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    Medical Fiber Lasers TLF-60 & TLF 100

    Small, air-cooled form factor with QCW power up to 650W. nLIGHT® 2 μm series Continuous Wave (CW) and Quasi-Continuous Wave (QCW) fiber lasers deliver CW powerup to 100 W and QCW pulsed power up to 625 W from a compact, air cooled, 48 V DC powered package. Thesehighly reliable and energy efficient lasers operate at 1940nm wavelength and provides up to 7J of energy for your most demanding applications. Options include a high-power multi-mode output or a medium power single mode output, ideal for a diverse set of medical, industrial, scientific, aerospace and defense applications.

    Specifications

    Models TFL-60 TFL-100
    Optical Specifications
    Mode of Operation CW / QCW CW / QCW
    Polarization Random Random
    Maximum Peak Power 625 W 625 W
    Maximum CW Power 60 W 100 W
    Power Tunability 3 – 100% 3 – 100%
    Modulation Frequency ≤ 10 kHz ≤ 10 kHz
    Rise and Fall Times ≤ 10 μs ≤ 10 μs
    Maximum Pulse Energy 7 J 7 J
    Output Beam Single mode, 22 μm MFD Multi-mode, 75 μm core
    Beam Quality <1.3 <5
    Wavelength 1940 ± 10 nm 1940 ± 10 nm
    Electrical Specifications
    Operating Voltage, DC 48 V 48 V
    Control Interface External hardware
    Mechanical Specifications
    Dimensions 540 x 481 x 179 mm
    Optical Fiber 0.9 m, FC/A connector
    Cooling Method Air
    Environmental Specifications
    Operating Temperature +15 to +30°C
    Storage Temperature -10 to +60°C
    Relative Humidity 10 to 80%

    Applications

    Kidney Stone Treatment

    Kidney stones are hard mineral deposits formed in the kidneys from the salt of urine and can lead to a urine blockage. A ureteroscopy is most commonly used to treat kidney stones or ureteric stones. It may also be used to inspect and treat cysts, tumours, or abnormal tissues in the urinary system. No incisions are made during this procedure. Instead, an instrument (ureteroscope) is inserted through the urinary passage to get a visual of the stone. A laser fibre then breaks up the stone into small fragments. Some stones are fragmented into dust,and other fragments will be removed using forceps or a basket-shaped instrument. A ureteroscopy is minimally invasive and offers a quick recovery time for patients.

    Scientific Research

    2 µm fiber lasers are an ideal choice for researchers and professional
    engineers in developing their own lasers and optical devices for the
    generation of long-wavelength radiation. ​Laser systems that operate in this region offer exceptional advantages for free space applications compared to conventional systems that operate at shorter wavelengths. This gives them a great market potential for the use in LIDAR and gas sensing systems and for direct optical communication applications.

    Key Features

    • CW & QCW operation modes
      ​Engineered for versatility, our 2 micron series can operate in both continuous mode as well as quasi continuous mode.​​
    • Ease of use
      Thoughtfully designed with customizable interface locations and fiber lengths to simplify system integration.
    • Precision control of power & energy.
      Provides up to 625 W of peak power, with pulse energies up to 7J, and can be operated up to 10kHz of modulated repetition rate.
    • Ideal for diverse set of applications
      Offered as single mode or multi mode output and wavelengths from 1.9µm to 2.0µm to meet your application needs.
    • Plug & play interface
      Powered by nLIGHT’s industry leading, highly reliable pump diodes using a standard 48 V DC supply.
    • Compact design
      Simple air cooled package eliminates the hassle with water connections and chillers.

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    info@trokutsolutions.com

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