Spray Coater for Photoresists Spray Coater for Photoresists - Ultrasonic Atomisation - Cheersonic In the context of spray coating technology, the formation of the resist film is a meticulously orchestrated process. The resist film is deposited using atomised photoresist, wherein the typical droplet sizes fall within the micrometer range. These droplets, which are crucial building blocks for the film, come into being through various means. For instance, ultrasonic [...]

Photoresist Coating Systems of Positive Photoresist Photoresist Coating Systems of Positive Photoresist - Cheersonic Our state-of-the-art ultrasonic photoresist coating systems have been meticulously engineered to offer a highly precise and efficient solution for microfabrication processes. Specifically, these advanced systems are capable of depositing a uniformly thin layer, ranging from 5 to 7 micrometers, of positive photoresist, with the renowned AZ resist being our material of choice. When it [...]

Photo Resist Coater The state-of-the-art Photo Resist Coater we've developed represents a significant breakthrough in coating technology. It is specifically engineered to cater to non wafer and non semiconductor processing, thereby broadening its application scope beyond the traditional semiconductor realm. This innovative device showcases remarkable versatility, as it can effortlessly handle substrates of diverse sizes. Whether it's small, intricate components for microelectronics peripherals or larger substrates used in [...]

Ultrasonic Polyimide Coating Ultrasonic Polyimide Coating - Ultrasonic Nozzle - Cheersonic Polyimide and photoresist coatings have a wide range of applications due to their unique properties and versatility. These coatings are commonly used in the production of MEMS (Micro-Electro-Mechanical Systems), lenses, microfluidic devices, microelectronics, and filters. Each of these applications benefits from the specific characteristics of polyimide and photoresist coatings, such as their thermal stability, electrical insulation, and [...]

Exposure Mechanism of Positive Photoresist Exposure Mechanism of Positive Photoresist - Photoresist Coatings - Cheersonic Photoresist is mainly composed of photosensitive agent, resin, solvent, additives (plasticizer, surfactant, photosensitizer, etc.). Resin is the basic skeleton of photoresist and is insensitive to light. Solvents mainly include PGMEA, EGMEAD, etc., which are used to dilute photoresist and adjust its viscosity. Photosensitive agent mainly undergoes photochemical reaction to light energy. Exposure principle [...]

Electrochemistry Nanomaterials Coating In the realm of cutting-edge electrochemistry and sensor technology, ultrasonic spray machines have emerged as a top recommendation for coating electrochemistry nanomaterials. Their unique capabilities set them apart. Ultrasonic coating systems operate on the principle of ultrasonic vibrations, which transform liquid coatings into ultra-fine droplets. This enables them to spray thin films of polymers, conductive nanoparticles, and other functional materials with remarkable precision. In sensors [...]

What is Positive Photoresist? When it comes to photoresist, everyone will probably think of its application in the aerospace field. But in fact, photoresist is not far from our lives. Mobile phone chips, computer display panels, and other electronic products that we live with day and night also hide photoresists. Thanks to the mysterious photoresist material, we can continue to optimize parameters such as chip processing speed, display [...]

Ultrasonic Spraying PCB Protective Coating Ultrasonic Spraying PCB Protective Coating - Cheersonic Ultrasonic spraying equipment shows unique advantages and application value in spraying PCB (Printed Circuit Board). The following is a detailed analysis of ultrasonic spraying equipment spraying PCB: 1. Principle of ultrasonic spraying technology Ultrasonic spraying is a technology that uses ultrasonic vibration to disperse the coating into small particles and spray them onto the surface of [...]

AEM Commercialization The commercialization path of AEM technology is a phased and systematic process, which aims to gradually expand the scope of technology application, improve efficiency, and reduce costs. So how can the AEM commercialization path be implemented? Meeting retail and mass production needs: For hydrogen demand less than 100 standard cubic meters per hour, these are usually regarded as retail demand, which is diverse and often requires [...]

Ultrasonic Spraying PCB Surface Coating Ultrasonic Spraying PCB Surface Coating. Revolutionary upgrade! Ultrasonic spraying black technology creates new standards for the PCB industry! In today's era of rapid technological development, the core component of the electronics industry - the printed circuit board (PCB) industry is also constantly seeking innovation and breakthroughs. Today, ultrasonic spraying technology, with its unique black technology charm, is bringing a revolutionary upgrade to the [...]