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  • Nanosecond Lasers (9)

    • DC Series
      Nanosecond Lasers

      Nd:YLF UV/Green Nanosecond Lasers

      High pulse energy, Up to 1mJ 351nm at 1kHz, up to 1.5mJ 527nm at 1kHz.

      UV: DC50-351 | DC100-351 | DC150-351

      Green: DC50-527 | DC100-527 | DC150-527

      DC YLF Series Nanosecond Lasers Brochure

      Photonics Industries’ DC Series Nd:YLF Nanosecond Lasers combine ideal mJ pulse energy levels with high kHz repetition rates (single shot to 10 kHz), while maintaining low pulse widths, all within a compact, air-cooled form factor.

      Features

      • 351 nm or 527 nm wavelength
      • Compact, rugged, air-cooled design. Water-cooled option
      • Patented intracavity harmonic generation
      • TEM00 beam with typical M² < 1.1
      • Pulse rep rates from single shot to 10kHz
      • RS232 computer control
      • External TTL Triggering
      • All-in-one (AIO) single box design

       

      DC YLF Series Nanosecond Lasers Brochure

      DC-YLF_Series_Brochure_20240307
    • DX Air-Cooled Series
      Nanosecond Lasers

      Standard UV/Green Nanosecond Lasers

      High output power air-cooled, up to 10 W UV, and up to 20 W Green

      DX-532-2 | DX-532-10 | DX-532-15 | DX-532-20

      DX-355-1 | DX-355-5 | DX-355-8 | DX-355-10

      DX-AC Series Nanosecond Lasers Brochure

      Features

      • Short pulse widths:
        ~15 ns at 50 kHz
        ~20 ns at 100 kHz
      • Repetition rates: Single shot up to 300 kHz, UV; Single shot up to 500 kHz, Green
      • Patented intracavity harmonic UV & Green generation
      • Small, air-cooled form factor; water-cooling option available
      • Excellent TEM00 beam quality: Typical M2 < 1.1
      • Total Pulse Control: Duty Control to change output power while allowing for longer pulse widths than the standard operating values, PEC (Power or Pulse Energy Control), Burst Mode.
      • Power monitoring and calibration: Real-time power monitoring, Auto power calibration

      Overview

      Photonics Industries’ DX Air-Cooled Series nanosecond DPSS lasers, with a small, air-cooled form factor (275 in^3, ~15.5 lbs or ~7 kg), offer the highest powers air-cooled in the market, with up to 10 W UV and up to 20 W green. The extra small DX Air-Cooled Series (152.1 in^3, ~10 lbs or ~4.5 kg), outputs average powers of 1 W UV and up to 2 W green. The DX Air-Cooled Series combines capabilities in power, air-cooling, and a small mechanical footprint for optimal integration in industrial laser microprocessing systems. As an exceptionally small DPSS laser, the DX Air-Cooled Series nanosecond laser is the ideal laser source solution from micron-precision marking, to solar cell processing, and to many more industrial laser microprocessing applications.

      DX-AC Series Nanosecond Lasers Brochure

      DX-AC_Series_Brochure_20231226
    • DX Long Pulse Series
      Nanosecond Lasers

      Long Pulse UV/Green Nanosecond Lasers

      Long pulse at high output power: Up to 30 W UV, ~12 to ~300 ns, and up to 50 W Green, ~65 to ~340 ns

      DX-355-LP | DX-355-HLP

      DX-532-LP | DX-532-HLP

      DX Long Pulse Series Nanosecond Lasers Brochure

      Features

      • Longer pulses at high repetition rates:
        ~250 ns at 200 kHz for HLP model,
        ~340 ns at 200 kHz for LP model
      • Unique long pulse DPSS nanosecond laser
        Unique in the market for long pulse needs
      • Excellent TEM00 beam quality: Typical M2 < 1.2
      • Superior pulse stability: Typical < 1.5 %
      • Total Pulse Control for ultimate integrability into systems: Duty Control to change output power while allowing for longer pulse widths than the standard operating values, PEC (Power or Pulse Energy Control)

      Overview

      Photonics Industries’ DX Series long pulse nanosecond lasers provide industrial systems with a slim form factor, longer pulse width (up to ~340 ns), high repetition rate (up to 200 kHz) Q-switched DPSS laser for long pulse, thermal-focused, and deeper depth microprocessing. Specially patented intracavity harmonic generation, with no damaging indexing on the harmonic crystals, allows for higher performance and higher reliability, fulfilling demanding production criteria.

