Part handling involves the movement, orientation, and placement of components throughout manufacturing or assembly processes. It ensures smooth transitions between production stages, minimizes damage, and enhances operational efficiency. Methods include manual handling, robotic arms, conveyors, vibratory feeders, and automated guided vehicles (AGVs). Proper part handling reduces cycle time, prevents contamination or deformation, and ensures consistent product quality. It’s crucial in automated systems to align parts correctly for subsequent operations. Effective handling also considers factors like part shape, material, weight, and sensitivity. Integrating smart sensors and vision systems further enhances precision and flexibility in handling a variety of components reliably and efficiently.
Transportation : Moving parts between workstations or processes efficiently.
Orientation : Ensuring parts are properly aligned for the next operation.
Sorting : Identifying and separating parts based on size, type, or defects.
Positioning : Placing parts precisely for machining, assembly, or inspection.
Storage : Temporarily holding parts before or after processing.
Feeding : Supplying parts to machines or stations at the right time.
Inspection : Checking parts for defects, orientation, or quality during handling.