Section Bar Swarf Removal Using Blowing and Suction Flow

The swarf removal system is segmented into distinct functional components: blowing devices positioned at the processing station and suction devices positioned along the base. This segmentation allows each component to perform its specific function efficiently while maintaining overall system simplicity. The blowing device generates airflow to move swarf, while suction devices capture and contain it, together resolving the productivity-environmental dispersion contradiction.

Air flow acts as an intermediary medium between the processing operation and swarf containment. The blowing device generates air flow that carries swarf particles, and suction devices capture this air-swarf mixture. This intermediary approach enables automatic swarf removal without complex mechanical contact with the workpiece, thereby improving productivity while preventing environmental dispersion.

The harmful factor of swarf dispersion is extracted and separated from the processing environment through the suction devices. These devices are positioned to capture swarf at its source and remove it from the workspace, effectively taking out the environmental pollution problem. The blowing device works in conjunction to direct swarf toward suction points, together eliminating dispersion while maintaining relatively simple system architecture.

The swarf removal system operates autonomously without requiring manual intervention. The blowing and suction devices work automatically during the processing cycle, with air flow naturally carrying swarf from the processing area to suction points. This self-service operation prevents environmental dispersion while avoiding the need for complex control systems or manual monitoring.