      DX Long Pulse Series Nanosecond Lasers Brochure

      DX-LP-HLP_Series_Brochure_20240118
    • DP Series
      Nanosecond Lasers

      High Pulse Energy Nanosecond Lasers

      High pulse energy, TEM00 output, with low pulse widths: Up to 20 mJ at 6-8 ns pulse width range

      DP20 | DP5 | DP1k-5 | DP1k-15

      DP Series High Pulse Energy Nanosecond Lasers Brochure

      Features

      • Extremely efficient with 5X to 10X lower heat vs. the competition: 5% to 10% conversion from wall power.
      • Small, air-cooled, all-in-one (AIO) form factor
      • Multiwavelength Selectable (MWS) & Multiwavelength Blended (MWB) options: Select and/or blend IR, Green, UV, & DUV
      • Continuously variable pulse repetition rates: 1 Hz to 100 Hz, 200 Hz, 300 Hz, or up to 1 kHz
      • Superior beam pointing stability: < 25 µrad
      • Total Pulse Control for ideal integration into systems: Duty Control, PEC (Power or Pulse Energy Control)
      • Reliable, low COO, non-consumable design: Patented intracavity harmonic UV & Green generation

      Overview

      Photonics Industries’ DP Series diode-pumped solid-state (DPSS), Q-Switched, high energy, short pulse width lasers combine up to 20mJ pulse energy levels, TEM00 output, and exceptional power efficiency with 10X lower heat load vs. closest competitors. With the ability to select and/or blend multiple wavelengths, the DP Series is an ideal, compact air-cooled package for industrial applications, from intra-marking glass, to repairing displays. Scientific applications also benefit where the high pulse energies align well for atomic excitation research or spectroscopy systems.

      DP Series High Pulse Energy Nanosecond Lasers Brochure

      DP_Series_Brochure_20240221
    • DM UV Series
      Nanosecond Lasers

      High Pulse Energy UV Nanosecond Lasers

      Exceptional high pulse energy UV laser: Up to 40 mJ at 2 kHz, Nd:YLF

      DM1-351-20| DM1-351-30 | DM1-351-40

      DM UV Series Multimode Nanosecond Lasers Brochure

      Features

      • Two fully independent lasers, integrated into a Dual Head configuration available.
      • Exceptional repetition rate control: Single shot up to 5 kHz

      Overview

      Photonics Industries’ DM Series Nd:YLF UV nanosecond lasers combine remarkably high pulse energies (up to 40 mJ) within a simple, rugged, and efficient form factor. Dual Head configurations available. The laser design ideally fulfills the needs of both research and industry, from pumping, to providing the necessary high energy for laser thermal processing or annealing applications in an industrial, compact form factor.

      DM UV Series Multimode Nanosecond Lasers Brochure

      DM_Series_UV_Brochure_20231221
    • DX Short Pulse Series
      Nanosecond Lasers

      Short Pulse UV/Green Nanosecond Lasers

      Short pulse at high powers: Up to 50 W UV, ~12 ns, Up to >80 W Green, ~14 ns. High pulse energy: Up to 1 mJ UV.

      DX-355-20 | DX-355-28 | DX-355-40 | DX-355-50

      DX-532-30 | DX-532-48 | DX-532-65 | DX-532-80

      DX Short Pulse Series Nanosecond Lasers Brochure

      Features

      • Short pulse at high powers:
        Up to 50 W UV, ~12 ns,
        Up to >80 W Green, ~14 ns
      • High pulse energy:
        Up to 1 mJ UV
      • Most versatile repetition rate range:
        Single shot up to 1 MHz Green,
        Single shot up to >0.5 MHz UV
      • Reliable, low COO, non-consumable design
        Patented intracavity harmonic UV & Green generation, no damaging indexing of the harmonic crystals
      • Industrialized, small form factor, ideal for compact integration
      • Excellent TEM00 beam quality:
        Typical M2 ≤ 1.1
      • Superior pulse stability:
        Typical < 2 %
      • Total Pulse Control for ultimate integrability into systems:
        Duty Control to change output power while allowing for longer pulse widths than the standard operating values
        PEC (Power or Pulse Energy Control)

