Hot-Sale Power Switchable Ultrasonic Filter Cleaner 77L 1200W for Industrial

1	Model No.	JP-240G
2	Image
3	Ultrasonic model	Ultrasonic Frequency	28,000 Hz/ 40,000Hz optional, or dual frequency
		Material	Stainless Steel SUS304
		Tank Capacity	77 L
		Timer	1~99 hours adjustable
		Heater	20°C to 95°C adjustable
		Machine voltage	380V 3 phase
		Generator voltage	AC 110V/220V
		Ultrasonic Power	1200W
		Heating Power	3000 W
		Generator	1 set
		Washing basket	1 pc
		Caster	4 pcs
		Drainage	include
		Cover	include
		Oil skimmer	attached tank, pump
4	Packing	Tank Size	550X400X350 mm( L x W x H )
		Unit Size	780*1050*805mm  ( L x W x H )
		Package Size	840*1110*925mm ( L x W x H )
		N.W/G.W	160kg/190kg
		Warranty	1 year
5	Features	1. Stainless steel SUS304 2. Power adjustable by clockwise, LED display for timer and heater seting, 3. Stainless steel washing basket and Lid, 4. ultrasonic cleaning solutions penetrate virtually any soil type including: oils, residues, solvents, pastes and chemicals and other contaminants are safely lifted and dispersed, leaving a surface appearance that is clean and free of particulate; even in crevasses and internal bores.
6	Application.	industry intrument,hardware instrument,scientific laboratory, automotive parts, motor, machine tool,etc.
7	Certificates	CE, ROHS, FCC, ISO9001:2008

• Professional use for this ultrasonic cleaner: Medical and Dental Clinics, Tattoo Shops, Scientific Labs and Golf Clubs; Jewelers, Opticians, Watchmakers, Antique Dealers and Electronics Workshops etc.
• 3000W ultrasonic power; Time setting: 1 - 99hours Temperature setting: 20-95 degrees Celsius;40 kHz frequency
• The ultrasonic cleaner solution is perfect for cleaning electronic tool, jewelry, glasses, dental instruments, etc.
• 1-YEAR WARRANTY: Backed by 1-year limited warranty, free exchange if the item is defective

If your company has other needs, you can choose the size that suits you according to the chart below

How ultrasonic cleaner works:

Electrical energy is converted into mechanical vibrations thanks to special elaborated transducers.These vibrations are transferred into the fluid through the walls of stainless steel.This creates tiny microscopic vacuum bubbles, which cause consecutive implosions (cavitation).The high-energy jets that are thus created can efficiently remove dirt from surfaces an materials placed in the cleaning bath.

Why we use filter(filtration cycle system)?
Cleaning of the manufacturing industry Cleaning of the manufacturing industry usually requires a large amount of solvent to remove grease and dust on the surface of the part. Usually, a large amount of solvent and detergent are used to remove the grease and dust on the surface of the part.
However, the use of solvents and detergents inevitably increases the amount of water, which increases the cost of cleaning and is not environmentally friendly.The circulation filtration system effectively reduces the cleaning cost, greatly reduces
the discharge of wastewater, and achieves the purpose of sustainable recycling of cleaning water.

Company profile
Here are the Skymen company.You can know more about us with the details.
FAQ:
What industrial workpieces can be cleaned?
1. Semiconductor workpieces
The semiconductor workpieces that can be cleaned by ultrasonic cleaning equipment include integrated circuits, power tubes, silicon wafers, gallium arsenide, diodes, lead frames, capillaries, trays, etc. If there are dirt such as dander, etching oil, stamping oil, polishing wax and dust particles in these tasks, the ultrasonic cleaning equipment can be effectively cleaned.

2. Electronic and electrical workpieces
Many electrical and electronic workpieces can be cleaned with ultrasonic cleaning equipment, mainly including electronic tube parts, cathode ray tubes, printed circuit boards, quartz parts, resistors, voltmeters, variable capacitors, circuit breakers, relays, and connections Adapters, variable connectors, electrolytic contactors, speaker components, power meters, motors/rollers/fixing pieces on the pump, etc. If there are fingerprints, powder, cutting oil, stamping oil, iron filings, polishing materials, walnut powder, polishing wax, sticky, resin, dust, etc. on these workpieces, they can be cleaned with ultrasonic cleaning equipment.

3. Workpieces of optical devices
Optical devices such as lenses, prisms, lenses, filter lenses, glass devices, film, and optical fibers can also be cleaned of plastic residues, resin, paraffin, fingerprints and other dirt through ultrasonic cleaning equipment.

What are the Advantages of ultrasonic cleaners?
1. Convenient and time saving, saving manpower and saving time.
2. The ultrasonic cleaning machine is designed with multiple safety devices, electric drive, no gas generation, and is environmentally friendly. With advanced technology and an experienced design team, the ultrasonic cleaner is able to clean a variety of printheads.
    Quality assurance CE and ISO9001.
3. With our own design and technology, our machines are designed to be highly efficient and clean, without damaging the cleaning components and for precise items.
4. We have our own independent technology research and development team as well as experienced design teams and skilled workers.
    We are able to offer the highest quality machines at the factory price.

How do I choose frequency for my industrial components?
Ultrasonic cleaning machines uses the working frequency of 28 kHz (with a ±2%sweep system)for autoparts. This has been determined as the most effective for cleaning components within the sectors described above, as it achieves the best cleaning without damaging any soft materials like aluminum, magnesium, brass etc. For cleaning requirements not specified above, we may occasionally recommend an alternative frequency, or where the quality requirements of the client are very particular and 40 kHz (sweep system ±2%) 

 

Q: Are there any installation instructions after receiving the machine?
A: Yes, we provide the oretical and practical training for equipment operators of client companies to standardize operations and maximize equipment production efficiency.