RoHS Medical Ultrasonic Cleaner OEM For Dental Medical Parts Cleaning
Product Summary
Medical Ultrasonic Cleaner for Dental Medical Parts Cleaning with CE FCC RoHS How to Use an Ultrasonic Cleaner for Medical & Surgical Instruments? Medical and surgical instruments in a variety of sizes and complexity can pose challenges when it comes to cleaning, disinfecting and sterilizing them ...
Product Custom Attributes
Power (W):
35
Voltage (V):
220
After-sales Service Provided:
Free Spare Parts, Onsite Installation, Online Support
Warranty:
1 Year
Capacity:
650, 650ML
Plug Type:
US PLUG, UK Plug, AU Plug, EU Plug, Other Plugs
Application:
Hotel, Car, Commercial, Household
Power Source:
Electric
Digital Timer:
Yes
Cleaning Cycles (Seconds):
60-360S
Product:
Medical Ultrasonic Cleaner
Power:
35W
Inner Tank Size:
160x90x45cmm
Tank Material:
Stainless Steel 304
Timer:
5 Digital Timer Settings
Frequency:
42khz
Highlight:
RoHS Medical Ultrasonic Cleaner
,Medical Ultrasonic Cleaner OEM
,RoHS Ultrasonic Part Cleaner
Basic Properties
Place of Origin:
Guangdong, China
Brand Name:
AcmeSonic
Certification:
EMC, CE, RoHS
Model Number:
MK-182
Trading Properties
Price:
$20.00/pieces 1-59 pieces
Packaging Details:
40khz ultrasonic cleaner ,packing in Customizable packaging
Product Description
Medical Ultrasonic Cleaner for Dental Medical Parts Cleaning with CE FCC RoHS
How to Use an Ultrasonic Cleaner for Medical & Surgical Instruments?
Medical and surgical instruments in a variety of sizes and complexity can pose challenges when it comes to cleaning, disinfecting and sterilizing them after use. An ultrasonic cleaner is an ideal tool for the first step in this three step process to protect medical personnel and patients from possible infection due to pathogens that remain on the instruments after a procedure.
Medical and surgical instruments in a variety of sizes and complexity can pose challenges when it comes to cleaning, disinfecting and sterilizing them after use. An ultrasonic cleaner is an ideal tool for the first step in this three step process to protect medical personnel and patients from possible infection due to pathogens that remain on the instruments after a procedure.
Ultrasonic Cleaners are used in various industries from Automotive to Electronics to Medical facilities for a number of
applications. Some of the Ultrasonic Cleaning applications are:
applications. Some of the Ultrasonic Cleaning applications are:
Ultrasonic Cleaners in Scientific Labs:
* Eyeglass Frames
* Lab Glassware
* Optical & Contact Lenses
* Pipettes
* Scientific Instruments
* Test Tubes
* Eyeglass Frames
* Lab Glassware
* Optical & Contact Lenses
* Pipettes
* Scientific Instruments
* Test Tubes
Ultrasonic Cleaners in Medical & Dental Lab:
* Burs
* Blood Oxygenators
* Cannulae
* Dental Instruments
* Syringe Parts
* Surgical Instruments
* Burs
* Blood Oxygenators
* Cannulae
* Dental Instruments
* Syringe Parts
* Surgical Instruments
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FAQ
Q1: 1.WHAT IS "CAVITATION"?
A1: Cavitation is a phenomenon in which millions of tiny bubbles (or holes) rapidly form and burst in liquids. Cavitationis caused by the interaction of high and low pressure waves formed by high frequency acoustic waves(ultrasound)In the low-pressure stage,the bubbles increase lttle by lite, while in the high-pressure stage, they are compressed and imploded.
Q2: DOES THE ULTRASONIC CLEANER HAVE TO BE CLEANED WITH CLEANING FLUID?
A2: Ordinary water resources can also be used to clean, the main principle is to rely on high-frequency sound wavesand vibration of ultrasonic products to make stains fall off, of course, if there is cleaning fluid, it is better to use cleaning fluid, because the effect is better.
Q3: WILL ULTRASONIC CLEANING DAMAGE MY WORK PIECE?
A3: Ultrasound cleaning is safe for most work pieces. The energy generated by the implosion of thousands of bubblsper second is huge, but because the energy is concentrated in very small areas, the whole cleaning process is safe.The most cautious consideration for safety should be the choice of cleaning fluid. The potential harmfulness of cleaning fluid to the surface of some workpieces may be increased by the use of ultrasound. Ultrasound cleaning is not recommended for cat's eye, pearl, jadeite, tanzanite, malachite, emerald, lapis lazuli and coral.
