One of the new systems in ultrasound technology is the ie33. This breakthrough technology is the invention of the company Philips. The main aim of ultrasound imaging is detection of pregnancy or cardiovascular disease. Ultrasound systems are generally used to diagnose different health problems and to guide instruments during many medical procedures mainly biopsies. In pregnancies it detects the baby's gender and also provides a report of pelvic area - ovaries and uterus. Testicular torsion or any kinds of cancer is detected by this system. This system is a non-invasive imaging procedure and is considered to be relatively harmless to patients. It is even less harmless than x-rays wherein patients are not only exposed to harmful radiation but only a single image is provided.
Ultrasound systems are constantly moving the images and the form of scanning is active. The ie33 XMatrix is considered revolutionary in the field of ultrasonography. The XMatrix echo system handles the clinical requirements of patients with cardiac failure including congenital heart disease, valvular failure as well as heart failure. This innovative system combines 2D and 3D quality image in the transducer with massive quantification. It is considered to be excellent in echocardiogram and ultrasound due to image clarity. It can also be used for applications like epicardial echocardiography, transesophageal echocardiography, perioperative etc. This system provides high resolution and clear pictures of even the most complicated patients and automates stress- echo exams. It is renowned for its speed and consistency based on studies conducted on it.
Another model that is a pioneer in the market for medical equipment is the hd11xe which is a comprehensive digital- imaging system. The system has also been brought out by Philips. It is compact, ergonomic and reliable. This system is excellent for hospitals, specialized clinics and satellite clinics. Its high definition imaging provides correct ultrasound data for precise diagnosis. The hd11xe's powerful structural design supports continual specific- volume acquisition and display. It features image-optimizing tools which are automated, broadband beam-forming and various other clinically proven technologies. The 4D imaging is brought into mainstream with a unique blend of value and flexibility. The model is considered versatile as it expands completely and provides crystal-clear digital cardio-vascular imaging- system thereby offering more utility and value. Numerous high resolution images are attained from the stress-echo option with greater flexibility. Its TDI option or Tissue-Doppler-Imaging offers color TDI along with direction and timing in myocardial function.