The development of medical and health care should never be neglected as it is an important measure for the national economy and people's livelihood. With the continuous advancement of the new medical reform in urban and rural areas, handheld ultrasound devices and other medical instruments have undergone significant changes along with the rapid economic development. Ultrasonic diagnostic instrument mainly refers to the ultrasonic diagnostic device in the medical imaging system which can obtain the image of human body tissue in real time without trauma, and is widely used in clinical medicine. Under the background of the new medical reform, a vast number of township health hospitals and grass-roots health centers all over the country have purchased or upgraded ultrasonic equipment under the policy encouragement.
Although traditional ultrasonic equipment currently occupies most of the market share, with the rapid economic development, the further progress of medical reform, and the gradual attention of the people to their own health, such large handheld ultrasonic equipment will be gradually replaced by wireless probe type B ultrasound/color ultrasound. At present, the manufacturers of wireless color Doppler ultrasound are increasing day by day, and its technological progress and fierce competition make wireless color Doppler ultrasound accepted by more and more medical institutions. Because the wireless ultrasound scanner is small and delicate, it takes up almost no examination space, making ultrasound examination possible in any situation where money, equipment, and space are limited.
In addition, since its ultrasound does not produce ionizing radiation, many patients would prefer to use wireless ultrasound as the first diagnostic tool for safety reasons before choosing other imaging tools. Many empirical studies have shown that the use of wireless ultrasound can have a positive prognostic effect in emergency situations such as accidents or trauma. Especially in situations where patients are immobile, handheld ultrasound technology can maximize access to patients, whether by the side of the road, in remote villages, or after a major disaster. Timely access to information through on-site ultrasound can not only speed up diagnosis, but also guide follow-up tests and treatment.
Handheld ultrasound devices, such as the handheld ultrasound probe, can help clinical professionals perform procedures and treatments based on accuracy. An increasing number of studies have shown that clinicians can greatly improve the success rate and reduce complications by using ultrasound guided technologies, including central vein catheterization, peripheral vascular access construction, local anesthesia (nerve block), lumbar puncture, puncture biopsy, thoracopuncture, abdominal puncture, joint puncture, incision drainage, foreign body location and removal, etc.
Wireless ultrasound is small and takes up almost no examination space, making ultrasound examination possible in any situation where money, equipment and space are limited. Secondly, ultrasound does not produce ionizing radiation, and it can also help medical institutions and patients reduce the overall cost of diagnosis and treatment, shortening the time of examination and treatment. The wireless ultrasound market will be the real main force in the future development and occupy a more important position in the ultrasonic diagnostic equipment market.