Q4: WHAT ARE ""DIRECT" AND "INDIRECT" CLEANING?
A4: Direct cleaning usually refers to the cleaning of the workpiece in a cleaning tank flled with cleaning fluid, and the workpiece is usually installed in a tray or tooling basket with holes. The limitation of direct cleaning is the need to select cleaning fluids that will not damage the ultrasonic cleaning tank. Indirect cleaning is to place the work piece to be cleaned in a beaker or tray without holes, and the beaker or tray is filled with solution, rather than directly in the cleaning tank.When indirect cleaning is selected, it is confirmed that the water level in the tank is maintained at the standard position.
Q5: WHY NEED SPECIAL CLEANING FLUID FOR CLEANING?
A5: The purpose of using cleaning fluid is to break the connection between the dirt and the workpiece, but using water alone can not achieve the cleaning effect. The main purpose of ultrasonic cavitation is also to assist cleaning fluid to clean. A cleaning solution contains a variety of ingredients to achieve the best cleaning effect.For example,reducing the surface tension of the liquid can increase the cavitation strength, while an ultrasonic cleaning solution may contain a wetting agent or surfactant component.
A1: Cavitation is a phenomenon in which millions of tiny bubbles (or holes) rapidly form and burst in liquids. Cavitationis caused by the interaction of high and low pressure waves formed by high frequency acoustic waves(ultrasound)In the low-pressure stage,the bubbles increase lttle by lite, while in the high-pressure stage, they are compressed and imploded.
Q2: DOES THE ULTRASONIC CLEANER HAVE TO BE CLEANED WITH CLEANING FLUID?
A2: Ordinary water resources can also be used to clean, the main principle is to rely on high-frequency sound wavesand vibration of ultrasonic products to make stains fall off, of course, if there is cleaning fluid, it is better to use cleaning fluid, because the effect is better.
Q3: WILL ULTRASONIC CLEANING DAMAGE MY WORK PIECE?
A3: Ultrasound cleaning is safe for most work pieces. The energy generated by the implosion of thousands of bubblsper second is huge, but because the energy is concentrated in very small areas, the whole cleaning process is safe.The most cautious consideration for safety should be the choice of cleaning fluid. The potential harmfulness of cleaning fluid to the surface of some workpieces may be increased by the use of ultrasound. Ultrasound cleaning is not recommended for cat's eye, pearl, jadeite, tanzanite, malachite, emerald, lapis lazuli and coral.
Q4: WHAT ARE ""DIRECT" AND "INDIRECT" CLEANING?
A4: Direct cleaning usually refers to the cleaning of the workpiece in a cleaning tank flled with cleaning fluid, and the workpiece is usually installed in a tray or tooling basket with holes. The limitation of direct cleaning is the need to select cleaning fluids that will not damage the ultrasonic cleaning tank. Indirect cleaning is to place the work piece to be cleaned in a beaker or tray without holes, and the beaker or tray is filled with solution, rather than directly in the cleaning tank.When indirect cleaning is selected, it is confirmed that the water level in the tank is maintained at the standard position.
Q5: WHY NEED SPECIAL CLEANING FLUID FOR CLEANING?
A5: The purpose of using cleaning fluid is to break the connection between the dirt and the workpiece, but using water alone can not achieve the cleaning effect. The main purpose of ultrasonic cavitation is also to assist cleaning fluid to clean. A cleaning solution contains a variety of ingredients to achieve the best cleaning effect.For example,reducing the surface tension of the liquid can increase the cavitation strength, while an ultrasonic cleaning solution may contain a wetting agent or surfactant component.
Overall Rating
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All Reviews
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JMade the Ring Sparkle I bought this for my wife to clean her engagement and wedding rings. It's incredibly easy to use: just fill it with water, drop in the item (it comes with two baskets—a larger one and a smaller one), select from about six preset timers, and press the button. No special solution needed. Her ring came out noticeably cleaner and shinier than before. While I'm not convinced vibrating water is the ultimate jewelry cleaning method, it definitely made a difference. The ring also lost any lingering odor, which she was especially happy about. We tried it on some tarnished silver as well—no effect there, but that's expected. The manual lists quite a few items you shouldn't put in, but standard jewelry isn't among them. Does it deliver professional-level results? Probably not. But did it make the ring sparkle and smell fresh? Absolutely yes.
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EMes bijoux ont retrouvé tout leur éclat ! Je l'ai utilisé une seule fois et ça a redonné tout leur éclat à mes bijoux ! Photos : la première montre l'état « avant », la deuxième l'état « après ». ♥️
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