Top Rated Jewelry Cleaning Machines With Adjustable Ultrasonic
Power 30W
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.
Benefits of cleaning jewelry with an ultrasonic cleaner
- 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.
Why is Ultrasonic Cleaning so Efficient and Effective?
When cavitation happens near a dirty object, the vacuum action
produced by those million of bubbles constantly imploding creates a
tiny pressure wave that reaches deep into every nook and cranny of
even the most delicate items. This tiny pressure wave dislodges and
breaks up the dirt and other contaminants and gently lifts it away.
The result is very fast and effective cleaning.
How AGSONIC Ultrasonic Machines Create Cavitation
To create cavitation, AGSONIC Ultrasonic Cleaning Systems use our
state-of-the-art Prowave™ Digital Generators to power
electro-mechanical transducers that are submerged in a tank of hot
water. These generators activate the transducers which then vibrate
very quickly. This vibration sends sound waves through the water at
frequencies ranging from 25 to 40kHz which produces cavitation.
- cleaning as often as necessary.
Steps to cleaning jewelry with an ultrasonic cleaner
- Fill chamber with cleaning solvent
- Note that water must be hot. Ideally, you would use an ultrasonic
cleaner with a heater.
- Run a pre-cleaning cycle
- Submerge jewelry into cleaning solvent
- Run the cleaning cycle
- After the cycle is complete, remove the items from the parts basket
and rinse the solution from the items
- 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.
- Complete with a final rinse. Place the jewelry in water only and
dry with a soft cloth once rinse cycle is complete.
Why Use Ultrasonic Cleaning?
Professionals in the dental, lab and medical fields use ultrasonic
systems to clean instruments, apparatus, labware, crowns, dentures
and other devices prior to sterilization. Ultrasonic cleaning
greatly reduces the risk of cross-contamination and infection that
can occur with manual cleaning. This procedure is critical in
protecting instruments against hand contact and is at the center of
infection risk control
Produce Specifications:
Features:
1. Ultrasonic power: 0-100% adjustable
2. Time setting: 0-30min or 24 hours continuous working
3. Heating: 20-80℃ adjustable
4: Ultrasonic frequency: 28 kHz or 40 kHz
5: Material: 2mm thickness SUS304 tank for acid-proof.
6: Improved PCB design for stable and durable industrial use
7: More strong and uniform ultrasonic wave
8: With free lid and stainless steel SUS304 basket
Other models for your choice:
| Model | Tank size | Unit size | Volume | Actual ultrasonic power | Rated ultrasonic power | Ultrasonic frequency | Heating power | Time | Heater |
| LxWxH(mm) | LxWxH(mm) | (L) | (W) | (W) | (kHz) | (W) | (MIN) | (℃) |
| TB-50 | 150x135x100 | 175x160x210 | 2 | 50 | 60 | 40 | 150 | 1-30 | 0-80 |
| TB-100 | 240x135x100 | 265x165x220 | 3.2 | 100 | 120 | 150 |
| TB-150A | 300x150x100 | 325x180x225 | 4.5 | 150 | 180 | 300 |
| TB-150B | 300x150x150 | 325x180x280 | 6.5 | 150 | 180 | 300 |
| TB-200 | 300x240x150 | 325x265x280 | 10.8 | 200 | 240 | 450 |
| TB-300 | 330x300x150 | 360x325x285 | 15 | 300 | 360 | 450 |
| TB-400 | 500x300x150 | 530x325x285 | 22 | 400 | 480 | 600 |
| TB-500 | 500x300x200 | 530x325x325 | 30 | 500 | 600 | 600
|
