570 Litre Ultrasonic Cleaning Tank, considering the features and specifications typically found in tanks of this size from Ultrasonics Engineering.
This tank combines substantial capacity with advanced ultrasonic cleaning technology, making it ideal for a wide range of applications.
The 570 Litre Ultrasonic Cleaning Tank is a testament to Ultrasonics Engineering’s commitment to providing top-tier industrial cleaning solutions. Its combination of size, advanced features, and efficient cleaning capabilities make it an excellent choice for businesses and industries seeking a reliable and effective solution for their large-scale cleaning needs.
The 570 Litre Ultrasonic Cleaning Tank from Ultrasonics Engineering is an industrial ultrasonic system engineered for high demand Australian environments, including mining maintenance workshops, transport depots, defence facilities, fabrication shops, and precision manufacturing plants. It is designed for repeatable process control, high throughput, and stable cleaning performance across extended operating shifts.
Key Features
Large Volume Process Capacity: The 570 litre working volume accommodates oversized components, multi part batch loads, baskets, and fixtures commonly used in Australian heavy industry. The tank geometry is optimised to promote even cavitation distribution and effective fluid circulation across the entire load area.
Industrial Grade Construction: The wetted chamber is manufactured from 316 stainless steel, providing high resistance to aggressive alkaline detergents, corrosion, and elevated temperatures. The outer cladding uses 304 stainless steel with a polished finish, giving structural rigidity and abrasion resistance suitable for busy workshop environments while maintaining a professional presentation on the factory floor.
High Efficiency Ultrasonic System: The tank is equipped with high output ultrasonic transducers driven by digital generator technology, delivering stable cavitation density across the full bath footprint. This promotes penetration into blind holes, fine internal passages, threaded sections, and complex geometries without mechanical contact, reducing the risk of surface damage on critical components.
Controlled Thermal Management: Integrated industrial heaters provide programmable temperature control up to 90 °C, allowing operators to align bath temperature with the activation range of the selected chemistry. Temperature stability is maintained via electronic control, improving repeatability when removing oils, greases, carbon, machining coolants, scale, and environmental contamination typical of Australian operating conditions.
Fluid Filtration and Oil Management: A stainless steel bag filtration assembly and oil separation cans operate in a recirculation circuit to remove suspended solids and free oils from the cleaning medium. This extends bath life, maintains consistent cleaning performance between shifts, reduces chemical consumption, and assists with managing waste streams in accordance with site environmental procedures.
Workshop Mobility and Integration: The tank is mounted on heavy duty industrial castors to facilitate relocation across concrete workshop floors and into existing maintenance cells or production lines. This mobility simplifies commissioning in crowded workspaces and supports deployment across multiple service areas within the same facility.
Acoustic Performance: The system incorporates noise management features that minimise operating sound levels for an ultrasonic installation of this capacity. This supports integration into Australian workshops where noise exposure is monitored and contributes to a more controlled working environment.
Ideal Applications
Automotive, Rail, and Heavy Vehicle Service: Cleaning of engine blocks, cylinder heads, turbocharger assemblies, injector components, braking hardware, drivetrain parts, and radiators prior to inspection, machining, or reassembly.
Mining, Marine, and Industrial Plant Maintenance: Decontamination of pumps, valves, heat exchangers, hydraulic manifolds, marine propulsion components, drilling and processing equipment exposed to abrasive slurries, saltwater, lubricants, and scale associated with Australian mine and port operations.
Aerospace, Defence, and Precision Manufacturing: Process cleaning of precision machined components, fuel and hydraulic system parts, landing gear components, tooling, fixtures, and assemblies that require controlled cleanliness levels before coating, bonding, welding, non destructive testing, or dimensional inspection.
Large Scale Workshops and Rebuild Centres: High volume cleaning support for engine rebuild facilities, remanufacturing lines, and multi discipline industrial service centres throughout Australia where consistent, documented cleaning outcomes are required as part of quality controlled workflows.
