Stand-Out Features of Ultrasonic Cleaner Car Parts You Should Know

Stand-out Features of Ultrasonic cleaner car parts

Across the spectrum of industries, from dentistry to firearms and lab management to jewelers, professionals need their tools and parts to be clean. Using an Elma ultrasonic cleaner, they can get them that way.

The cleaning power of an ultrasonic cleaner removes contaminants from parts that would otherwise require expensive and dangerous solvents. The result is a contaminant-free surface that looks like new.

cleanliness testing

Stand-out Features of Ultrasonic Cleaner Car Parts You Should Know

The quality of products manufactured in a variety of industries is highly dependent on cleanliness. Slight contamination can cause failures, accidents and even endanger human life.

Automotive parts and components are especially susceptible to contamination and its affect on the operation of a vehicle’s internal systems. For example, pistons in an engine repeatedly reciprocate with a clearance of only a few micrometers.

This means that if a particle of metal adheres to the side surface of a piston ring, it can clog up and cause a serious problem with the engine. This contamination could also interfere with the operation of a brake, transmission or combustion system.

As a result, cleanliness inspection is a crucial part of quality management and critical product testing in many industries. ATS performs a wide range of cleanliness tests, including microcontamination testing and chemical and metallurgical analysis.

A typical cleaning process includes the use of an ultrasonic cleaner, which consists of a tank with a cleaning solution and an ultrasonic generator. Once switched on, the ultrasonic waves create cavitation bubbles that agitate and break up dirt and grime on parts and machinery.

ultrasonic cleaner for auto parts

Stand-out Features of Ultrasonic cleaner car parts

Ultrasonic cleaning is a powerful, fast and effective process that makes your engine parts look and work like new. It removes oil, grease, rust and other contaminants from a wide range of auto parts and components.

In the automotive industry, it is commonly used for engine blocks, transmissions, carburetors and intake manifolds. It can remove lubricants, metal burrs and other contamination that prevents the parts from working properly.

It is gentle enough to clean sensitive parts without damaging them. However, it should be matched to the cleaning application for optimal performance.

For example, for automotive parts that are heavily contaminated with carbon deposits, a low frequency cleaner with a 40 kHz transducer is the best choice. In addition, adding a mild detergent to the cleaning solution will help dissolve oily residues.

A quality ultrasonic cleaner for car parts is a critical tool for your business. It can increase productivity, reduce costs and improve the quality of your service. It is also an environmentally friendly method of cleaning your parts and equipment. It eliminates the use of cacogenic solvents, saving you money and the environment.

technical cleanliness automotive

Stand-out Features of Ultrasonic Cleaner Car Parts You Should Know

For example, if you’re looking for an ultrasonic cleaner for carburetors, it’s essential that you check whether the unit has temperature adjustment and cleaning duration options. These features are vital for ensuring that your carburetors are perfectly cleaned without causing any damage to the surface.

Another stand-out feature is the type of ultrasonic generator and transducer you choose. A good quality industrial-grade ultrasonic cleaner consists of a generator and a transducer that vibrates at a high frequency. The generator combines this vibration with an electric signal, which generates sound waves that travel through the cleaning fluid and create cavitating bubbles that scrub parts.

These bubbles then collapse, allowing the dirt and contaminants to be removed from the surface of the part. While this process does not remove all contamination, it is an important step in the cleaning process.

In addition to the cleaning process, manufacturers must also rigorously inspect and analyze their products for contaminates. This is especially true for the automotive industry, where small particles called contamination can impede the function of important components and can cause accidents or injuries.

This is why strict standards are in place to ensure that manufacturers meet the cleanliness requirements defined by VDA 19.1 and ISO 16232. These standards require that a number of different measurements and analyses be performed on each component.