Stainless Steel Tank Digital Heater Semiconductor Ultrasonic Cleaner

Stainless Steel Tank Digital Heater Semiconductor Ultrasonic Cleaner

Benefits of cleaning Semiconductor with an ultrasonic cleaner

Electronics are Everywhere
And Electronics Cleaning is BIG Business

Electronics and electrical appliances become very dirty with continued use. If not maintained properly electronics will begin to malfunction. As dirt builds up, fans in computers will not cool the unit sufficiently, television channels and stereo receivers will lose their crisp image and sound and the keys on keyboards will stick and not function properly. Only AG SONIC Ultrasonic Cleaning Systems can clean electronics and appliances and restore them to working condition.

An unavoidable fact about our modern world is that electronics surround us. Regardless if it’s in the form of personal computers, cell phones, iPads, electrical appliances, tools, machinery, toys, etc., electronics are everywhere.

Another unavoidable fact is that, with use, electronics get very dirty. Dirt and other contaminants are more than an inconvenience. If not cleaned properly, dirt on electronic components can cause the device to:

• Overheat and start fires.
• Short circuit and injure people.
• Malfunction causing loss of valuable data.
• Spread disease through the use of infected keyboards, cell phones, touch screens and other devices.

In order to protect users, preserve data and keep society running smoothly, it’s very important for electronics of all types to not just be regularly cleaned, but cleaned thoroughly.

But How Do You Thoroughly Clean Electronics?

Most people simply wipe the outside of the device or use a vacuum to suck (or compressed air to blow) away dust. Unfortunately, these methods are simply not enough. With each method, large amounts of dirt are left in the tiny crevices under buttons, around computer chips, between wires and other components. Additionally, these methods only clean what is easily visible which is just a small fraction of what needs to be cleaned, and do little to eliminate oils, viruses and bacteria, etc.

Ultrasonics, the Only Way to Thoroughly Clean Electronics

There is only one way to ensure that electronic devices and components are thoroughly cleaned, decontaminated and ready to be returned to service; and that way is with Ultrasonics.

With Ultrasonics, dirt, grease, bacteria, soot and any other contaminants are completely removed from the item with no loss of performance. In fact, with proper training, most items can be cleaned in less than two minutes and returned to service as soon as drying is complete.

• The process reaches parts of the jewelry that are extremely difficult to clean with traditional cleaning methods.
• Jewelry gets completely clean, leaving it looking brand new.
• No need to disassemble the jewelry.
• Multiple pieces can be cleaned at once, saving time and money. Follow manufacturer recommendations for maximum pieces in your ultrasonic cleaner.
• Gentle cleaning does not damage delicate pieces and allows for cleaning as often as necessary.

Steps to cleaning Semiconductor with an ultrasonic cleaner

1. Fill chamber with cleaning solvent
2. Note that water must be hot. Ideally, you would use an ultrasonic cleaner with a heater.
3. Run a pre-cleaning cycle
4. Submerge Semiconductor into cleaning solvent
5. Run the cleaning cycle
6. After the cycle is complete, remove the items from the parts basket and rinse the solution from the items
7. After rinsing brush the pieces with a soft-bristled brush. Paying special attention to brushing around the claws and crowns that hold the gemstones or diamonds in place.
8. Complete with a final rinse. Place theS emiconductor in water only and dry with a soft cloth once rinse cycle is complete.

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Ultrasonic Cleaners

An ultrasonic cleaner is the ideal method for cleaning and restoring delicate items, which makes jewelry a perfect candidate for this methodology. Day-to-day dirt and grime, oily residues and even jewelers rouge (a compound for cleaning and buffing jewelry) can be removed from the tiny crevices and hidden passageways of these items. This cleaning method is ideal because the equipment can be adjusted to the proper ratio and frequency required to clean but not damage items. This is one of the top benefits of ultrasonic cleaning.

How an ultrasonic cleaner works to clean jewelry

special solvents designed for cleaning jewelry can be utilized however very good results can also be obtained by using water and an environment friendly low pH cleaning agent. Low pH or excessively high pH chemicals should be avoided. These aggressive chemistries in combination with heat and the ultrasonic activity can potentially cause damage to delicate pieces.

In the cleaning process, items are submerged in the cleaning solvent. The intensity of the cleaner as well as the heat of the solution should be adjusted to successfully engage the application. Ultrasonic cleaners work quickly to completely remove dirt and other contamination through a cavitation process.

Jewelry is cleaned in the same way as other items. Items are submerged into a gentle solvent and the cleaning process sends ultrasonic waves through the solution which creates bubbles that clear away all dirt and grime clinging to the jewelry’s surface. In most cases a short two to three minute cleaning is all that is required for optimum results.

We also design and manufacture custom systems for unique applications and can provide components to convert or upgrade an existing tank. Whether you need a system to clean bearings or ceramics, ophthalmic precision lenses or mechanical manufacturing assemblies, we have a system that provides you with results.

laboratory ultrasonic cleaner, including High Frequency Desk-top Lab Ultrasonic Cleaner, Low Frequency Desk-top Lab Ultrasonic Cleaner with Heater and Low Frequency Desk-top Lab Ultrasonic Cleaner.

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