Glass Coating Equipment Factory Glass Coating Equipment Factory - Ultrasonic Atomizer - Cheersonic Products Stent Coater Balloon Catheter Coater Small Coater Benchtop Coater High Temperature Coater Medium Spray Coater Inline Coater Dispersion Syringe Pump Ultrasonic Nozzle Ultrasonic Generators
Medical Functional Coating Spraying Medical Functional Coating Spraying - Spray Coater - Cheersonic Ultrasonic nozzles are particularly suitable for a wide range of medical coating applications due to their very precise, non-blocking, repeatable spray performance and extremely low flow rate capability. Products Stent Coater Balloon Catheter Coater Small Coater Benchtop Coater High Temperature Coater Medium Spray Coater Inline Coater Dispersion Syringe Pump Ultrasonic Nozzle Ultrasonic Generators
Irregular Oval Substrates Are Sprayed Irregular Oval Substrates Are Sprayed - Ultrasonic Atomizer Nozzles - Cheersonic 1. Laboratory spraying 2. Aqueous solution, antibacterial effect 3 The substrate is an irregular ellipse with a diameter of 4-5cm and the outer surface must be sprayed in place
Spraying Silica Nano Solution Spraying Silica Nano Solution - Ultrasonic Spray Nozzles - Cheersonic (1) Solution: silica nano solution; (2) Substrate: ordinary glass; the size of one side is 100-200mm; (3) Requirements: thickness of several hundred nm, uniform coating.
Spray Photoresist Onto Wafers How to spray photoresist onto wafers or devices? Photoresist processing (coating, spraying) technology and patterning are the most repetitive steps in semiconductor manufacturing and are essential. Photoresist processing technology is widely used to meet many micro and nano technology applications and products in different markets, such as advanced packaging, MEMS, MOEMS and sensors, microfluidics, RF equipment, photonics, and so on. All these application fields [...]
Denitrification of wastewater from microbial fuel cell coupling system The rapid development of industrialization and urbanization has brought extensive attention to wastewater treatment in the microbial fuel cell coupling system. Especially in some industrial production areas, excessive nitrogen will increase the pressure of self-cleaning in the environment, leading to serious eutrophication of rivers, lakes and other water bodies, degrading ecosystem services, or even completely losing them. Therefore, controlling [...]
Ultrasonic Atomization For Drug Eluting Stents Major advances have been made in the past few decades in the percutaneous treatment of artery diseases. The development of each new technology has been spurred by the downfall of the previous technology. Balloon angioplasty emerged as a minimally invasive solution to previous treatment methods which typically involved significant opportunity for complications. This treatment method came with its own disadvantages due to [...]
Balloon Specialization Balloon Specialization - Balloon Catheter Coating System from Cheersonic The development direction of medical balloons will be high performance and specialization. For stent delivery and expansion balloons used for luminal shaping, the high performance is to reduce the wall thickness, improve the pressure resistance, and increase the flexibility of the balloon to facilitate its delivery and expansion, but these three properties are mutually restricted. Yes, so [...]
Some New Applications of Medical Balloons Some New Applications of Medical Balloons - Paclitaxel Balloon Coating With the continuous improvement of balloon materials, structure and performance, the application of balloons has become more and more extensive. In addition to the application in PTCA and PTA, balloons are now also used in heat delivery catheters, laser catheters and photoactivation therapy ( PDT), positioning sealed catheters and drug delivery catheters, [...]
MEA Fabricated by Ultrasonic Spray Due to the high-quality power, scalability, and fast start-up, proton exchange membrane fuel cells (PEMFCs) are a promising future power source. Membrane electrode assemblies (MEAs) play an important role in performance. A MEA is a composite of a GDL, catalyst layer (CL), and proton exchange membrane (PEM). The electrochemical reaction occurs at the CL. The electrochemical reaction needs a three-phase boundary (TPB) where [...]
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