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  • Workstation for Laser Direct-Write Processing (.pdf)
    /laser. many times larger than is possible with a set of galvos. beam expander which is built around a rail system. It. provides high resolution positioning and maximum. In the workstation for LDW described in this application note,. flexibility for experiments that require different laser beam. we
  • Radiance Optics
    The laser tube is the heart of your laser system, but a high quality laser tube is not the only technology involved in creating crisp, sharp engraved images. To enhance the natural characteristics of the CO2 laser beam, Epilog has developed our Radiance high energy optics system. These high energy
  • Medical Device Link .
    stations and connected to external control units. The sealer incorporates the company’s technology originally developed for its K1 high-precision ultrasonic plastic welder. Stapla Ultrasonics Corp., 375 Ballardvale St., Wilmington, MA 01876. Precision System Laser Cuts Stents. The StarCut laser
  • Semiconductor Micromachining Using Diode-Pumped Solid-State Lasers
    ”. An external acousto-optic modulator was used to turn on and off. the mode-locked laser instantly. During all experiments, an adjustable beam expander was used to expand the output beam to approximately 10 mm. in diameter. A galvanometer based scan head (SCANLAB hurrySCAN 10) was then used to direct the beam
  • Micromachining of Carbon Nanocomposites with Nd:YAG and Nd:YVO4 Frequency Converted Solid State Lasers
    at focus. The beam train for the Q-switched Nd:YAG (Laser A) experimentation included a beam. expander to expand the beam to approximately 10 mm in diameter. The beam was translated using an integrated galvo. scanning head (SCANLAB hurry SCAN 14). The laser beam was focused through an f-theta lens

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