Medical Equipment
Azurion 7M12
Interventional surgery or angiography is a method of obtaining images of blood vessels by inserting a thin tube of about 2 mm called a catheter into a blood vessel in the human body, injecting a contrast agent, and irradiating X-rays. Through this, abnormal lesions in blood vessels are diagnosed or appropriate treatment is performed. It is a minimally invasive procedure that places less physical burden on the patient compared to surgery, so it is a procedure that is gradually becoming more popular. Philips' latest angiographic diagnostic device “Azurion 7M 12” is a high-precision, cutting-edge device used to diagnose abnormalities in blood vessels and further perform cardiovascular and vascular interventional procedures in all areas. A smarter workflow is implemented based on the Smart PRO platform in the process of acquiring, processing, displaying, and storing images. Based on Clarity IQ technology, the radiation dose is greatly reduced while the resolution of burns is excellent, helping with safe, effective and accurate diagnosis and treatment. In particular, more effective diagnosis became possible with the newly introduced intervention software.
Smarter cardiovascular angiography room with digital interface implementation
Azurion is the latest angiography diagnostic device based on the Smart PRO platform that implements a smart intervention lab and efficiently improves the workflow of medical staff in the complex procedure environment of the cardiovascular angiography room. All platforms in the procedure room and control room have become smarter, eliminating unnecessary movement of medical staff and helping to ensure accurate communication between staff. TSM (Touch Screen Module) PRO, which implements a smart interface like a tablet PC and allows multitasking at the patient tableside, FlexVision Pro, which shows the procedure video in real time and reference images in a format desired by the medical staff, and multiple monitors in the control room into one Implement a smart intervention lab with FlexSpot, which provides seamless access to all third-party applications as an integrated solution.
Effective diagnosis and treatment of vascular diseases using high-resolution imaging techniques
Philips' Azurion 7M12 provides advantageous diagnostic information by using the newer MRC 200+ tube and 12-inch flat panel detector to acquire precise images. These high-resolution images have enabled medical staff to effectively diagnose vascular diseases, including micro lesions, and more accurate treatment has become possible by identifying micro lesions during interventional procedures. In particular, the 12-inch detector can view a wider diagnostic area during cardiovascular interventional procedures, making effective anatomical diagnosis possible.
Rapid diagnosis and treatment possible with the latest 3D intervention software
Azurion is equipped with the latest interventional software, making it easier for patients to perform cardiovascular interventional procedures. The recently introduced Dynamic Coronary Roadmap and StentBoost Live help patients perform successful procedures in the treatment of complex and difficult cardiovascular and heart structural diseases. Both technologies can be used as real-time references during difficult cardiovascular interventional procedures, shortening the procedure time and minimizing radiation exposure and contrast agent usage.
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Dynamic Coronary Roadmap -
StentBoost Live -
HeartNavigator -
EchoNavigator
Clarity IQ technology reduces radiation dose by an average of 50-85%, improving patient safety
Azurion is equipped with the latest interventional software, making it easier for patients to perform cardiovascular interventional procedures. The recently introduced Dynamic Coronary Roadmap and StentBoost Live help patients perform successful procedures in the treatment of complex and difficult cardiovascular and heart structural diseases. Both technologies can be used as real-time references during difficult cardiovascular interventional procedures, shortening the procedure time and minimizing radiation exposure and contrast agent usage.
