What if you could reclaim two hours per day, per production line? In a competitive industrial market, dedicating operators to cleaning or inspecting parts represents a loss of time, margins, and focus. Combining ultrasound, basket/spray washers, and high pressure in a single parts cleaning machine allows you to standardize quality, shorten cycle times, and reduce costs. Integrate this solution into an all-in-one approach: equipment, maintenance, detergents, and waste management, available for purchase or lease with a fixed monthly fee.
Why automate now
- Productivity: less rework and downtime; improvements of up to +70% depending on the part, dirt, and process.
- Repeatable quality: closed parameters (time, temperature, flow rate, chemistry) → stable results.
- Safety: less manual handling, closed and controlled processes.
- Lower total cost: less energy per part, longer-lasting baths, and fewer downtimes.
Ultrasound and cavitation: deep cleaning without damage
Cavitation generates microbubbles that implode and remove contaminants (grease, oil, polishing paste, light oxides) even in internal geometries: blind holes, threads, and narrow passages. The result is uniform and rapid cleaning, ideal for machined parts, molds, rollers, or complex assemblies.
Multi-stage basket washers: stable cycle from start to finish
For series and families of parts, basket washers automate the entire process:
Washing → Rinsing → Protection/Passivation → Drying.
The basket ensures constant flow and predictable cycle times; when the part requires it, ultrasound is integrated into selective stages to reach areas that the spray cannot reach.
Alkaline water-based chemistry: safe, effective, and traceable
We work with water-based (alkaline) detergents, which are effective on most industrial contaminants and do not emit VOCs. Benefits:
- Environmental compliance and up-to-date documentation.
- Less operator exposure and a safer environment.
- Recirculation and filtration extend bath life and reduce changes.
Savings and environmental metrics that matter
- Energy: efficient transducer and pump design → fewer kWh/part.
- Water footprint: closed circuits, filtration, and controlled evaporation → lower water consumption.
- Carbon footprint: less energy, less waste transport, and longer-lasting baths → lower total emissions.
- Total cost of ownership (TCO): fewer downtimes, fewer reprocesses, and greater availability.
All in One : a single machine, zero friction
- Equipment: ultrasonic, basket/spray washers, and high pressure; manual reprocessing solutions when applicable.
- Service: preventive/corrective maintenance, detergent supply, and traceable waste management.
- Access model: purchase or leasing, fixed fee, and extended warranty.
- Environmental support: adaptation of activity/waste/regulations for inspections without surprises.
If your operators are still cleaning by hand, how much does each hour of non-production cost you?
Conclusion
Automating industrial parts cleaning is no longer a simple productivity upgrade; it is a strategic decision that directly impacts quality, cost control, safety, and environmental performance. By combining ultrasonic technology, multi-stage basket washers, and high-pressure systems, manufacturers gain a robust, repeatable, and scalable cleaning process capable of meeting today’s industrial standards and tomorrow’s regulatory constraints. From deep cavitation cleaning of complex geometries to fully controlled wash, rinse, protection, and drying cycles, every parameter is mastered and traceable.
Beyond the technical benefits, an all-in-one approach integrating (equipment, chemistry, maintenance, and waste management) eliminates operational friction and secures total cost of ownership over the long term. Reduced rework, optimized energy and water consumption, and safer working conditions translate into measurable gains on the shop floor. In an industry where margins are tight and performance is non-negotiable, automated industrial cleaning is no longer an option: it is a lever for sustainable competitiveness and operational excellence.