In a robotic polishing cell, the robot can carry the workpiece to stationary finishing stations or carry the finishing tool around a fixed workpiece. This guide explains how part size, payload, reach, force control, fixtures and cycle time affect the choice.
When manufacturers evaluate polishing automation, one of the first questions is usually: How many parts can the system finish per hour or per shift? A reliable answer cannot be calculated from the robot’s rated speed or the current manual polishing time alone. Robotic polishing cycle...
Cast metal parts often require additional grinding before they can move to assembly, machining, coating or other downstream production stages. Burrs, rough edges and excess material may remain around openings, outer contours and local raised areas. If these areas are ground manually, the result can...
For a zinc alloy faucet manufacturer, the quality of a chrome, nickel or other decorative finish begins well before the part enters the plating line. A die-cast faucet body may still have parting lines, local roughness, casting texture and marks left by earlier operations. If...
One of the first questions we hear from manufacturers considering polishing automation is simple: “Can this part be polished by a robot?” In many cases, the answer is yes. But whether a part can be polished automatically and whether it is a good candidate for...
Aluminum die casting parts are widely used in automotive components, industrial equipment, machinery housings, and many other applications because of their lightweight design and excellent mechanical performance. You may know that after the die casting process, many components still require additional grinding and polishing operations...
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