Femtosecond laser processing forms complex cavities in glass to enable high-precision metal casting, overcoming defects from polycrystalline moulding materials.
Integrally cast bumper beams combine structural rigidity with optimized energy absorption by eliminating separate component assembly.
A gas deflector channels flow around an optical path to clear debris from thin cover glass during laser processing.
Pulsed laser radiation creates periodic microstructures on target surfaces to alter electronic properties and suppress electron emission.
A laser processing machine uses interchangeable tools and adjustable power density to perform multiple operations on wood materials.
A workpiece dividing method uses a cutting blade to form a groove and applies a laser beam along the cut groove to separate chips.