
doi: 10.2172/378815
The laser scribe characterization/optimization project was initiated to better understand what factors influence response variables of the laser marking process. The laser marking system is utilized to indelibly identify weapon system components. Many components have limited field life, and traceability to production origin is critical. In many cases, the reliability of the weapon system and the safety of the users can be attributed to individual and subassembly component fabrication processes. Laser beam penetration of the substrate material may affect product function. The design agency for the DOE had requested that Federal Manufacturing and Technologies characterize the laser marking process and implement controls on critical process parameters.
Quality Control, And National Defense, Parametric Analysis, Performance, Machine Parts, Identification Systems, 530, Process Control, Stainless Steel-304, Aluminium, Service Life, Copper Alloys, Crack Propagation, Titanium, Nuclear Weapons, Progress Report, Beryllium Alloys, 45 Military Technology, Failure Mode Analysis, Health Hazards, Laser Beam Machining, Vapors, Laser Radiation, Experimental Data, Defects, Weaponry
Quality Control, And National Defense, Parametric Analysis, Performance, Machine Parts, Identification Systems, 530, Process Control, Stainless Steel-304, Aluminium, Service Life, Copper Alloys, Crack Propagation, Titanium, Nuclear Weapons, Progress Report, Beryllium Alloys, 45 Military Technology, Failure Mode Analysis, Health Hazards, Laser Beam Machining, Vapors, Laser Radiation, Experimental Data, Defects, Weaponry
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