Technical characteristics of micromachining process Silicon micromachining technology is developed from semiconductor integrated circuit technology. First of all, it draws on the mature microfabrication technology in the integrated circuit process, such as: photolithography, diffusion, ion implantation, epitaxy and film deposition. In addition, after more than 20 years of development, silicon micromachining technology has formed its own characteristics. Unlike the planar technology of integrated circuits, micromachining is basically a bulk processing [...]

Ultrasonic Welding Titanium Ultrasonic Welding Titanium - Ultrasonic Soldering Iron - Cheersonic Titanium has a higher yield strength than steel, and its weight is almost half that of steel of the same volume. Although titanium is slightly heavier than aluminum, its yield strength is two times greater than aluminum. The specific strength of titanium is higher than that of aluminum and steel, and the specific modulus is very close to [...]

Technical Features of Silicon Micromechanical Sensors Silicon micromechanical sensor is a new type of sensor developed based on silicon micromachining technology. Its main performance characteristics are as follows: 1 Miniaturization and integration Silicon micromechanical sensors use micron-scale micromachining technology to manufacture micron-sized sensor sensitive elements. This kind of device is easy to integrate, so that two-dimensional or three-dimensional sensor arrays can be formed, and integrated large-scale integrated circuit, and the [...]

Silicon Micromechanical Sensors With the emergence of silicon micromachining technology, silicon micromechanical sensors have emerged. Compared with classic sensors, this new type of sensor has the advantages of small size, easy integration, low cost, low power consumption, fast speed and high reliability. and high precision. Further integrating this sensor with an integrated circuit can form a powerful smart sensor, and smart sensors are the main direction of sensor technology development [...]

Ultrasonic Spray Pyrolysis For Chemical Deposition Ultrasonic Spray Pyrolysis For Chemical Deposition - Cheersonic A coating layer on a substrate, such as a ceramic film (i.e., coating) deposited on a metal or oxide substrate, can be obtained by several methods. The advantages that ultrasonic spray pyrolysis exerts in the art are well known. Our coating solutions are environmentally-friendly, efficient and highly reliable, and enable dramatic reductions in overspray, savings in [...]

Porous Materials Welding Porous Materials Welding - Ultrasonic Soldering Iron - Cheersonic Porous materials are materials with a network structure composed of interconnected or closed pores, with the boundaries or surfaces of the pores composed of pillars or plates. A typical pore structure is a two-dimensional structure formed by the aggregation of a large number of polygonal holes on a plane, which is called a "honeycomb" material due to its [...]

Electrochemical Gas Sensor Electrochemical Gas Sensor - Multi-Axis Coating Systems - Cheersonic Due to the growing demand for gas detection, such as toxic chemical monitoring in industrial processes, air quality analysis of breathing air, detection of combustible gases in vehicles, and methane detection in mining, the global gas sensor market has been rapidly growing in the forecast period, as well as measuring blood alcohol concentration through breathing samples. According to [...]

Implantable Electrodes Coating By Ultrasonic Spray Implantable Electrodes Coating By Ultrasonic Spray - Cheersonic The ultrasonic coating system can coat for implantable electrodes such as pacing electrodes, neurostimulator electrodes, and electroporating electrodes and sensing electrodes. Ultrasonic nozzles can spray in any direction, coating targeted areas, complex 3 dimensional-shaped devices, and small components uniformly with very little overspray. The unique properties of ultrasonic spray can produce thinner, more uniform, and more [...]

Spray Graphene Oxide Suspension Spray Graphene Oxide Suspension - Lab Scale Spray Coater - Cheersonic Cheersonic focused on the ultrasonic coating technology more than 20 years. The ultrasonic nozzle from Cheersonic have been proven successful spraying uniform thin films of carbon nanotube, graphene etc onto sensors, flexible electronics and so on. Based on the application as below, 1. lab scale ultrasonic spray coating machine 2. Efficient and simple 3. Diluted [...]

Ultrasonic Spraying System For R&D Labs Ultrasonic Spraying System For R&D Labs - Coating Systems - Cheersonic Cheersonic Ultrasonics Co., Ltd, is a pioneer and expert in the Research & Development on the ultrasonic application for various industries, such as electronics, medical, new energy, nano ect. In recent decade, Cheersonic Ultrasonic Coating technology were getting more and more popular among electronics and semiconductor market. Cheersonic ultrasonic coating equipment have been [...]