      Overview

      Photonics Industries’ DX Series short pulse nanosecond lasers provide industrial systems with the most ideal compact form factor, short pulse width (down to ~10 ns), high power, high repetition rate (up to 1 MHz) Q-switched DPSS laser for high production throughput and precision quality. Specially patented intracavity harmonic generation, with no damaging indexing on the harmonic crystals, allows for higher performance and higher reliability, fulfilling demanding production criteria.

      DX Short Pulse Series Nanosecond Lasers Brochure

      DX-SP_Series_Brochure_20240305
    • DX Nd:YLF Series
      Nanosecond Lasers

      High Pulse Energy Green Nanosecond Lasers

      High pulse energy TEM00 nanosecond laser: Up to 35 mJ at 1 kHz, 527 nm.

      DX-527-25 | DX-527-35

      DX Nd:YLF Series Nanosecond Lasers Brochure

      Features

      • Two fully independent lasers, integrated into a Dual Head configuration available. Contact us. Up to 70 mJ, Green.
      • Exceptional repetition rate control: Single shot up to 5 kHz
      • Multimode beam option available (see DM1 Series brochure)

      DX Nd:YLF Series Nanosecond Lasers Brochure

      DX-YLF_Series_Brochure_20221227
    • DM Green Series
      Nanosecond Lasers (Multi-Mode)

      High Pulse Energy & High Power Green Lasers

      Patented highest pulse energy green laser from a single resonator: Up to 100 mJ, Nd:YLF; Up to 200 W, Nd:YAG

      High Pulse Energy (Nd:YLF, 527nm)

      DM1-527-20 | DM1-527-30 | DM1-527-40 | DM1-527-50 | DM1-527-60 | DM1-527-100

      High Power (Nd:YAG, 532nm)

      DM1-532-60 | DM1-532-100 | DM1-532-150 | DM1-532-200

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

      Features

      • Two fully independent lasers, integrated into a Dual Head* configuration available (see DM2 Series Dual Head brochure): Up to 200 mJ, Nd:YLF; Up to 400 W, Nd:YAG
      • Exceptional repetition rate control: Single shot up to 10 kHz, Nd:YLF; 1 to 50 kHz, Nd:YAG
      • Excellent pulse stability: < 0.5% rms
      • Proprietary Twin Pulse mode† option: Generation of pulses in pairs with a calibrated pulse energy ratio. Controllable pulse separation down to 1 µs (< 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

      *All models can be configured in a Dual Head. Please see DM2 Series Dual Head brochure.
      † PI’s patented twin pulse mode provides double pulses from a single trigger signal from the single laser head. Energy ratio of the twin pulses and pulse separation between the twin pulses is user programmable

      Overview

      Photonics Industries’ DM1 Series Nd:YLF and Nd:YAG green nanosecond lasers combine remarkably high pulse energies (up to 100 mJ) or high average powers (up to 200 W) with a simple, rugged, and efficient form factor, all from one fully independent laser resonator. Dual Head configurations can go up to 200 mJ of pulse energy or up to 400 W of power. The proprietary single laser 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

      Technologically Superior

      Its technological superiority and high reliability has been verified by less than 1% service call request during the warranty period in the latest 24 months statistics.  For even higher pulse energy or sub microsecond pulse separation PIV applications, each of these models can be built into a dual head laser which will produce twice as much pulse energy as its single head counterpart (see DM2 Series Dual Head brochure).

      Optimally Compact and Highly Reliable

      • Improved, more compact form factor on the laser head.
      • Integrated driver into the laser head, improving performance that would have otherwise been degraded when transduced over the umbilical.  All controls are now operated by a software GUI via a RS232 connection from the laser head to a computer—a plug and play, quick start functionality highly beneficial to the user.
      • Legacy model controllers are now simply a power supply, with an emergency off button, clearly visible in any event that may require such an operation.  With a remarkably small form factor (at 2U) and a 19” rack-mount option, the user has the utmost versatility.
      • For the Dual Head option, the adjustable turning mirrors are now adjusted via the software GUI rather than through manual adjustment.

