Hisashi Industries, a manufacturer of professional ultrasonic cleaning equipment, today announced the launch of its latest ultrasonic cleaning solution for manufacturing, engineered to meet the precision-cleaning demands of automotive workshops, CNC machining operations, and printed circuit board (PCB) manufacturers. The new equipment line became available this month through the company's Greater Noida facility and is being distributed to industrial customers across India, with plans for wider regional distribution in the coming months.
The launch addresses a persistent challenge in manufacturing environments: removing contaminants such as oil, grease, metal particulates, flux residue, and carbon buildup from components without damaging delicate surfaces or leaving manual cleaning inconsistencies behind. Traditional cleaning methods, including manual scrubbing and solvent immersion, often struggle to reach complex geometries, tight tolerances, and internal cavities found in modern automotive and electronic components. Hisashi Industries designed its ultrasonic cleaning solution for manufacturing settings specifically to address these gaps, using high-frequency sound waves to generate microscopic cavitation bubbles that dislodge contaminants from surfaces that other methods cannot effectively reach.
"Manufacturers today are under constant pressure to improve throughput while meeting tighter quality and compliance standards," said Rajeev Sharma, Managing Director of Hisashi Industries. "Our goal with this ultrasonic cleaner line was to give workshop owners and production managers a cleaning process they can trust — one that's consistent, repeatable, and doesn't require them to compromise between speed and precision."
The company's ultrasonic cleaning systems are built for several industrial use cases. In automotive workshops, the equipment is used to clean engine components, fuel injectors, carburetors, and transmission parts, removing carbon deposits and grease buildup that affect performance. In CNC machining environments, the systems target coolant residue, cutting fluid, and metal shavings from machined parts prior to inspection, assembly, or coating. For PCB manufacturers and electronics assemblers, the ultrasonic cleaning process is used to remove flux residue and particulate contamination from circuit boards without the mechanical stress that manual or brush-based cleaning can introduce.
Industry analysts have noted a broader shift toward ultrasonic and other non-abrasive cleaning technologies in manufacturing, driven in part by tightening environmental regulations around solvent-based cleaning and a growing emphasis on reducing part rework and warranty claims tied to inconsistent cleaning outcomes. Ultrasonic cleaning is also frequently cited in industrial maintenance literature as a lower-waste alternative to chemical degreasing, since many systems can operate with water-based or biodegradable cleaning agents rather than harsh solvents.
"What we're seeing across the sectors we serve is a move away from cleaning as an afterthought and toward cleaning as a defined, measurable step in the production process," Sharma added. "Workshops and manufacturers want documentation, repeatability, and equipment that fits into how they already operate — not a process that adds friction."
Hisashi Industries said the launch is part of a broader push to expand its footprint in India's industrial cleaning equipment market, with additional product development and content resources planned to help automotive workshops, CNC shops, and electronics manufacturers better understand ultrasonic cleaning technology and how to integrate it into existing workflows. The company indicated it will continue to release technical guidance and application-specific resources through its website in the coming months.
Executive Quotes
"Manufacturers today are under constant pressure to improve throughput while meeting tighter quality and compliance standards. Our goal with this ultrasonic cleaner line was to give workshop owners and production managers a cleaning process they can trust — one that's consistent, repeatable, and doesn't require them to compromise between speed and precision." — Rajeev Sharma, Managing Director, Hisashi Industries
"What we're seeing across the sectors we serve is a move away from cleaning as an afterthought and toward cleaning as a defined, measurable step in the production process. Workshops and manufacturers want documentation, repeatability, and equipment that fits into how they already operate — not a process that adds friction." — Rajeev Sharma, Managing Director, Hisashi Industries
Why It Matters
Cleaning quality directly affects downstream outcomes in manufacturing — from part longevity and machine performance to compliance with quality standards in regulated supply chains. As automotive workshops, CNC operations, and electronics manufacturers face increasing pressure around production speed, part precision, and environmental compliance, the method used to clean components is no longer a minor operational detail. Ultrasonic cleaning technology offers a way to standardize this step, reducing variability that can otherwise lead to part failure, rework, or customer returns. For an industrial base still transitioning away from manual and solvent-heavy cleaning methods, a locally accessible, purpose-built ultrasonic cleaning solution represents a meaningful operational upgrade rather than a incremental one.
About Hisashi Industries
Hisashi Industries is a manufacturer of professional ultrasonic cleaning equipment based in Greater Noida, India, serving automotive workshops, CNC machining operations, PCB manufacturers, and other industrial customers. The company designs and supplies ultrasonic cleaning systems built for precision component cleaning across a range of manufacturing applications. More information is available at hisashiultrasonic.com.
Media Contact
Hisashi Industries Greater Noida, India Phone: +91 9871013815 Email: [email protected]
FAQs
Q1: What is an ultrasonic cleaning solution for manufacturing? It's an industrial cleaning system that uses high-frequency sound waves to create microscopic bubbles in a cleaning liquid. These bubbles collapse against a part's surface, dislodging oil, grease, flux residue, and particulates without manual scrubbing or harsh solvents.
Q2: Which industries use ultrasonic cleaners? Ultrasonic cleaners are widely used in automotive workshops, CNC machining shops, PCB and electronics manufacturing, and other industrial settings where components require precise, residue-free cleaning before assembly, coating, or inspection.
Q3: How is ultrasonic cleaning different from manual cleaning? Ultrasonic cleaning reaches tight tolerances, internal cavities, and complex geometries that brushes or rags often miss. It also produces more consistent results across batches and reduces the risk of surface damage from abrasive scrubbing.
Q4: Is ultrasonic cleaning safe for electronic components like PCBs? Yes, when configured correctly. Ultrasonic systems used for PCB cleaning are calibrated to remove flux residue and contaminants without the mechanical stress that manual or brush-based methods can introduce to sensitive circuitry.
