The company has developed a method for simultaneous deburring of aluminum alloy wheels, which includes the following steps: 1) Manufacture a brush burr disc cutter, take a piece of hard alloy as the cutter body raw material, grind the cutter body raw material into a column shape, and make a cylindrical shape along the center. A shaft hole is cut out from the axis to make a cutter body. The diameter of the cutter body is 40mm. A Ф25/50mm nylon sand bar brush head with a 6mm handle is used as the deburring brush head, and the deburring brush head and the cutter body are detachably connected. , as a deburring tool; 2) Assembly and debugging, assemble the deburring tool prepared in step 1) on the machine tool, and install the aluminum alloy wheel to be processed on the machining position on the machine tool, start the machine tool, and control the deburring The tool approaches the aluminum alloy wheel and stops when the deburring brush head comes into contact with the aluminum alloy wheel. The aluminum alloy wheel machining synchronous deburring method solves the problem that manual deburring time is long and the product quality is easily affected.
The company has developed a method for simultaneous deburring of aluminum alloy wheels, which includes the following steps: 1) Manufacture a brush burr disc cutter, take a piece of hard alloy as the cutter body raw material, grind the cutter body raw material into a column shape, and make a cylindrical shape along the center. A shaft hole is cut out from the axis to make a cutter body. The diameter of the cutter body is 40mm. A Ф25/50mm nylon sand bar brush head with a 6mm handle is used as the deburring brush head, and the deburring brush head and the cutter body are detachably connected. , as a deburring tool; 2) Assembly and debugging, assemble the deburring tool prepared in step 1) on the machine tool, and install the aluminum alloy wheel to be processed on the machining position on the machine tool, start the machine tool, and control the deburring The tool approaches the aluminum alloy wheel and stops when the deburring brush head comes into contact with the aluminum alloy wheel. The aluminum alloy wheel machining synchronous deburring method solves the problem that manual deburring time is long and the product quality is easily affected.
