KUDOS

	Select the tank size of the ultrasonic cleaner that fits your item＊s dimension.
	Select from the ultrasonic frequencies that suits your item. Low frequency 35kHz is mostly used for fast removal of large particle size dirts in coarse cleaning, while high frequency 53kHz is ideal for removal of small particle size dirts down to microns in fine cleaning.
	Select from the ultrasonic cleaners that meet your budget. A low frequency 35kHz ultrasonic cleaner costs the lowest, a high frequency 53kHz ultrasonic cleaner costs more. While the double frequencies 35/53kHz ultrasonic cleaners cost the highest. Meanwhile, an ultrasonic cleaner with heating function costs more than a non-heating ultrasonic cleaner, and a degassing ultrasonic cleaner costs higher than other common purpose ultrasonic cleaners.
	Finally select from the ultrasonic cleaners that offers the best ratio of quality, technology, performance and price.

Successful ultrasonic cleaning result depends much on the fluid temperature and cleaning agent. Fluid temperature plays an important role in the cleaning process. Ultrasonic cleaning is most effective when fluid temperatures are high. The optimum temperatures for diverse applications vary greatly. For certain heavy-duty cleaning applications, higher temperature may be required. Usually, the best results are within 50 to 60 degree.C temperature range. While when cleaning delicate items, lower temperature should be employed.

Cleaning Agents (or detergents): Not all cleaning agents are compatible with ultrasonic cleaning. An ultrasonic cleaning agent must have adequate wetting qualities, as this has a direct impact on the intensity of the cavitation activity. The agent must also have sufficient surfactant qualities in order to suspend the contaminants, otherwise they will settle back onto items being cleaned. Effective cleaning agents should be formulated specifically for the application and must be able to break the bonds that hold the contaminants to the item. Additionally, all cleaning agents must be formulated to be user safe and environmentally compatible. Flammable cleaning agents with low flash points should never be used. The energy released by ultrasonic cavitation is converted to heat and kinetic energy, generating high temperature gradients in the liquids, and can create hazardous conditions including fire or electrical shock.

Items being cleaned should never be placed directly on the tank bottom, because the transducers are bonded to the bottom of the tank. Items resting directly on the tank bottom can damage the transducers or reduce the ultrasonic cavitation. For this reason, a tray or basket is supplied to hold the items within the optimal cleaning zone of the tank.

The tank of KUDOS ultrasonic cleaners is made of type SUS304 stainless steel, this type of stainless steel does not resist to acids or alkalines. Only type 316L stainless steel can resist corrosions from acids or alkalines. For this reason, please do not use any acids or alkalines as detergents to the ultrasonic cleaner, even of weak acids or alkalines. Acids or alkalines will lead to corrosion to the ultrasonic tank, and result in damages to the circuit board and other parts inside. Please Only use neutral detergents to the ultrasonic cleaner!

When using caustic detergents are quite necessary, firstly pour the caustic detergents into a glass container like a beaker, then put the beaker into the ultrasonic cleaner filled with clean water. In this way, corrosion to the ultrasonic tank can be avoided.

Applications of KUDOS ultrasonic cleaner

	jewelry, watch parts, coins, handcrafts
	optics, lens, medical and surgical tools
	lab glasswares, printer heads, computer parts
	electronics, semi-conductor components
	aircraft and automobile parts
	bearings, moulds, nozzles, ceramic and metal parts
	fine cleaning prior to plating, coating or after polishing
	mixing, dispersing or degassing of chemical materials
	anything that requires serious cleaning