Ultrasonic cleaning allows you to clean lenses and delicate optical components with high efficiency and safety. It maintains the precision and reliability of sensitive equipment. It reduces failures, rework, and part replacement costs.
In environments where micrometrics and optical purity are critical, ultrasound is not a luxury—it is a quality standard.
Practical application examples:
A lens manufacturing laboratory uses ultrasound before applying anti-reflective coatings.

An electron microscopy research center cleans lenses and mounts with ultrasound to avoid artifacts.

A workshop for optical surgical instruments (such as endoscopes) uses ultrasound for deep decontamination.

Efficient removal of residues and impurities from automotive parts, increasing their useful life.

Remove:

• Burnt oil

• Encrusted dirt

• Carbonization

• Fuel residues

• Light rust

• Grease and metal grains

All this without damaging the part, even in hard-to-reach areas.

​

Practical examples of applications:

- Cleaning of electronic injection system parts.

- Engine and gearbox maintenance

- Cleaning of mechanical parts before inspection or grinding.

- Brake and suspension maintenance

- Cleaning of electrical and electronic parts.

- Workshop tools and accessories.

​

Ultrasonic cleaning is an extremely advanced tool in areas such as Electronics, IT and Robotics, where the presence of dirt, dust, welding residue, oils or corrosion can seriously compromise the operation, durability and precision of sensitive devices.

Cleaning printed circuit boards (PCBs) to remove solder flux residue (rosin, acids), fine dust and metallic particles, assembly oils, or fingerprints. Essential after manual or oven soldering processes.

Maintenance of integrated mechanical components such as gears, shafts, stepper motors, and bearings. Removal of dried grease, filings, or wear residue. Allows for preventive maintenance without complete disassembly.

Cleaning of structures (aluminum, technical plastic) such as 3D printed or machined parts that accumulate manufacturing waste.

Removal of dust, cutting oil or adhesives.

Limpsonic ultrasonic cleaners are high-precision, high-efficiency tools used in sectors where critical component cleanliness is essential for safety, performance, and reliability. In the Industrial, Aeronautical, Naval, and Military sectors, cleanliness standards are extremely stringent, and ultrasound perfectly meets these requirements.
Practical application examples:
- Cleaning of machining tools.
- Degreasing parts before painting, coating, or assembly.
- Maintenance of production equipment (bearings, gears, valves).
- Maintenance of hydraulic and pneumatic components (valves, actuators).
- Cleaning of valves, pumps, and cooling systems.
- Maintenance of electronic communication and navigation systems.

The ultrasonic bath, as it is known in these fields, is a versatile tool used in fields such as chemistry, biology, medicine, nanotechnology, and engineering.
Applications: Precise cleaning of glassware such as vials, pipettes, chromatography columns, and sensors, preventing sample contamination and ensuring reliable results.

Effective in solubilization, emulsification, homogenization, degassing, particle dispersion, chemical reactions, and nanotechnology processes.

A great ally in cleaning punches, tablet and capsule molds, dosing nozzles, filters, syringes, needles, tools, and sieve sizes in the pharmaceutical industry.

The ultrasonic cleaner is an extremely effective tool for diesel engine maintenance, especially for deep cleaning components that accumulate dirt, fuel residue, carbon buildup, burnt oil, and sludge. Its use improves performance, extends the life of parts, and reduces failures.

It is a great ally for maintenance technicians in restoring the efficiency of injectors, injection pumps, turbines, high-pressure filters, common rails, rings, pins, bushings, and other metal parts with ultrasonic cleaning. It easily removes carbon buildup, residues, and micro-debris that impede proper operation.
Advantages: Deep cleaning, no mechanical wear, saves time, improves maintenance accuracy, and extends component life.

In the jewelry, watchmaking, furnishing, and prosthetics segments, the ultrasonic cleaner is a critical tool for quality, hygiene, and efficiency.
Cleaning after polishing or plating (e.g., gold, rhodium, silver).

Cleaning crevices, interlocking joints, and hard-to-reach areas.

Safe for precious stones (diamonds, sapphires, rubies).

Cleaning internal components of mechanical watches such as gears, springs, pins, hands, and dials.

Cleaning cases and bracelets (metal, leather, silicone).

Cleaning buckles, buttons, zippers, appliqués, medals, mirrors, and clothing.

Cleaning removable prosthetics (dentures, bridges, orthodontic appliances).

Cleaning orthopedic prosthetic components (knees, hips, pins).