed around the surgical area, while the probe is kept next to the surgeon to guide surgery. The 3D monitor shows a real-time image of the heart’s anatomy, allowing surgeons to perform surgery with greater precision.

The autonomy of the Optical Surgical Navigator (OPN) has improved the safety of the procedure. This is because the OPN can detect any deviation from the surgery route and alert the surgeon. This avoids the possibility of damaging a vital organ during the procedure. The optical surgical navigator can also help surgeons reduce postoperative complications by providing accurate information about the exact location of internal organs. In short, the autonomy of the optical surgical navigator has significantly improved the accuracy and safety of modern cardiac surgical procedures. This technology not only allows surgeons to perform surgical procedures more accurately, but it also provides them with information.

The main uses of the Optical Surgical Navigator

1. – Coronary Artery Bypass Graft Surgery Guide: OPN is used to guide surgical incisions necessary for coronary revascularization. This is achieved by optically detecting the exact location of blood vessels affected by heart disease. OPN may also help surgeons monitor blood flow through the vessels during surgery. This ensures that there are no restrictions on blood circulation during surgery.
2. – Valve Stenosis Surgery: OPN is also used to guide valve stenosis surgery. This surgery involves opening the affected heart valve to improve the flow of blood. The OPN detects the exact location and size of the affected valve, allowing surgeons to do myocardial revascularization (MR.). This technique is used to repair blocked or damaged arteries, improving blood flow to the heart muscle. OPN helps surgeons see clearly the anatomy of the heart, allowing better MRI planning and more accurate surgery.
3. – Aortic Stenosis Surgery Guide: OPN is also used to guide aortic stenosis surgery, a condition in which the heart valves are narrowed. This prevents the heart from pumping blood properly. With OPN, surgeons can clearly see the affected area and do more precise surgery.
4. – Congenital Heart Disease Surgery Guide: OPN is also used to guide surgery for congenital heart disease. This is a condition in which the heart has birth defects. The use of OPN allows surgeons to clearly see the exact location of the heart defect, which helps with more accurate surgery.

Surgical Navigation Systems brand KALSTEIN YR02143

YR02143 is an innovative computer-assisted electromagnetic surgical navigation system, widely used for surgical visualization, planning, and navigation to help minimize iatrogenic trauma to surrounding brain tissue and reduce the risk of surgical complications in cranial procedures (such as cranial neurology and ENT surgery).

The YR KALSTEIN series are market-leading equipment, featuring an innovative computer-assisted electromagnetic surgical navigation system, which is widely used for surgical visualization, planning and navigation to help minimize iatrogenic trauma to surrounding brain tissue and reduce the risk of surgical complications in cranial procedures (such as cranial neurology and ENT surgery).

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