With an outer size of 1210 x 1100 x 700 millimetres, this tank delivers an impressive 400-litre capacity, making it ideal for industrial cleaning tasks that involve medium to large components. The generous size allows for efficient batch processing, reducing turnaround time in workshops and production lines.
The inner chamber is crafted from 316 stainless steel for exceptional resistance to corrosion, high temperatures, and harsh chemicals. The outer casing features a polished 304 stainless steel finish that combines structural strength with a clean, professional appearance suited to modern manufacturing environments.
Two oil catch cans and an integrated fluid spray bar efficiently capture and separate oil contaminants during the cleaning cycle. This design ensures that the cleaning solution remains cleaner for longer, reducing maintenance and extending the lifespan of both the fluid and the equipment.
The tank operates with a transducer power output of 3600 watts, driven by two high-performance generators equipped with digital power adjustment. This setup provides deep and consistent ultrasonic energy, ensuring thorough cleaning of complex parts, including components from mining, automotive, aviation, marine, and precision engineering industries across Australia.
An 8-kilowatt heater brings the 400 litres of cleaning fluid up to temperature in just 60 minutes. The fast heat-up time enhances cleaning effectiveness by optimising the chemical reaction of detergents, making the process both efficient and economical for continuous operation.
The system includes a high-pressure 316 stainless steel fluid transfer pump, along with 316 stainless steel transfer lines and an external 316 stainless steel bag filter. The removable filter bag allows easy maintenance and quick replacement, ensuring a consistently clean fluid cycle and reliable long-term performance.
The 400 Litre Ultrasonic Cleaning Tank is engineered for the most demanding industrial environments across Australia. It delivers exceptional performance for sectors such as automotive manufacturing, mining, aerospace maintenance, marine engineering, heavy transport, and precision machining. Each cycle provides powerful, reliable, and repeatable cleaning results that meet the highest standards of industrial cleanliness and quality control.
From Melbourne and Sydney to Brisbane, Perth, and major regional hubs, this advanced ultrasonic cleaning system sets a new benchmark for efficiency and consistency in large-scale maintenance and production facilities. Designed and supported by Ultrasonics Engineering, it represents one of the most capable and trusted industrial cleaning solutions available in the Australian market today.
Ultrasonic tanks use high-frequency sound waves to create microscopic bubbles that gently lift rust, paint, and surface contaminants without abrasive grinding or harsh chemicals. This process preserves the integrity of the underlying metal while delivering a uniform, deep clean that reaches even complex shapes and hidden crevices.
Ultrasonic tanks are highly effective for cleaning trimming machines because they remove built-up resin, oil, and fine debris from intricate parts and cutting edges without manual scrubbing. The ultrasonic process restores performance, extends machine life, and ensures cleaner, more precise trimming in every production cycle..
Switching to ultrasonic cleaning technology helps create a safer and cleaner workplace by completely eliminating the need to handle hazardous solvents or chemical waste. The water-based cleaning process reduces operator exposure to toxic substances, improves air quality, and keeps your workshop compliant with modern safety and environmental standards.
Ultrasonic cleaning provides a powerful solution for the marine industry by removing salt, oil, carbon, and corrosion from complex engine and hydraulic components. It reaches deep into hard-to-access areas, restoring parts to peak efficiency while reducing manual labour and minimising environmental impact in shipyards and maintenance facilities.
Discover how ultrasonic cleaning can cut labour and running costs by automating the cleaning process and reducing manual handling. With the use of safe, biodegradable cleaning solutions, you can achieve superior results while protecting both your workforce and the environment.
Ultrasonic cleaning is ideal for the hydraulic rebuilding industry, delivering deep, uniform cleaning of valves, pistons, and cylinders without causing surface damage. It removes oil, carbon, and metal residues from internal passages, improving rebuild quality, reducing labour time, and ensuring every component performs to precise tolerances.