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

      DM_Series_GRN_Brochure_20240118
    • 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
  • Picosecond Lasers (4)

    • RX1 Series Low Power Picosecond Lasers

      Low Power Picosecond Lasers

      High single pulse energy: Up to > 250 µJ at 100 kHz, RX1 IR models

      RX1-1064-10 | RX1-1064-35

      RX1-532-5 | RX1-532-25

      RX1-355-3 | RX1-355-10

      RX1 Series Picosecond Lasers Brochure

      Features

      • Short pulse laser: ~10 ps for IR, ~7 ps for Green & UV; Option up to ~30 ps available
      • Wide range of wavelengths: 1064 nm, 532 nm, 355 nm, MWB, MWS, & 266 nm options on request
      • Smallest, all-in-one (AIO), high power picosecond laser on the market: Up to 35 W IR, 25 W GRN, or 10 W UV
      • Highest efficiency picosecond laser with the lowest power consumption: < 400 W typical
      • High repetition rates: Options up to 8 MHz or ~32 MHz
      • Excellent TEM00 beam, and Pointing Stability: Typical M2 < 1.2; < 20 μrad
      • Exceptional and Versatile Pulse Control: PEC (Power or Pulse Energy Control). PSO (Position Synchronized Output) mode for external triggering to any arbitrary PRF while maintaining a constant, stable pulse energy with low jitter. Burst Mode for individually controllable pulses in burst envelopes of up to 10 pulses with intra-burst pulse separation of ~31 ns. POD (Pulse-On-Demand) pulse bursts can be triggered internally, externally, or continuously, while maintaining constant pulse energy.

      Overview

      Photonics Industries’ RX1 Series low power picosecond lasers offer high performance, high precision, and robust form factor for the most demanding industrial as well as scientific applications.  Photonics Industries is proven, with over a thousand picosecond lasers shipped worldwide, to meet and fulfill precision needs in manufacturing, scientific research, and new, emerging requirements necessitating ever smaller pulse widths in the ultrafast regime.

      RX1 Series Picosecond Lasers Brochure

      RX1_Series_Brochure_20231102
    • RX2 Series Mid Power Picosecond Lasers

      Mid Power Picosecond Lasers

      High single pulse energy: Up to ~600 µJ single pulse energy IR

      RX2-1064-60 | RX2-1064-100

      RX2-532-40 | RX2-532-70

      RX2-355-20 | RX2-355-28

      RX2 Series Picosecond Lasers Brochure

      Features

      • Wide range of wavelengths: 1064 nm, 532 nm, 355 nm, MWB, MWS, & 266 nm options on request
      • Smallest, all-in-one (AIO), high power picosecond laser on the market: Up to 100 W IR, 70 W GRN, or 28 W UV, In the small RX2 form factor.
      • Highest efficiency picosecond laser with the lowest power consumption: < 700 W typical
      • High repetition rates: Options up to 8 MHz or ~32 MHz
      • Excellent TEM00 beam, and Pointing Stability: Typical M2 < 1.2; < 20 μrad
      • Exceptional and Versatile Pulse Control: PEC (Power or Pulse Energy Control). PSO (Position Synchronized Output) mode for external triggering to any arbitrary PRF while maintaining a constant, stable pulse energy with low jitter. Burst Mode for individually controllable pulses in burst envelopes of up to 10 pulses with intra-burst pulse separation of ~31 ns. POD (Pulse-On-Demand) pulse bursts can be triggered internally, externally, or continuously, while maintaining constant pulse energy.

      Overview

      Photonics Industries’ RX2 Series mid power picosecond lasers offer high performance, high precision, and robust form factor for the most demanding industrial as well as scientific applications.  Photonics Industries is proven, with over a thousand picosecond lasers shipped worldwide, to meet and fulfill precision needs in manufacturing, scientific research, and new, emerging requirements necessitating ever smaller pulse widths in the ultrafast regime.

