The manufacturing of casting includes core removal, sand removal, oxide scale removal, crushing, cutting, sawing, and mechanical finishing.
Traditional casting production has poor workshop environment, high labor intensity, low work efficiency, and high labor pressure for enterprises. Therefore, automated production of castings will become an advantage.
Lansheng Industrial Automation Company adopts multi joint industrial robots such as FANUC, ABB, KUKA, and peripheral components integration. The casting precision machining robot unit can automatically complete sawing, polishing, and deburring operations. The basic operation mode of the robot unit is that when the robot grabs a pre positioned workpiece, the robot manipulates the workpiece to rest on fixed polishing wheels, grinding wheels, and other tools for corresponding processing. After processing, the workpiece is stored on the conveyor belt for further transportation.
For precision machining robots, due to the use of force control software, automatic precision machining of castings has significant advantages compared to manual machining. It accelerates the passage speed of workpieces in production, optimizes the internal material supply of the enterprise, and improves product quality and production stability. In addition, it also enhances workplace safety and improves the ecological conditions of labor. Because environmental pollution caused by dust, noise, and vibration is limited to enclosed robot unit areas.