Minimally Invasive Interventional Medicine

Minimally invasive interventional medicine is an emerging medical technology that uses a series of interventional equipment and modern equipment to reach the lesion in the body, so as to achieve the effect of minimally invasive treatment. Different from traditional surgical operations, it has the advantages of only local anesthesia, small trauma, high safety factor, and fast postoperative recovery, which greatly reduces the pain of patients and reduces the cost of treatment for patients; at the same time, doctors are required to The difficulty of the surgical operation is also significantly reduced. Therefore, minimally invasive interventional medicine has broad application prospects in the field of clinical medicine.

The polymer materials commonly used in minimally invasive interventional medicine are a key part of the treatment process. High-performance interventional medical equipment can affect the safety of surgery and the comfort of patients. Therefore, such medical materials should have the characteristics of good biocompatibility, easy processing, high mechanical strength, and corrosion resistance. Now polymer materials are widely used in minimally invasive interventional medical devices, such as stents, covering materials, catheters, etc.

Minimally invasive interventional medical device materials involve many biomedical materials from development, production and processing to application, which can be mainly divided into input device polymer materials and implantable polymer materials. The medical field plays an extremely important role.

The Balloon Catheter Coating System is a special spray system designed for drug eluting balloons that provides a uniform drug coating to the balloon catheter through ultrasonic spray technology. Ultrasonic Coating System can also be used to adjust and control the deposition process of drug coatings for different liquid formulations. With the help of a special fixing device design, the entire balloon catheter can be sprayed with a maximum spraying length of 280 mm., It also has the functions of solvent doping, pre-heating, humidity control, and drying. The equipment has the characteristics of precise application amount, uniform film layer, and high utilization rate of chemical liquid. Cheersonic has extensive experience in surface coating of implantable medical devices (such as drug stents and balloons), and can provide customers with complete solutions.

Chinese Website: Cheersonic Provides Professional Coating Solutions