Challenge
Manufacturers handling high volumes of small metal components required a reliable method to clean parts trays efficiently while maintaining consistent throughput. The process needed to ensure thorough removal of contaminants while minimizing manual handling and maintaining a smooth workflow for a single operator. In addition, the system had to support continuous processing without bottlenecks and provide consistent results across multiple cleaning stages.
Approach
Better Engineering implemented a C-24 automated parts washer configured with an oval conveyor system designed to move baskets of small metal parts through a controlled multi-stage cleaning process. The system begins with a demagnetizing zone that prepares parts for washing before entering a four-stage sequence consisting of wash, rinse, rinse, and dry operations. Trays are loaded onto gravity rollers and automatically indexed through each stage using timed controls that regulate movement and spacing. The oval conveyor layout allows trays to circulate through the cleaning zones and return to the operator, enabling streamlined loading and unloading from a single location.
Results
The integrated system provides consistent and repeatable cleaning performance for small parts trays while maintaining efficient part flow. Automated indexing ensures that each tray progresses through the wash, rinse, and drying stages in the correct sequence and duration, producing thoroughly cleaned and dried components. The circular conveyor design supports continuous operation and allows trays to accumulate in designated zones when needed, preventing workflow interruptions and improving overall productivity.
Conclusion
The C-24 automated parts washer delivers an efficient solution for cleaning small metal components by combining controlled multi-stage processing with a user-friendly material handling layout. Its integrated demagnetizing, washing, rinsing, and drying stages ensure consistent cleaning performance while the oval conveyor configuration enables smooth part circulation and simplified operator interaction. The result is a dependable system that enhances operational efficiency, maintains cleaning consistency, and supports reliable production workflows.
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