Stainless Steel Dental Ultrasonic Cleaner 10L Tank For Mold Spoons

200 Watt 10L Dental Ultrasonic Cleaner With 450W Heating Power For Mold Spoons

Why You Need 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.

Specification:

Customer's Cleaning Feedback:

Choosing an Ultrasonic Instrument Cleaner & Solution

When choosing the cleaner that is right for your specific facility, there are two major factors to consider.

The first is the size of the instruments you are cleaning, and the second is how many of those instruments do you want to clean at once. These two factors will determine the size of tank you need, along with your cleaning cycle time.

Many units also give you the choice of heat or no heat, and analog or digital controls. We suggest a heated, digitally controlled unit, such as the Z-S04. Heat is very important for cleaning and disinfecting, and also assists in ultrasonic transmision. Digital controls have the advantage of batch to batch consistency, and precise power and temperature control.

What kind of solution goes into the tank? The solution you use will depend on whether you are focused on cleaning, decontamination, or both.

If you just want to clean, Z-S04 will do the job. It is biodegrable, aluminum safe and an emulsifier – meaning that it will hold particulate in suspension, preventing re-deposition onto your instruments.

If you need to disinfect as well, take a look at something like Micricide:

• EPA registered to kill Hepatitis B and HIV (AIDS) virus

• OSHA compliant with bloodbourne pathogens standard as stated in 24 CFR 1910

What is “degassing” and why is it important?

Degassing is the process of removing small suspended gas bubbles and dissolved gas from a liquid prior to using it as a vehicle for ultrasonic cleaning. Dissolved gas, if not removed, migrates into cavitation bubbles during their formation and prevents them from imploding violently to promote the cleaning effect and gas bubbles absorb ultrasonic energy reducing the sound intensity in the tank. The gas acts to cushion the imploding bubble much like an air bag in a car. Liquids should be degassed by raising the temperature, adding the cleaning chemistry and operating the ultrasonic energy for a period of time ranging from 10 to 30 minutes (depending on the size of the tank and the nature and concentration of the chemicals being used) minimum prior to use. Small bubbles will not be seen rising to the liquid surface during ultrasonic operation in a completely degassed liquid.