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  • Medical Device Link . Laser Micromachining of Medical Devices
    in optics. More than 90% of all applications involving excimer lasers use 248-nm photons because of the aggressive material interaction and highly reliable laser operation at this wavelength. Practical feature resolution of 1 um is achievable, with most applications having feature resolutions
  • Medical Device Link . Laser Micromachining Technology for Device Manufacturing
    application include laser wavelength, energy, power, and temporal and spatial modes; material type; feature sizes and tolerances; processing speed; and cost. Figure 1. The excimer laser beam delivery travels through a mask and skives its pattern on a part (see Figure 2, below) after being deflected off
  • Featured Application: Laser Cutting Carbon Fiber Reinforced Plastic Composites
    processing system are the laser, the beam delivery system, and computer control. There are many possible laser system variations, but most fall into one, or a combination of, four basic configurations: gantry systems, galvanometer scanners, XY tables, and "flying optics " systems. Visit our website
  • Medical Device Link .
    into the workstation that automatically feeds a 1-m-long piece of fibre to the laser drilling head. Mechanical tension and a vacuum chuck rigidly hold the fibre. The laser beam is split using a set of mirrors so that all five holes can be drilled simultaneously without moving or rotating the fibre
  • Medical Device Link .
    unit with a large, easy-to-read LCD. Variable pulse widths from 0.2 to 10 ms are achievable in single shot, burst, and repeat rates. Accurate application of the laser beam is facilitated by a visible light aiming feature. The workstation and related accessories include a focusing head, gas-handling
  • Medical Device Link .
    of the fiber-optic cables can also allow the focus optics to be placed on the articulated arms of robots, allowing versatile, multiaxis laser processing. Fiber-optic beam delivery can be achieved at distances in excess of 30 m. Like Nd:YAG systems, diode lasers are solid state and achieve emission
  • Medical Device Link . Microtechnology Opens Doors to the Universe of Small Space
    , and especially hard materials. Recent technological advances have significantly improved laser performance, reliability, and cost. Better optics and the development of a line-narrowed microlithographic excimer laser, for example, have increased the precision and flexibility in combining various
  • Medical Device Link .
    lifetime of 10 billion pulses for ArF and KrF operation. Featuring pulse energies between 10 and 20 mJ and pulse-to-pulse stability, the laser 's long pulse duration maximizes the lifetime of beam delivery optics and reduces the total cost of ownership. The 1-kHz repetition rate enables increased process

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