Choosing the right ultrasonic cleaner machine can improve component cleanliness, reduce manual scrubbing, and support more consistent industrial cleaning processes. However, different industries need different cleaning capacities, frequencies, temperatures, and automation levels.
If you are searching for an ultrasonic cleaner manufacturer in India, start by identifying the components you need to clean, the contamination involved, and your daily production volume.
Hisashi Ultrasonic, based in Greater Noida, Uttar Pradesh, manufactures ultrasonic cleaning machines for automotive, medical, electronics, aerospace, jewellery, and precision engineering applications.
This 2026 guide explains how to compare cleaning machines and select a suitable industrial system.
An ultrasonic cleaner uses high-frequency sound waves in a cleaning liquid to remove contaminants from component surfaces, recesses, and difficult-to-reach areas.
Key points for buyers:
Explore the ultrasonic cleaning machines available from Hisashi to compare the available categories.
Ultrasonic cleaning uses a process called acoustic cavitation.
A generator supplies electrical energy to ultrasonic transducers, which produce high-frequency mechanical vibrations in the cleaning solution.
These vibrations create microscopic bubbles. Their formation and collapse generate localized cleaning action that helps loosen contamination from exposed component surfaces.
The process generally follows four steps:
Cleaning performance depends on the component geometry, chemistry, ultrasonic frequency, temperature, loading arrangement, and cycle duration.
Importantly, ultrasonic cleaning does not automatically sterilize equipment. Medical instruments may require additional validated processing.
Hisashi Ultrasonic offers multiple cleaning configurations, allowing buyers to select equipment according to their manufacturing requirements.
| Machine type | Suitable applications | Main advantage |
| Single-tank ultrasonic cleaner | Small and medium batch cleaning | Straightforward operation |
| Heated ultrasonic cleaner | Oils, grease and compatible industrial residues | Temperature-assisted cleaning |
| Industrial ultrasonic tank | Automotive and precision components | Larger working capacity |
| Multi-stage ultrasonic cleaner | Production lines with several cleaning steps | Integrated process stages |
| Fully automatic ultrasonic cleaner | Repetitive industrial cleaning | Reduced manual handling |
These machines are useful when components can be cleaned effectively in one ultrasonic bath, followed by any necessary separate rinsing and drying.
Hisashi lists a 22-litre single-stage cleaner with digital controls and an integrated heater. The published specifications include eight transducers, a 480-watt working load, and a temperature range up to 80°C.
Buyers can examine the 22L single-stage ultrasonic cleaner specifications to evaluate its suitability.
Multi-stage machines can combine different processing operations, such as ultrasonic cleaning, rinsing, and drying.
They may be appropriate for industrial operations requiring controlled component handling and repeatable cleaning sequences.
Hisashi provides multi-stage aqueous ultrasonic cleaning solutions for applications requiring more than a single cleaning operation.
Before purchasing a machine, compare the following technical parameters.
Frequency influences cavitation behaviour.
Lower ultrasonic frequencies are commonly considered for robust components and heavier contamination. Higher frequencies may be suitable for more delicate components or finer cleaning requirements.
Hisashi advertises a configurable frequency range of 25 to 80 kHz across its cleaning solutions.
The appropriate frequency should be evaluated through application testing rather than selected solely from a general rule.
A larger tank does not necessarily provide greater cleaning effectiveness.
Measure the actual component dimensions, required basket clearance, and total batch weight.
A machine with adequate nominal capacity but insufficient usable basket space can create loading problems.
Heating may improve the performance of certain aqueous cleaning chemistries.
However, excessive temperature can affect cleaning chemistry, component materials, and cavitation behaviour.
Choose operating temperatures according to the detergent manufacturer’s recommendations and the component’s material compatibility.
For frequent industrial cleaning, consider whether the system requires:
These features should be selected according to production requirements.
Different industries use ultrasonic cleaning for different contamination challenges.
Automotive manufacturing: Cleaning machined components, valves, and suitable metal parts affected by oils, coolant, and particulate contamination.
Medical instrument processing: Removing suitable soils from compatible instruments before further cleaning, disinfection, or sterilization as required.
Electronics manufacturing: Cleaning compatible electronic components and assemblies using appropriate chemistry and validated handling methods.
Precision engineering: Removing machining residues and particles from components with complex geometries.
Die and mould manufacturing: Cleaning accessible surfaces and features of compatible tooling without relying entirely on manual brushing.
Not every component is suitable for ultrasonic cleaning. Sensitive assemblies, incompatible materials, and certain surface finishes may require special consideration.
Finding a reliable ultrasonic cleaner machine supplier in India involves more than comparing equipment catalogues.
A purchasing team should assess five areas.
Application understanding: Can the supplier evaluate your component material, contamination type, and cleanliness requirements?
Machine customization: Can the proposed system accommodate the required dimensions, basket loading, frequency, and automation?
Cleaning trials: Can the supplier demonstrate the proposed process using representative samples?
Documentation: Are operating instructions, electrical specifications, maintenance requirements, and warranty terms clearly provided?
After-sales arrangements: Can the supplier explain technical support availability, spare parts, and maintenance responsibilities?
Hisashi publishes information about its in-house fabrication, assembly, testing, and customized industrial cleaning solutions. Its website also provides a process for requesting a cleaning trial using component details.
Ultrasonic cleaner machine prices depend on chamber capacity, generator specifications, heating power, tank material, automation, and optional equipment.
| Cost factor | Why it affects the quotation |
| Tank capacity | Influences machine dimensions and material requirements |
| Ultrasonic power | Affects generator and transducer configuration |
| Heating system | Adds temperature-control components |
| Automation | Requires additional controls and handling equipment |
| Filtration | Adds pumps, filters, and related components |
| Rinsing and drying | Adds processing stages and equipment |
Since confirmed prices are not displayed for every model, buyers should request a model-specific quotation.
Avoid comparing quotations only by tank volume. Compare the full operating specifications and scope of supply.
When requesting a quotation from Hisashi Ultrasonic, include your component material, dimensions, contamination type, batch quantity, and required cleaning outcome.
This information helps the manufacturer evaluate an appropriate machine configuration.
Hisashi Ultrasonic contact details:
You can contact Hisashi Ultrasonic for a machine quotation or discuss a sample cleaning trial.
Hisashi Ultrasonic is an ultrasonic cleaning equipment manufacturer based in Greater Noida, Uttar Pradesh. It provides single-stage, multi-stage, and customized industrial cleaning systems.
It is used to remove suitable oils, grease, particles, polishing compounds, and other contaminants from compatible components using ultrasonic cavitation.
The appropriate machine depends on component dimensions, material, contamination, batch quantity, and required cleanliness. Industrial single-tank and multi-stage systems are among the available options.
A 40 kHz machine can be suitable for many industrial applications. Final selection requires evaluating the component, contamination, chemistry, and cleaning performance.
Ultrasonic agitation can assist compatible rust-removal processes, but effectiveness depends on the corrosion condition, chemical solution, and component material.
Share your component specifications and cleaning requirements with the manufacturer, request a cleaning trial where appropriate, and compare a detailed technical and commercial quotation.
Selecting an ultrasonic cleaner machine requires understanding your cleaning process before comparing equipment.
Tank capacity, ultrasonic frequency, heating, automation, and chemical compatibility all influence the choice.
For industrial buyers seeking an ultrasonic cleaner manufacturer in India, Hisashi Ultrasonic offers single-stage and customized multi-stage cleaning solutions.
Discuss your cleaning requirements with Hisashi Ultrasonic and request a quotation for a system matched to your components and production needs.