Challenge
A manufacturing facility required an automated parts washer capable of thoroughly cleaning diesel engine pistons while overcoming labor constraints and maintaining strict throughput targets. The system needed to address both external surfaces and complex internal cavities, including areas accessible only through small diameter openings, all while ensuring consistent quality and minimizing manual handling. Improving productivity without compromising precision or durability was central to the project’s success.
Approach
Better Engineering developed a robotic carousel style parts washer engineered to streamline piston cleaning through automated loading and unloading combined with precision robotic spray technology. The system was designed to clean both the interior and exterior of each piston, directing high impact spray into hollow cavities through small access points to ensure complete coverage. By indexing parts through dedicated wash, rinse, and dry zones at consistent intervals, the machine maximizes operational efficiency while reducing reliance on manual labor and enhancing process repeatability.
Results
The completed solution delivered a C 6000 PCS automated washing system with robotic load and unload capability, significantly reducing labor involvement while increasing throughput. The integration of precision robotic cleaning with Zero Degree jet technology ensured thorough removal of contaminants from even the most confined internal features. With consistent indexing cycles and highly repeatable robotic motion, the system achieved reliable cleaning performance, all within a durable, all stainless steel construction designed for long term industrial use.
Conclusion
Better Engineering successfully provided an automated robotic parts washer that elevates piston cleaning through intelligent automation and precision spray control. By combining robotic handling, targeted internal cavity cleaning, and a structured multi stage process, the system delivers consistent, high quality results while improving production efficiency. The result is a robust, production ready solution that addresses labor challenges, meets demanding throughput requirements, and supports long term operational reliability.
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