Electronics cleaning with an ultrasonic cleaner

Ultrasonic cleaning is one of the most popular ways to become clean electronics. The method saves time and improves results without compromising safety. Let's take a quick look at how an ultrasonic cleaner can be effective for electronic circuits, electrical circuits and components are used.

ultrasonic cleaner now play a crucial role in the PCB and electronics assembly. An ultrasonic cleaner edge SIR helps improve test results, and the recoveryand improve reliability.

An ultrasonic cleaner safely and effectively remove solder paste and flux of post-return circuit assemblies. If cleaning with an ultrasonic cleaner for printed circuit boards after wave soldering, it is easier and, immediately after the welding process. Be sure to cool the cards below 70 ° C before allowing the ultrasonic cleaning PCB.

In the past, ultrasonic cleaner used on a single frequency, and foundthat some components, electrical components from damage of harmonic vibrations, however, with the PCB PCB wave.ultrasonic ultrasonic cleaner, with the "frequency sweep was developed ultrasonic quickly and reliably clean your assemblies without causing damage to 'electrical system. In scan mode, the frequency is continuously varied easily eliminate potentially damaging waves.

Although there have been a concern inthe past, ultrasonic cleaning of electrical components, ability to scan ultrasonic frequency electronic cleaner today should allay any fear for the future. Using an ultrasound device small components on printed circuit boards, the cleaning is faster and safer than ever.

If you regularly clean the electronic mail is an ultrasound, the best tool for the job. The common concern is that U.S.Cleaner destroy sensitive components. But in frequency ultrasound technology have facilitated progress concern by replacing the single wavelength approach these notes to the electronic part with a variable frequency approach, called "radical." This advancement in ultrasound technology has not only led to lower production costs, but needs to improve reliability, the warranty costs.

In the field of electronics, each circuit, PCB, andelectrical system must rely on technical precision, there is no room for imperfection. In the past, the ultrasonic cleaning of electrical components are not profitable. Some electronic components immersed in an ultrasonic wave would be damaged by ultrasonic frequency harmonics generated by the music. In scan mode, the frequency is continuously varied easily eliminate potentially damaging waves. In addition, the technology most Sweepuniform cleaning of parts, eliminating "dead zones" where no cavitation in the bathroom. Cavitation is the formation and release of energy implosion of small empty space full of bubbles created by ultrasonic waves.