Wireless ultrasound scanners are powered by rechargeable batteries

An ultrasound scanner, sometimes called a sonogram, is a procedure that uses high-frequency sound waves to create an image of part of the inside of the body. An ultrasound scan can be used to monitor an unborn baby, diagnose a condition, or guide a surgeon during certain procedures.

A portable ultrasound scanner is a medical imaging device that uses ultrasound for diagnostic purposes and is smaller and lighter than the console style ultrasound machines that preceded them. In most cases these mobile ultrasound systems could be carried by hand and in some cases even operated for a time on battery power alone.

The trolley ultrasound scanner improves the accuracy and clarity of the ultrasound image. At the same time, the digital platform can provide rich, fast and efficient post-processing functions, and the operation is more convenient. Its powerful features can meet the ever-increasing clinical diagnostic requirements. The trolley design makes the diagnostic instrument more convenient to move.

Wireless ultrasound scanners are powered by rechargeable batteries. Images scanned by wireless ultrasound scanners can be transferred to laptops or smartphones, where they can be reviewed or shared with experts on a cloud platform. These devices can scan or image lungs, abdomen, and hearts.

Shockwave therapy machine provides shockwave therapy which is an FDA-approved treatment that involves the delivery of shock waves to your injured tissue to reduce pain and stimulate healing. Using a shockwave therapy machine, the system transmits energy to the applicator that generates shockwaves. Whether you suffer from pain resulting from an illness or have lingering pain due to an injury, this therapy triggers your body’s natural healing response to offer relief. Shockwave therapy’s success rate ranges from 60% to 80% in plantar fasciitis, epicondylitis, cuff tendinitis, and more.

Disposable sterilized syringe shall be sterilized with ethylene oxide, sterile, no heat source. Syringe models are divided into syringe and drug dissolver. The syringe can be used for drug dissolving. Because the needle of the drug dissolver is relatively thick, the drug dissolver cannot be used for human injection without replacing the fine needle. The syringe is packed in plastic bag or paper plastic packaging. Medical disposable syringe is made of high molecular polypropylene material, which is divided into three-piece type and two-piece type. The three-piece structure is composed of core rod, rubber plug, outer sleeve, injection needle and outer package. The two-piece structure is composed of core rod, outer sleeve, injection needle and outer package. One of the challenges facing the stability and safety of medical disposable syringes in production may be the assembly between stainless steel needle tube and plastic needle bolt. The connector is crucial to the safety of the syringe.

Disposable gloves are widely used throughout the world as a measure of protection against abrasive agents and other elements harmful to human health. Disposable gloves are generally made from one of three materials: nitrile, latex, or vinyl. Disposable latex gloves offer good protection in a wide range of applications and have good resistance to many chemicals. They also have strong elastic properties and are a reliable chemical and biological barrier against infection and contamination.

A face mask is a barrier device used in infection control to prevent health care providers from breathing or coughing on patients. It is also employed to prevent patients' sneezes and sputum from making contact with the health care provider's face or eyes or from being inhaled.

Rapid test kits are designed for use where a preliminary screening test result is required and are especially useful in resource-limited settings. Rapid test kits are of high quality and quick (10 minutes to 2 hours) and easy to perform. Tests are based on agglutination, immuno-chromatographic, immuno-dot, and/or immuno-filtration techniques. They are suitable for individual or a limited number of samples, and require little or no additional equipment, which make them more economical than ELISAs in fully equipped laboratories. They are possible to store at room temperature for an extended period of time.

Pneumatic shockwave therapy machine is to change a pneumatic pulse sound waves into accurate ballistic shock compressed gas to produce energy. The machine transmit the energy through a physical medium to the human body. It uses the bullet body drive inside the handle to pulse impact site of action on human pain.