      RX2 Series Picosecond Lasers Brochure

      RX2_Series_Brochure_20231102
    • RX3 Series High Power Picosecond Lasers

      High Power Picosecond Lasers

      High power output up to 150 W at 1064 nm, with 10 ps pulse width

      RX3-1064-150 | RX3-532-100 | RX3-355-50

      RX3 Series Picosecond Lasers Brochure

      Features

      • Short pulse laser: ~10 ps for IR, ~7 ps for Green & UV; Option up to ~50 ps available
      • Wide range of wavelengths: 1064 nm, 532 nm, 355 nm; MWB, MWS, & 266 nm options on request
      • Smallest, all-in-one (AIO), high power picosecond laser on the market
      • High efficiency picosecond laser with low power consumption: ~1000 W typical
      • High repetition rates: Up to 8 MHz
      • Excellent TEM00 beam, and Pointing Stability: Typical M2 < 1.2; < 20 μrad
      • Exceptional and Versatile Pulse Control: PEC (Power or Pulse Energy Control), PSO (Position Synchronized Output) support for external triggering to any arbitrary PRF while maintaining a constant, stable pulse energy with low jitter, Burst Mode for individually controllable bursts of up to 10 pulses with a separation of 14 ns, POD (Pulse-On-Demand) pulse bursts can be triggered internally, externally, or continuously, while maintaining constant pulse energy

      Overview

      Photonics Industries’ RX3 Series high power picosecond lasers offer ideal performance, and the smallest overall form factor in the market of industrial picosecond lasers. Photonics Industries is proven, with over a thousand picosecond lasers shipped worldwide, to meet and fulfill precision needs in manufacturing, scientific research, and new, emerging requirements necessitating ever smaller pulse widths in the ultrafast regime.

      RX3 Series Picosecond Lasers Brochure

      RX3_Series_Brochure_20231016
    • RGLX Series
      Picosecond Lasers

      High Pulse Energy Picosecond Lasers

      High pulse energy: Up to 4 mJ at 1 kHz IR, & Up to 2.5 mJ at 1 kHz Green. With 25-50 ps pulse widths.

      IR: RGLX-1064-2 | RGLX-1064-4

      GRN: RGLX-532-1.5 | RGLX-532-2.5

      RGLX Series High Pulse Energy Picosecond Lasers Brochure

      Features

      • Variable repetition rate: single shot to 5kHz
      • Excellent beam quality (M2<1.3)
      • Small form factor, compact
      • Industrial grade
      • Diode pumped technology
      • Wide range of powers and harmonic options available
      • All-in-one single box design

      Overview

      Photonics Industries’ RGLX Series picosecond lasers offer low pulse widths (< 25 ps), high pulse energies (up to 4 mJ), and high repetition rates (up to 5 kHz). With no separate utility module, the all-in-one (AIO) RGLX Series is a pioneering laser for research, especially fulfilling new and emerging requirements in laser ranging (SLR), and also offers industrial sectors the pulse energy, repetition rate, and convenient AIO package for integration into systems for efficient micro-processing and meso-processing.

      RGLX Series High Pulse Energy Picosecond Lasers Brochure

      RGLX_Series_Brochure_20221222
  • Subnanosecond Lasers (1)

    • SN Series Sub-Nanosecond Lasers

      Sub-Nanosecond Lasers

      Specifiable pulse width from ~300 ps to 5 ns

      SN-1064-10 | SN-1064-30 | SN-1064-70 | SN-1064-100

      SN-532-5 | SN-532-16 | SN-532-40 | SN-532-60

      SN-355-3 | SN-355-10 | SN-355-25 | SN-355-40

      SN Series Sub-Nanosecond Lasers Brochure

      Features

      • High power and high pulse energy
        Up to 100 W IR
        Up to 10 W IR air-cooled
      • High pulse repetition rates
        Up to 8 MHz
      • Very low power consumption for air-cooled models
        ~120 W
      • Exceptionally low timing jitter
        < 500 ps
      • Exceptional and Versatile Pulse Control:
        PEC (Power or Pulse Energy Control)
        Burst Mode for individually controllable bursts of up to
        2 pulses with a variable separation of 20-30 ns
        POD (Pulse-On-Demand) pulse bursts can be triggered
        internally, externally, or continuously, while
        maintaining constant pulse energy

      SN Series Sub-Nanosecond Lasers Brochure

      SN_Series_Brochure_20231024
  • Femtosecond Lasers (1)

