Net Belt Industrial Ultrasonic Cleaning Machine Driven By Speed Regulating Motor

Net Belt Type Industrial Ultrasonic Cleaning Machinee For Metal Paers With 2.4KW Ultrasonic Power
 
 
 
Product Features:
 
1, net belt type ultrasonic cleaning machine functional unit: ultrasonic cleaning vibration plate and body using separate structure, easy to use, easy to maintain and repair. Ultrasonic cleaning vibration plate and cleaning tank are using high-quality stainless steel plate, more corrosion-resistant. Ultrasonic cleaning transducer using 28 khz, 40 khz and other different frequencies, cleaning speed, cleaning effect is good. It is suitable for cleaning workpieces with complicated shape, many crevices and dirt, which are not easy to be cleaned by conventional methods.
2. Set up the solvent heating and temperature automatic thermostatic device, temperature control range: room temperature-95 °C.
3. The net belt type ultrasonic cleaning machine is equipped with automatic spray device and air knife dehydrating system, which can wash the workpiece and cut water in time.
4. The net belt type ultrasonic cleaning machine equipment has set up the drying heating and the temperature automatic constant temperature device, further to the workpiece drying treatment.
5. The net belt type ultrasonic cleaning machine is driven by the speed regulating motor controlled by the electromagnetic governor, with low noise, adjustable running speed and stable running. This product support non-standard custom, can provide design drawings and cleaning program.
This product support non-standard custom, can provide design drawings and cleaning program
 
Product details:
 
The use of special mesh chain transmission transmission workpiece, with spray cleaning, ultrasonic rough cleaning, ultrasonic rinsing, water rinsing, passivation, water rinsing, high-pressure water cutting, drying and other functions of a new continuous cleaning passivation drying equipment. The work piece is placed on the special transmission net chain manually, and when working, the cleaning work piece is placed on the conveyor belt, through the cleaning room, the cleaning room, the rinsing room, the passivation room, the passing water room, the cutting water room, the drying room, completes the cleaning, the rinsing, the passivation, the water rinses, the air-drying, the drying and so on, the machine has the advantages of multi-position, complete function, reasonable structure, convenient operation and good cleaning effect, which can improve the working environment and save labor force for the cleaning of assembly line parts, it is of great significance to improve the quality of cleaning, passivation and blow drying.
 
Cleaning Feedback:
 

 
 
Detail Information Of z-x 48:
 

 
Cleaning Effect:
 
 

 
Introduction Of Ultrasonic Cleaner Theory:
 
Cavitation is the key factor of ultrasonic cleaner theory. Cavitation is caused by fast crack of millions of bubble in a very short time. This process will be generated when ultrasonic wave(Vibration over 20KHz) came into cleaning liquid. When cavitation happen, it will generate strong pressure on the surface of cleaning parts which can take away the dirt in micro type.
 
 

 
FAQ:
 
1. What is Ultrasonics?
 
The science of ultrasonics is the study and application of mechanical vibrations above the range of human hearing—typically greater than 18,000 HZ.
 
2.  What are the advantages of ultrasound over traditional cleaning methods?
 
minimize the use of manual labor
make cleaning and degreasing without the use of organic solvents
clean hard to reach areas of products and remove all types of dirt
shorten the processes such as extraction, dispersion, purification, chemical reactions
eliminates costly mechanical and chemical cleaning of heat exchangers
 
3. What cleaning solution should I use?
 
A large variety of different formulas designed for specific applications. Proper selection is crucial for acceptable cleaning activity and to prevent unwanted reactions with the workpiece.
 
4. Can ultrasonic cleaning damage parts?
 
Ultrasonic cleaning is considered safe for most parts; although in some cases it is necessary to observe caution. Although the effect of thousands of implosions per second is very powerful, the cleaning process is safe.