Nearly one-third of manufacturing automation projects fail before production even begins—not because of faulty robots, but because products weren’t engineered for automation from the start. This blog explores the hidden challenges that derail automated assembly: inconsistent tolerances, misaligned geometry, poorly planned assembly logic, and disconnected mechanical-electrical coordination. By applying reverse engineering for manufacturing alongside proper design practices, companies can optimize parts, ensure repeatable processes, and improve integration with robotic systems. Learn how tolerance planning, geometry optimization, material selection, and early CAD validation prevent costly delays. Make automation a confirmation of design, not a stress test.