    • FS Series
      Femtosecond Lasers

      Femtosecond Lasers

      High power laser (up to 100 W in IR) with ultra-short pulse (~400 fs)

      FS1-1030-5 | FS1-1030-50 | FS2-1030-100

      FS1-515-2.5 | FS1-515-25 | FS2-515-50

      FS1-343-1 | FS1-343-15 | FS2-343-30

      FS Series Femtosecond Lasers Brochure

      Features

      • Wide range of wavelengths: 1030 nm, 515 nm, 343 nm, and 257 nm available upon request.
      • The most compact, rugged, All-in-One fs laser
      • Repetition rates up to 40MHz
      • Excellent TEM00 beam with typical M2 ~1.2
      • Exceptional Beam Pointing Stability < 20 μrad
      • PEC (Power or Pulse Energy Control)
      • PSO (Position Synchronized Output) support for external triggering to any arbitrary PRF while maintaining a constant, stable pulse energy with low jitter.
      • Burst Mode for individually controllable bursts of pulses with variable separations.
      • POD (Pulse-On-Demand), where a burst of pulses with separation equal to the PRF, can be triggered internally, externally, or continuously, while maintaining constant pulse energy.

      Overview

      The FS provides from 5W to 100W of IR (GRN, UV and DUV outputs also available) on the simplest, most compact AIO (All-in-One) platform with up to 40MHz PRF output for processing at highest throughput with polygon scanners.

      The user-friendly control interface allows Total Pulse Control and Burst Mode operation, where a user selectable number of pulses with adjustable incremental separation and programable amplitude can be released in an envelope, further enabling ablation rate increases on many materials. With adjustable repetition rate, the user can change the operating PRF and change the operating power or pulse energy through PEC (Power or Pulse Energy Control) function on the fly to maximize process flexibility.

      FS Series Femtosecond Lasers Brochure

      FS_Series_Brochure_20230517
  • Special Lasers (7)

    • DC Series
      Nanosecond Lasers

      Nd:YLF UV/Green Nanosecond Lasers

      High pulse energy, Up to 1mJ 351nm at 1kHz, up to 1.5mJ 527nm at 1kHz.

      UV: DC50-351 | DC100-351 | DC150-351

      Green: DC50-527 | DC100-527 | DC150-527

      DC YLF Series Nanosecond Lasers Brochure

      Photonics Industries’ DC Series Nd:YLF Nanosecond Lasers combine ideal mJ pulse energy levels with high kHz repetition rates (single shot to 10 kHz), while maintaining low pulse widths, all within a compact, air-cooled form factor.

      Features

      • 351 nm or 527 nm wavelength
      • Compact, rugged, air-cooled design. Water-cooled option
      • Patented intracavity harmonic generation
      • TEM00 beam with typical M² < 1.1
      • Pulse rep rates from single shot to 10kHz
      • RS232 computer control
      • External TTL Triggering
      • All-in-one (AIO) single box design

       

      DC YLF Series Nanosecond Lasers Brochure

      DC-YLF_Series_Brochure_20240307
    • 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

    • SLM and NL

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

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

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

      Please contact us for more information

    • 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
    • DX Nd:YLF Series
      Nanosecond Lasers

      High Pulse Energy Green Nanosecond Lasers

      High pulse energy TEM00 nanosecond laser: Up to 35 mJ at 1 kHz, 527 nm.

      DX-527-25 | DX-527-35

      DX Nd:YLF Series Nanosecond Lasers Brochure

      Features

      • Two fully independent lasers, integrated into a Dual Head configuration available. Contact us. Up to 70 mJ, Green.
      • Exceptional repetition rate control: Single shot up to 5 kHz
      • Multimode beam option available (see DM1 Series brochure)

      DX Nd:YLF Series Nanosecond Lasers Brochure

      DX-YLF_Series_Brochure_20221227
    • 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
    • OPO

      High Repetition Rate OPO Diode Pumped Laser

      Features

      • Diode pumped technology
      • Patented OPO generation technology
      • TEM00 beam
      • Pulse rate from single shot to 50kHz
      • mJ pulse energy at kHz repetition rates
      • RS232 computer control