Ultrasonic Biosensor Coating Ultrasonic Biosensor Coating - Biosensor Coating - Cheersonic Biosensors are characterized by high efficiency, speed, and sensitivity. Ultrasonic coating systems is widely used in the preparation of nano and sub-micron functional thin film coatings of medical sensor devices, such as the preparation of thin film coatings inside the medical biosensors such as the polymers, dyes, active substances, etc., and the preparation of various sensors coatings [...]

Dense Mesh Stent Dense Mesh Stent - Drug-eluting Stent Coatings - Cheersonic Dense mesh stent, also known as blood flow guiding device, is a new type of interventional embolic material. It uses the change of blood flow in the parent artery at the neck of the aneurysm to assist with a small amount or no auxiliary coils to seal or greatly reduce the blood flow into the aneurysm [...]

Anticoagulant Coatings Anticoagulant coatings can effectively reduce the risk of thrombus formation on the surface of blood-contacting medical devices. Anticoagulation coating strategies can be divided into two categories: "inert" and "active". Since different anticoagulant strategies have different mechanisms of action and anticoagulant mechanisms, the detection methods for in vitro pre-evaluation of anticoagulant performance are also different. Inert anticoagulant coatings (such as phosphorylcholines) mainly inhibit the activation of the [...]

Ultrasonic Precision Sprayer to Coat Stents Cheersonic Provides Ultrasonic Precision Sprayer to Coat Stents Cheersonic provides ultrasonic precision spraying equipment, peripheral stent coating system, coated cardiac stents, coronary artery stents, intracranial stents, etc. About Cheersonic Cheersonic is the leading developer and manufacturer of ultrasonic coating systems for applying precise, thin film coatings to protect, strengthen or smooth surfaces on parts and components for the microelectronics/electronics, alternative energy, medical and industrial markets, [...]

Ultrasonic Spray Nozzle Suited For Blood Collection Tube Ultrasonic Spray Nozzle Suited For Blood Collection Tube - Cheersonic Cheersonic ultrasonic nozzles also offer the ability to isolate the atomized spray to the walls of a desired bottom coating area of a blood collection tube or syringe barrel, instead of coating the complete tube. Ultrasonic nozzle systems uniformly apply clot activators and anticoagulants including Heparin, EDTA, Silica, and Acid [...]

MEDICAL STOPPER COATING Ultrasonic spray coating represents a new advancement in medical stopper coating (especially siliconization) technology. With exceptional uniformity, precise film thickness control, high material utilization, and excellent controllability, it produces high-quality pharmaceutical stoppers with consistent coating quality, minimal chipping risk, and compliance with the most stringent pharmaceutical safety requirements. Despite the high initial investment and specialized process development, its advantages in improving [...]

Hydrophilic Coating Hydrophilic coating has the characteristics of affinity for water. Chemically, this means that the coating participates in dynamic hydrogen bonding processes with water in the device environment. In most cases, the hydrophilic coating is also ionic and usually has a negative charge, which will be more conducive to the interaction with aqueous solutions. From a physical standpoint, the chemical interaction between the coating and water creates [...]

Nitinol Paclitaxel Eluting Vascular Stent Nitinol Paclitaxel Eluting Vascular Stent - Stent Coating - Cheersonic The nickel-titanium alloy paclitaxel-eluting stent consists of a drug-eluting stent and a delivery system. The stent is laser-cut from Nitinol alloy with radiopaque tantalum markers at the proximal and distal ends of the stent; the coating on the stent is divided into two layers, a primer and a drug matrix layer. The primer [...]

ARTIFICIAL HEART VALVE COATING Ultrasonic spraying technology plays a crucial role in the coating of prosthetic heart valves (particularly polymer leaflet heart valves, such as TAVR valves). It is primarily used to apply anticoagulants (such as heparin) or bioactive substances that promote endothelialization. Its core value lies in achieving ultra-high precision, ultra-thin, uniform, and low-temperature, non-destructive coating processes, meeting the stringent safety and functionality [...]