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Special Lasers

  • Dual Head Laser (1)

     

    Ideal for Particle Image Velocimetry (PIV) applications.

    All DX and DM Series Lasers can be configured as dual head lasers where the pulses can be fully overlapped to double the pulse energy or fully interleaved to double the pulse repetition rate.

    • DM Dual Head Series
      Nanosecond Lasers (Multi-Mode)

      High Pulse Energy & High Power Dual Head Green Lasers

      Patented highest pulse energy green laser in the dual head regime: Up to 200 mJ, Nd:YLF; Up to 400 W, Nd:YAG

      High Pulse Energy (Nd:YLF, 527nm)

      DM2-527-20 | DM2-527-30 | DM2-527-40 | DM2-527-50 | DM2-527-60

      DM2-527-100

      High Power (Nd:YAG, 532nm)

      DM2-532-60 | DM2-532-100 | DM2-532-150 | DM2-532-200

      DM Dual Head Series Nd:YLF & Nd:YAG Nanosecond Lasers Brochure

      Features

      • Exceptional repetition rate control: Single shot up to 10 kHz, Nd:YLF; 1 to 50 kHz, Nd:YAG; Option up to 15 kHz available for Nd:YLF
      • Excellent pulse stability: < 0.5% rms
      • Proprietary Twin Pulse mode option for Quad Pulse in the Dual Head configuration: Generation of up to 4 pulses from a single trigger signal. Controllable pulse separation down to < 1 µs for Dual Head.
      • TEM00 beam option available. Contact us.
      • Unmatched reliability: < 1% service call requests within the warranty period in the latest 24-month statistics

      Overview

      Photonics Industries’ DM2 Series Dual Head Nd:YLF and Nd:YAG green nanosecond lasers combine remarkably high pulse energies (up to 200 mJ) or high average powers (up to 400 W) with a simple, rugged, and efficient form factor, all within a Dual Head configuration. Single head versions are available (see standard DM1 Series brochure). The proprietary resonator design[1] ideally fulfills the needs of both research and industry, from PIV research, to providing the necessary high energy for laser thermal processing or annealing applications in an industrial, compact form factor.
      [1] US Patents #7,346,092 Diode side pumped high pulse energy Nd:YLF lasers, #7,082,149 High power diode side pumped solid state laser

      DM Dual Head Series Nd:YLF & Nd:YAG Nanosecond Lasers Brochure

      DM-DH_Series_GRN_Brochure_20240118
  • Nd: YLF Laser (2)

     

    For applications requiring both high pulse energy and kilohertz-level pulse repetition rates, Photonics Industries has built a large number of 1053nm, 527nm, 351nm and 211nm lasers for a various applications ranging from flat-panel display repair (FPD) to remote Raman detection systems.

  • 4th Harmonic Laser (1)

     

    All DX, RX, and SN Series lasers can be built as 4th harmonic lasers to provide outputs from 10mW to 6W @ 263nm or 266nm.

    • DX DUV Series
      Nanosecond Lasers

      4th Harmonic Laser

      DX-266

      Features

      • 266nm Wavelength
      • Compact, Rugged Design
      • TEM00 Beam with M² < 1.3
      • RS232 Computer Control
      • External TTL Triggering
      • Low Power Air-Cooled
      • High Power Closed Loop Chiller

      Please contact us for more information

  • Narrow Linewidth Ti:Sapphire Laser (1)

    With only a 0.1cm-1 linewidth, power outputs up to 1.5W and wavelength tunability in the fundamental from 700nm to 960nm along with its harmonics for wavelengths as short as 193nm, we have built a large number of these lasers for applications ranging from radioactive ion beam (RIB) to resonance Raman spectroscopy at major Universities all over the world

    Radioactive ion beam (RIB)
    The Resonance Ionization Laser Ion Source (RILIS) is a powerful tool for efficient and selective production of radioactive ion beams at Isotope Separator On Line (ISOL) facilities. To avoid isobaric background, highly selective stepwise resonant ionization is applied, using up to three different laser wavelengths. Due to their advantages in terms of stability and reliability, an all solid-state titanium:sapphire (Ti:Sa) system is used at the majority of on-line facilities worldwide.

    Biomed applications
    Tu Series TEM00 tunable Ti:Sapphire laser’s pulse width is perfectly matched to the lifetime of many fluorophores (i.e., ~10ns). With its Broad Tuning Range of ~700 to 900nm over the “Blood window”, High prf up to 10KHz and high average power of >1W, this makes the Tu laser a valuable tool for cell visualization and other novel biomed imaging applications, such as photoacoustics (PA).

    Multi-Photon Spectroscopy
    Atmospheric Research
    OH Radical Concentration Measurement
    Laser Induced Fluorescence (LIF)
    LIDAR
    Mass Spectrometry
    MALDI
    Raman Spectroscopy
    Resonance Raman
    CARS – freq domain spectroscopy with the narrower linewidths of our TU laser
    Non-Contact Inspection
    Time Resolved Spectroscopy
    Planar Laser Induced Fluorescence (PLIF) – with twin pulse mode

    • TU Series

      Narrow Linewidth Ti:Sapphire Laser

      Features

      • ns Pulse Width
      • Narrow Bandwidth 1 to 3 GHz
      • High repetition rate: single shot to 10kHz
      • TEM00 Mode Beam Profile
      • mJ level Energy/pulse
      • Broad Tuning from 700 to 960nm
      • Harmonic from 193 to 480nm
      • External TTL Triggering
      • Computer wavelength scanning (100MHz/step)
      • Multi-pass Amplifiers to achieve ~ Watts level UV Output
      • RS232 Computer Control
  • Optical Parametric Oscillator (OPO) Laser (1)

    With our novel intracavity OPO technology, we have built a large number of these OPO lasers producing 1.5um to 3.4um outputs and power from 0.5W to 10W with pulse widths of ~10 to 15ns for applications such as eye safe illumination, defense range finding and biophotonic research.

    Photonics Industries novel intracavity OPO Series ns lasers can also provide mJs of pulse energy pulsed at kHz rep rates at any fixed wavelength selectable from the following wavelength ranges:

    • 3.4um to 2.2um
    • 2um to 1.5um (e.g., 1.7um)
    • 1um to 750nm
    • 666nm to 255nm

    all with a TEM00 spatial mode profile. Such lasers are applicable to medical techniques such as photoacoustic (PA) ultrasound medical imaging, photoacoustic tomography, 3D photoacoustic microscopy, UV surface excitation microscopy, laser surgery, etc.

  • Single Longitudinal Mode (SLM) and Narrow Linewidth (NL) (1)

    SLM and NL options are available for many Photonics Industries lasers.

    SLM with linewidth <100MHz or narrow linewidth(NL) ~3GHz in the fundamental.