Ultrasound Instruments: Diagnostic medical ultrasound instruments are indispensable clinical medical equipment.Medical Ultrasound InstrumentsMedical ultrasound instruments used in clinical practice are mainly divided into two categories: diagnostic and therapeutic. Among them, diagnostic medical ultrasound instruments，as indispensable medical equipment in clinical practice, have wide variety and extensive applications. Due to different morphology and structure of human body tissues, the degree of reflection, refraction, and absorption of ultrasound waves also differs. Physicians rely on the wave patterns, curves, or image characteristics reflected by the instruments to distinguish them. Furthermore, by combining anatomical knowledge and changes in normal and pathological conditions, physicians can diagnose whether the examined organs are normal or not.Lack of Talents in Primary Healthcare institutionsCompared to MRI, CT, and ECG, ultrasound imaging relies mostly on dynamic images of different sections collected by doctors for diagnosis, which requires mastered technical proficiency. For the same lesion, different physicians may have different techniques, sections, instrument adjustments, and experiences, resulting in diagnostic results that are not necessarily identical.Nowadays, the level of ultrasonic operators is uneven, and the contradiction between the lack of quantity and quality of medical talents at the grass-roots level and the increasing demand for medical health care is becoming increasingly prominent.Medical AIAs one of the research that benefits all human beings, medical AI may empower primary healthcare in terms of the quantity, quality, and examination mode of primary hospital staff, and even becomes the industry innovator. Helping primary physicians solve diagnostic problems in real time through AI-assisted devices on ultrasound equipment is an effective solution to alleviate the uneven level and shortage of primary healthcare specialists and to promote hierarchical diagnosis and treatment.
Senz’s new generation of miniaturized ultrasoundThe new generation of miniaturized ultrasound products of Senz has the company's exclusively developed second-generation novel ultrasound probe technology. These products are characterized by their miniaturization and intelligence, and the beam can move and be reused in a larger space. The detection laser detects ultrasonic echoes, efficient photoacoustic emission layer and ultrasonic pulses by changing the light intensity through sound, as well as allows for a better image with the same number of physical channels and gets better image quality maintaining a fixed frame rate but no frame rate degradation. Functions such as scanning navigation, lesion detection, and graphic reporting greatly optimize the diagnostic workflow in hospitals, clinics, and other scenarios. With intelligent early screening that takes only 2 minutes for scanning and 10 minutes for reporting, patients can save time of waiting and referral to higher-level medical institutions; besides, it can also improve work efficiency and expand the use coverage of ultrasound. This aligns well with the current hierarchical diagnosis and treatment, which has significant implications for enhancing the efficiency, service level, and quality of China's medical and health care system, as well as meeting the diverse and low-cost medical and health care needs of the people.
In recent years, China's demand for medical ultrasound equipment has been constantly growing. The miniaturization of ultrasound is the future of medical diagnosis and treatment. It is expected that the market size of medical ultrasound equipment will exceed 800 billion yuan, presenting huge commercial prospects. Nowadays, Senz company has built a complete performance and business service system around primary medical institutions, and thus further reduces product costs, ultimately optimizes the operational efficiency of primary medical services, and enhances the profit margin and utilization rate of the primary market. In the future, we will work together with our peers to apply our solutions to more scenarios and jointly explore the application value of "AI + miniaturized ultrasound" in more scenarios.
