Machine tending applications involve the automated loading and unloading of parts or materials to and from CNC machines, injection molding machines, stamping presses, or other manufacturing equipment. Typically performed by industrial robots or cobots, machine tending improves productivity, consistency, and safety by reducing human intervention in repetitive and hazardous tasks. These systems can handle tasks such as part inspection, deburring, sorting, and packaging. Integration with vision systems and sensors enhances precision and adaptability. Common industries using machine tending include automotive, aerospace, and electronics. Overall, machine tending streamlines production, minimizes downtime, and boosts operational efficiency across manufacturing processes.
Loading and Unloading : Automatically place raw parts into machines and remove finished parts after processing.
Part Inspection : Use sensors, vision systems, or lasers to check for dimensional accuracy or defects.
Sorting and Palletizing : Classify and organize finished parts into bins, trays, or pallets for further processes.
Tool Handling : Swap or manage cutting tools, grippers, or workholding devices within the machine as needed.
Cleaning and Deburring : Remove chips, dust, or burrs from parts using air, brushes, or automated cleaning tools.
Precision Positioning : Place parts accurately inside the machine for consistent and repeatable operations.
Communication with Machines (CNC, Robots) : Interface with PLCs or CNCs for seamless integration and process synchronization.