The advantage of laser cleaning for electronic components application
Release time：2023.07.19
Views：1357The tiny determinations of the electronic circuit board will decrease the electronic efficiency and trigger the damage to the board. With the development of technology, semi-conductors and micro-electronics are getting smaller and smaller, the cleaning process is super hard to do, and the traditional ways like water cleaning and ultrasonic cleaning, these two methods respectively have their shortages, however, laser brought new hope and has become the best way of cleaning.
There are many applications of lasers in the cleaning of electronic components, such as the cleaning of electronic circuit boards, silicon wafers, integrated circuits, soft circuits, and optoelectronic devices. With the development of technology, these materials have improved integration, with more and more pins and smaller holes. Traditional cleaning methods are difficult to work with. Laser cleaning is highly accurate, easy to automate, and has adjustable parameters. The advantages of high cleaning efficiency can effectively remove dust, grease, oxides and other particles on the surface of electronic components, effectively improving the durability of electronic components. Laser cleaning provides an effective and reliable technology for devices in the microelectronics industry that are small in size and difficult to clean with small particles.
At the same time, laser cleaning does not cause wear and corrosion to the substrate material, meets environmental requirements, and can operate in narrow spaces, which is incomparable to any other cleaning process.
Laser cleaning meets environmental requirements and sustainable development needs. With the decreasing cost of laser cleaning, laser cleaning of electronic components is being accepted by more enterprises.
There are many applications of lasers in the cleaning of electronic components, such as the cleaning of electronic circuit boards, silicon wafers, integrated circuits, soft circuits, and optoelectronic devices. With the development of technology, these materials have improved integration, with more and more pins and smaller holes. Traditional cleaning methods are difficult to work with. Laser cleaning is highly accurate, easy to automate, and has adjustable parameters. The advantages of high cleaning efficiency can effectively remove dust, grease, oxides and other particles on the surface of electronic components, effectively improving the durability of electronic components. Laser cleaning provides an effective and reliable technology for devices in the microelectronics industry that are small in size and difficult to clean with small particles.
At the same time, laser cleaning does not cause wear and corrosion to the substrate material, meets environmental requirements, and can operate in narrow spaces, which is incomparable to any other cleaning process.
Laser cleaning meets environmental requirements and sustainable development needs. With the decreasing cost of laser cleaning, laser cleaning of electronic components is being accepted by more enterprises.
