Challenge
Operating within a controlled clean room environment, the customer needed a precision cleaning solution for delicate, laser-drilled plates. The challenge extended beyond cleanliness alone. The system had to maintain strict noise limits at or below 75 dB while fitting within a facility constrained by low ceiling heights. Traditional equipment options risked exceeding sound thresholds or failing to deliver the level of precision required for such intricate components.
Approach
Better Engineering developed a customized CJ-6 Rotary Drum Washer designed specifically for clean room integration. The system was fully enclosed with sound-dampening panels to ensure compliance with strict noise requirements, creating a quieter operational footprint without sacrificing performance.
To accommodate spatial limitations, the washer was engineered with a compact, low-profile design that maximized usable cleaning capacity within the available vertical space. The cleaning process itself combined multiple technologies, including spray, immersion, and ultrasonic action, forming a layered approach capable of reaching fine features and internal geometries created during laser drilling.
Results
The implementation of the CJ-6 delivered a cleaning process that met both environmental and performance demands. The enclosed design ensured consistent adherence to clean room standards while maintaining acceptable noise levels for operators. At the same time, the multi-stage cleaning approach provided thorough and repeatable removal of contaminants from intricate plate surfaces.
The result was a reliable, high-precision cleaning system that improved process consistency while aligning seamlessly with the facility’s strict operational constraints.
Conclusion
By combining compact engineering, acoustic control, and multi-stage cleaning technologies, the CJ-6 Rotary Drum Washer provided a tailored solution for a highly specialized application. The system not only met clean room and noise requirements but also delivered the precision cleaning performance necessary for laser-drilled components. This balance of environmental compliance and cleaning effectiveness enabled the customer to maintain quality standards while operating efficiently within their facility limitations.
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