Ultrasonic cleaning ensures thorough cleanliness, saves time, reduces manual effort, and extends the lifespan of components—all while being eco-friendly.
Ultrasonic cleaning uses high-frequency sound waves (typically 20–40 kHz, often between 35–45 kHz) to create microscopic cavitation bubbles in a liquid cleaning solution . As bubbles collapse, they release powerful micro‑jets that dislodge dirt, grease, rust, oils, and other contaminants from surfaces—even in hidden crevices, holes, or blind areas.
This method is highly effective, fast, and precise. It works on metals, ceramics, plastics, rubber, glass, and more. From surgical instruments and PCBs to automotive parts and jewelry, ultrasonic cleaners deliver deep, consistent cleaning results
Local Expertise in Noida: At HisashiUltrasonic, manufacturing is done right here in Noida, enabling fast production, customization, and support tailored specifically for Indian and global markets .
Advanced Technology: Our units incorporate top-tier piezoelectric transducers, high‑efficiency generators, stainless steel tanks, temperature control, and digital timers—all engineered for reliability and performance.
Custom Solutions: We offer single‑tank, multi‑tank, benchtop, floor‑standing, and automated systems designed per client needs. Whether it’s jewelry polishing or heavy-duty industrial cleaning, we tailor the solution.
Commitment to Quality: Every machine undergoes stringent quality checks. Our products comply with industrial standards, ensuring durability, efficiency, and safety.
Compact and portable: ideal for small workshops or labs.
Tank sizes typically range from 0.5 L to 8 gal (about 2–30 L) .
Frequencies around 40 kHz make them gentle enough for jewelry, lenses, watch parts, small bearings, and surgical instruments .
Perfect for light-duty use in electronics repair, dental clinics, optical workshops.
Larger benchtop models (up to ~50 gal/200 L) for higher volume .
Increased power, optional sweep modes, and adjustable frequency settings (e.g. 37 kHz, 45 kHz) .
Suited for automotive parts, machined components, 3D‑printed items, or heavier cleaning demands.
Heavy‑duty systems with tanks up to 1,000 L or more .
May include multiple tanks (wash, rinse, dry), filtration, automatic handling, PLC control for automated workflows .
Frequencies as low as 25 kHz for aggressive cleaning of automotive, aerospace, heat‑exchanger parts, large manufacturing components .
Integrated systems with 2‑stage or 4‑stage processes: pre‑wash, ultrasonic wash, rinse, and optional drying station .
Often automated with conveyors or basket transfers for seamless operations.
Ideal for laboratories, pharmaceutical, medical instrument sterilization, or mass parts processing.
Transducers can be dropped into an existing tank or fluid bath.
Cost‑effective upgrade when you already have a tank and cleaning setup.
Common in industrial retrofits or portable cleaning scenarios
Uses frequencies around 0.8–2 MHz, much higher than ultrasonic.
Produces reduced cavitation, ideal for extremely delicate surfaces like semiconductor wafers or optical lenses .
HisashiUltrasonic can integrate megasonic units on request for ultra‑delicate applications.
We use piezoelectric transducers (e.g. PZT ceramics) for reliable conversion of electricity into high-frequency mechanical vibrations. For specialized requirements, magnetostrictive options are available too.
State-of‑the‑art ultrasonic generators supply stable power at target frequencies. Advanced models support dynamic sweep, dual frequency, and power modulation for consistent performance under varied loads .
Tanks constructed from 316L or 304 stainless steel, ensuring corrosion resistance and durability.
Designed to avoid dead spots; cleaning baskets prevent parts from contacting tank walls or bottom .
Mounted heaters maintain optimal cleaning temperatures (typically 50–60 °C).
Some medical applications use lower temps (<45 °C) to avoid protein coagulation .
A range of solutions: alkaline (for oils/grease), acidic (rust removal), neutral, enzymatic (protein, biological soils) .
HisashiUltrasonic advises correct solution selection for each application.
HisashiUltrasonic, based in Noida, delivers versatile, high-performance ultrasonic cleaning machines across industries. From bench‑top jewelry cleaners and medical instrument washers to large-scale industrial or multi-stage automated systems, our solutions are designed for precision, efficiency, safety, and longevity.
With years of experience, local manufacturing expertise, customizable options, and post‑sales service, HisashiUltrasonic leads in ultrasonic cleaner manufacturing. If you’re looking for reliable, efficient cleaning solutions in Noida (or beyond), HisashiUltrasonic offers tailored products built to deliver results.
Ultrasonic cleaning ensures thorough cleanliness, saves time, reduces manual effort, and extends the lifespan of components—all while being eco-friendly.
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