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  • Keep Your Laser Cool for Peak Performance
    Lasers make find furnaces - they are electrically very inefficient sources of light. Depending upon the laser type, somewhere between only .01% and 30% of the power drawn from the wall is converted to laser light. Most of the remainder of this power is lost as heat, which can be considerable from
  • 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
  • CPU Cooling Fan Testing using Compact Laser Vibrometer Sensor
    An advanced CPU cooling fan quality testing system was developed using compact laser vibrometer sensor from OmniSensing Photonics.
  • Glass vs. Metal CO2 Laser Tubes
    Why are Epilog Laser machines built with air-cooled metal laser tubes? A rack of epilog laser co2 metal laser tubes. When you're looking to purchase a CO2 laser machine, there are a number of points to consider. One of the primary attributes that differentiates systems on the market is the type
  • New Energy-Efficient Laser Created Using Jellyfish Proteins
    , to find a polariton laser available commercially as it requires extreme cooling. In this new approach, the researchers report the development of such a laser that works at room temperatures.
  • Scientists Create Most Efficient Quantum Cascade Laser Ever
    A group of researchers at University of Central Florida has produced the most efficient quantum cascade laser ever designed - and done it in a manner that makes the lasers easier to reproduce. Quantum cascade lasers, or QCLs, are smaller than a grain of rice, and compared to traditional lasers
  • Fiber Laser Welding of High Integrity Implantable Medical Devices
    . The presentation discusses the analysis made on the application of the FiberStar (R) portable laser workstation, which incorporates the SPI High Power 1090 nm 100W air-cooled fiber laser engine, to production components such as super thin Pt, Cu-Ni, Cu and MP35N conductors, cables, electrodes and compact
  • Precision Laser Processing
    One valuable design technique is the use of effusion cooling holes in an engine. These very small holes (0.5 to 0.75 mm) are placed at. acute compound angles as low as 10 degrees from the surface in high-temperature alloys.

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