15L Stainless Steel Diesel Engine Cleaning Machine For Metal Parts Car Parts

15L Stainless Steel Diesel Engine Cleaning Machine For Metal Parts Car Parts

Stainless Steel Diesel Engine Parts Ultrasonic Cleaning Ultrasonic Cleaning For Metal Parts Car Parts

Ultrasonic cleaning is extremely fast and powerful.
It’s About the Bubble

At the heart of Ultrasonic Cleaning is the bubble; actually, lots of bubbles. These bubbles are created by sound waves as those waves move through water. This is known as Cavitation which is simply the formation of bubbles (a cavity) in water. If you’ve ever seen the foam left in water by a spinning boat propeller, then you’ve seen cavitation in action.We Don’t Actually Use PropellersAlthough propellers seem to spin incredibly fast when moving a boat, the bubbles they produce from that spinning can’t be used to clean. This is because while Morantz Ultrasonic Cleaning Systems do clean using cavitation, the bubbles produced by our Ultrasonic machines are very different from those produced by a propeller in two important ways:
First, our bubbles are enormously powerful compared to propeller bubbles.
Second, our bubbles are microscopic which makes them incredibly efficient.
How Cavitation Cleans

Since bubbles such as those created through Cavitation are just empty space, there’s nothing to keep them open. As a result, these bubbles collapse, or implode, almost as fast as they are created. In our machines, this happens millions of times per second. This constant implosion produces tremendous vacuum energy in the form of heat and pressure. It’s this combination of heat and pressure which gives Ultrasonics its cleaning capability and power.

What is ultrasonic cleaning?

Ultrasonic cleaning is an exceptional technique that facilitates the cleaning process. It is an exceptionally thorough process which cleans efficiently various items. This powerful process can perform very detailed work quickly and successfully remove microscopic particles from hard surfaces. External as well as internal surfaces, blind holes and crevices, can be cleaned simultaneously and uniformly. Greasy, oily and sticky parts are efficiently cleaned with an ultrasonic cleaning unit.

In order to protect users, preserve data and keep society running smoothly, it’s very important for electronics of all types to not just be regularly cleaned, but cleaned thoroughly.

1. Car service: Flushing carburetors, injectors, injectors, fuel filter mesh cleaning (petrol), individual parts, assemblies, and entire blocks.
2. Medicine: Washing and polishing of optics, sterilization and cleaning of surgical instruments, vials, dental and pharmaceutical industries; cleaner reusable, molds.
3. Engineering: Cleaning of parts, pipes, wires, etc. before finishing, machining parts and components to the preservation, processing of parts after reopening, welding, grinding, polishing, cleaning strainers in the fuel and hydraulic systems, deburring parts.
4. Instrumentation: Washing and polishing of optics, precision mechanics components, integrated circuits and printed circuit boards.

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:

Ultrasonics: The ONLY Way to Clean with Confidence

Regardless of the source of the dirt or contamination, AG Ultrasonic Cleaning Systems are designed to accommodate a wide variety of uses in diverse industries. Fast, effective and efficient, our machines will allow you to clean virtually any type of part or component. The following is just a short list of the many different types of items that have been cleaned using our systems.

• Automotive (Car, Truck, Motorcycle) See Video Below
• Aviation (Helicopters, Aircraft and Ground Support)
• Personal Boat & Marine
• Injection Molds
• Restaurants, Bakeries & Kitchens (Oven Filters, Burners, Pots, Pans, Utensils)
• Machines of All Types
• Tools, Nuts, Bolts
• Extrusion and Deburring
• Almost anything made out of metal (ferrous and non-ferrous), plastic, vinyl, and wood.

What is the length of cleaning time?

Cleaning time will vary, depending on such things as soil, solution, temperature and the degree of cleanliness desired. Highly visible removal of soils should start almost immediately after the ultrasonic cleaning action begins. Cleaning time adjustment is the easiest (and most often misapplied) factor used to compensate for process variables. Although new application cycle duration can be approximated by an experienced operator, it usually must be validated by actual use with the chosen solution and the actual soiled parts.

What is the purpose of the unit heater?

The primary purpose of the unit heater is to maintain a solution temperature between cleaning cycles. The tremendous energy released by cavitation will generate the heat for cleaning.

Why must baskets be used?

Items being cleaned should never be placed directly on the tank bottom. Transducers (which produce the ultrasound) are sometimes bonded to the bottom of the tank. Items resting directly on the tank bottom can damage the transducers and/or reduce cavitation. Additionally, a tray or beaker will position the item within the optimal cleaning zone of the tank. The tray or beaker will also hold the load together and allow for easy, no-touch removal, draining and transport of the items to the next step in the cleaning process

What is the optimum cleaning temperature?

Heat usually enhances and speeds up the cleaning process, and most detergent solutions are designed to work best at an elevated temperature. The best way to find the optimum temperature, which will give you the fastest, cleanest and safest results, is to run tests. Usually, the best results are within the 50°C to 75°C range.

Understanding Ultrasonic Power

When an ultrasonic cleaner is running electrical power is consumed evenly but it is released in intervals to create the sound waves that shape the ultrasonic signal. Some manufacturers report ultrasonic peak power, others report average power, and some report both.

When comparing equipment you must compare based on the same criterion otherwise you’d be comparing apples with oranges.

While more power usually indicates faster and more effective cleaning, more power is not always better.

Too much power can damage electronic parts, the surface finish on a soft metal (e.g. aluminum), and other delicate items.

For cleaning extremely sensitive items, adjustable power is a useful feature.

Keep in mind that the larger the volume of solution, the more ultrasonic power will be needed for cleaning.

Most cleaners run at an average power of 50 to 100 watts per gallon, so the larger the tank the more power you need.Don’t attempt to increase the effective power of an ultrasonic cleaner by under-filling the tank.

Ultrasonic cleaner generators that power transducers are tuned to a particular fill level.

Operating the unit with less fluid can damage the generator and will result in less than optimized cleaning.

How ultrasonic systems work

When ultrasonic energy is introduced into a cleaning solution, it creates a pattern of alternating high and low pressure. The extreme low-pressure phase creates microscopic vacuum bubbles. During the subsequent high-pressure phases, the bubbles implode violently. This process is known as cavitation.

Cavitation provides an intense scrubbing action that leads to quick and consistent cleaning. It takes the standard practice of manual immersion and agitation to a much higher level. The bubbles are small enough to penetrate even microscopic crevices, allowing for cleaning in the most out-of-reach corners.
Digital 30L Ultrasonic Cleaner Basket