MEDICAL COATING SYSTEM

Ultrasonic drug stent coating machine is a high-performance stent spraying equipment developed for stent series products, mainly used for drug coating on the surface of stents.

Ultrasonic balloon catheter coating machine provides a uniform drug coating for the balloon catheter through ultrasonic spray technology.

Desktop ultrasonic penetration spraying equipment is suitable for spraying on the inner wall of the tube.

Cheersonic’s ultrasonic biosensors coating systems are widely used in the preparation of nano- and sub-micron functional thin film coatings.

The flexible width control of ultrasonic spraying is suitable for products of various widths.

Ultrasonic spray coating can provide higher homogenous and thinner nano particle spray coatings and higher precision spray coatings than the conventional air spray coating.

Cheersonic’s ultrasonic medical coating systems have been used to apply a wide variety of antimicrobial or other medical bandage coatings.

Cheersonic adopts the national patent ultrasonic spraying technology, focusing on the preparation of artificial heart valve coatings with high uniformity and high precision.

Ultrasonic cutting avoids the shortcomings of traditional mechanical cutting to a certain extent, and can cut the hemostatic sponge in various angles and directions, and the hemostatic sponge is still smooth and smooth after cutting.

The continuous advancement of coating technologies for point-of-care (POCT), in vitro diagnostic, and laboratory diagnostic devices has led to a growing demand for precision coatings of both active and inactive layers in the manufacture of these devices. Ultrasonic nozzles can spray in any direction, enabling uniform coating of targeted areas, complex three-dimensional device shapes, and small components with minimal overspray.

Ultrasonic nozzles effectively produce uniform, finely atomized sprays. One application of this spray is the extraction of homogeneous pharmaceutical monoclonal antibodies for cancer treatment, pharmaceuticals, and bioengineering research. By precisely adjusting atomization characteristics (such as flow rate, droplet size, and cycle time), significantly higher biomass yields can be achieved compared to shake flask or airlift cultures—yields can be as much as 50% higher.

Ultrasonic coating systems are used to apply PTFE (Teflon), silicone, or other lubricating or protective coatings to blades and surgical instruments, creating a smooth, sharp edge that ensures precise cutting and minimizes tissue trauma. Staples used for intestinal or vascular anastomosis can also be coated using ultrasonic spraying.

Cheersonic provides coating equipment for implantable filtration membranes used to divert or restrict flow within the human body. Our ultrasonic spray technology has become the industry standard for implantable stent manufacturers worldwide. For decades, our ultrasonic spray systems have been used to apply anti-restenosis drug-eluting polymer solutions to implantable stents. We are proficient in spraying hundreds of medical-grade polymer chemistries, polytetrafluoroethylene (PTFE), polyurethane, and drug-eluting chemicals, and can also apply conductive coatings for biosensors or electrodes.