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  • University of Waterloo Skip to the content of the web site.
    research in the physics department specializes in the applications of powerful industrial lasers that can produce high intensity beams and can cut or weld metals such as steel at speeds of more than six metres per minute. The most important of these is the carbon dioxide laser that operates
  • Liquid Cooling a Laser for System Optimization
    The performance of high-powered lasers depends on effective cooling. High-powered lasers generate a significant amount of heat that must be removed from the laser system to avoid overheating critical components. Carbon dioxide (CO2) lasers, excimer lasers, ion lasers, solid-state lasers, and dye
  • Helium Neon Lasers Have a Multicolored Future
    The market lifecycle of a high-technology product is typically quite short. Several types of gas lasers, however, including argon-ion, helium-neon (HeNe), and carbon dioxide lasers, continue to enjoy high sales volume in diverse applications even after many years in the marketplace (see Laser Focus
  • Laser Cutting Natural Stone
    A unique mathematical model to simulate the process of cutting natural stones in rectilinear (straight line) path, by carbon dioxide (CO2) laser, was implemented in a personal computer. The implemented model determined the shape and dimension of the kerf (cut slots or channels) using such variables
  • Medical Device Link . Laser Micromachining of Medical Devices
    . This article reviews the fundamental physics of carbon dioxide (CO ), excimer, and solid-state lasers as related to material interaction and discusses considerations relevant to optimizing a laser-based system for a particular manufacturing environment. Finally, factors relevant to quality control
  • Laser Drilling Tablets for Use in Osmotic and Other Novel Drug Delivery Systems
    By Frank Gaebler, Coherent, and Graham Coffee, Control Micro Systems The organic materials used in drug delivery systems nearly all display strong absorption in the infrared, so a carbon dioxide (CO ) laser, with nominal output at a wavelength of 10.6 um, is well matched for this task. In contrast
  • Medical Device Link . Laser-Manufactured Features in Medical Catheters and Angioplasty Devices
    seem unlimited. Three principal laser types are used in most manufacturing environments. These are the carbon dioxide (CO ) laser, the solid-state (primarily Nd:YAG) laser, and the excimer laser. Each has its own distinct advantages and disadvantages when being considered for manufacturing jobs
  • Fiber Laser Welding of Fuel Cells
    waste products with most fuel cells are water and in some cases carbon dioxide.

Engineering Web Search: Carbon Dioxide Laser Top

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