Ultrasonic scanner is a kind of equipment that uses ultrasonic to detect the internal structure and state of objects. It is widely used in medicine, industry, ocean, geology and other fields. The following are the applications of ultrasonic scanners in different scenarios.

Medical field: Ultrasonic scanner is one of the most commonly used imaging examination methods in medical diagnosis. It can non-invasively check the status of human internal organs and tissues, such as pregnancy examination, liver and heart disease diagnosis. In addition, it can also be used to guide invasive treatment, such as percutaneous puncture biopsy, percutaneous cholangiography, etc.

Industrial field: ultrasonic scanner can be used to detect the defects of materials, measure the size and shape of objects, etc. For example, in the metal manufacturing industry, ultrasonic scanners can be used to detect holes, cracks and other defects in welding points or castings, and to measure the geometric parameters of parts.

Marine field: ultrasonic scanner can be used to detect seabed topography, underwater facilities and underwater organisms. For example, the use of ultrasonic scanners can draw seabed topographic maps to help marine exploration workers find potential resource points; It can also be used to detect underwater pipelines and vessels, and observe the distribution of underwater organisms.

Geological field: ultrasonic scanner can be used to explore mineral deposits, rock structure, etc. For example, in mines, ultrasonic scanners can be used to detect the internal structure of ore bodies to determine the location and direction of ore veins; In seismic survey, ultrasonic scanner can be used to observe the changes of soil and stratum to predict the possibility of earthquake disasters.

Other fields: ultrasonic scanner can also be used in environmental monitoring, construction engineering and other fields. For example, in construction engineering, ultrasonic scanners can be used to detect defects such as cavities and cracks in concrete structures to ensure the structural safety of buildings; In environmental monitoring, ultrasonic scanners can be used to detect hidden dangers of natural disasters such as floods and landslides.

Medical ultrasonic scanner is one of the common means of medical imaging examination. It uses the transmission and reflection of high-frequency ultrasound in human tissues to generate images to help doctors diagnose diseases and plan treatment plans. The following are the applications of medical ultrasonic scanners in different scenarios.

Pregnancy examination: medical ultrasonic scanner can be used to detect the development of the fetus, determine the position and size of the fetus, and detect the amount of amniotic fluid and the position of the placenta. Through ultrasonic scanning, doctors can detect whether the fetus has abnormal shape or deformity, and whether the fetal organs and systems are developing normally.

Diagnosis of liver diseases: medical ultrasonic scanners can be used to detect liver diseases, such as cirrhosis and liver cancer. Through ultrasonic scanning, doctors can observe the blood vessels in the liver, the size and shape of the liver, and the mass in the liver to determine the degree and type of liver disease.

Cardiac disease diagnosis: medical ultrasonic scanner can be used to detect cardiac structural and functional abnormalities, such as myocardial ischemia, cardiac valvular disease, etc. Through ultrasonic scanning, doctors can observe the blood flow velocity, systolic and diastolic function and other indicators in the heart to determine the degree and type of heart disease.

Diagnosis of breast lesions: medical ultrasonic scanners can be used to detect breast masses, cysts and other lesions. Through ultrasonic scanning, doctors can observe the internal structure and blood flow of the breast to judge the nature and malignancy of the disease.

Diagnosis of nervous system diseases: medical ultrasonic scanners can be used to detect brain and nervous system diseases, such as intracranial tumors, cerebral infarction, cerebral hemorrhage, etc. Through ultrasonic scanning, doctors can observe the internal structure and blood flow of the brain and nervous system to determine the nature and severity of the disease.

In general, medical ultrasound scanners have a wide range of applications, can be used in many different medical scenarios, and play a vital role in diagnosis and treatment. At the same time, because of its non-invasive and non-radioactive, it has become one of the safe, accurate and effective means of medical examination, and is trusted by doctors and patients.