Thumbnail of High-Efficiency Pulsed Laser Systems for Demanding Applications photo 1

Description

With a focus on innovative system architectures, such as monolithic designs for enhanced stability and modular configurations for customizable performance, high-E Photonics delivers industry-leading reliability in demanding environments. 

High-Efficiency Pulsed Laser Systems for Demanding Applications

high-E Photonics

Specifications

Avg. Power: 100 W
Wavelength: 1500 nm
Repetition Rate: 10000 – 100000 kHz
Spatial Mode (M^2): 1.3
Pulse Duration: 0.1 ns
Pulse-to-Pulse Stability (RMS): 1 %
Cooling: Conductive
Wavelength: 1030-1064nm, 1500nm, 1670-2300nm, 1030nm & 1880nm
Pulse Energy: 1mJ to 100mJ, 1mJ, 1mJ to 100mJ, 1-100J
Average Power: 100W to 500W, 100W, 100W to 500W, Customer specific
Pulse Duration: Sub-picosecond to nanosecond, Picosecond to nanosecond, Sub-picosecond to nanosecond, Customer specific
M^2: <1.3, <1.3, <1.3, <1.5
Pulse Stability (STD/Mean): 0.83%
Beam Parameter M^2 X/Y: < 1.05
Astigmatism: 0.12
Asymmetry: 1.02

Got questions about specs? Use the inquiry form to ask.

Document icon Download Data Sheet Download icon

Features

  • High Energy for Demanding Applications: Designed to meet the needs of high-intensity tasks, providing exceptional energy output.
  • Industry-Leading Efficiency: Engineered for superior performance, ensuring maximum efficiency in all applications.
  • Industrial Reliability: Proven stability in harsh environments, ensuring consistent performance and durability.
  • Precision Performance: Offers tailor-made pulse specifications for precision tasks.
  • Wavelength Options:
    • HEP-1030/1064: 1030-1064nm
    • HEP-1500: 1500nm
    • HEP-2000: 1670-2300nm
    • J-Class: 1030nm & 1880nm
  • Pulse Energy:
    • HEP-1030/1064: 1mJ to 100mJ
    • HEP-1500: 1mJ
    • HEP-2000: 1mJ to 100mJ
    • J-Class: 1-100J
  • Average Power:
    • HEP-1030/1064: 100W to 500W
    • HEP-1500: 100W
    • HEP-2000: 100W to 500W
    • J-Class: Customer specific
  • Pulse Duration:
    • HEP-1030/1064: Sub-picosecond to nanosecond
    • HEP-1500: Picosecond to nanosecond
    • HEP-2000: Sub-picosecond to nanosecond
    • J-Class: Customer specific
  • Beam Quality (M2):
    • HEP-1030/1064, HEP-1500, HEP-2000: <1.3
    • J-Class: <1.5

Applications

  • Customer-specific pulse parameters or seed laser 
  • SHG, THG, HHG generation
  • Material processing 

 

Frequently Asked Questions

What are the available wavelengths for the pulsed laser systems?
The available wavelengths for the pulsed laser systems are 1030-1064nm, 1500nm, 1670-2300nm, and a combination of 1030nm & 1880nm.
What is the range of pulse energy for these laser systems?
The pulse energy ranges from 1mJ to 100mJ for most systems, with some models offering up to 100J.
What are the pulse duration options for these lasers?
The pulse duration options range from sub-picosecond to nanosecond, with customer-specific options available.
What are some of the customizable options available for these laser systems?
Customizable options include fs-Version or ns-Version, tunable pulse duration, customer-specific pulse parameters or seed laser, GHz operation, burst mode operation, external pulse compression with MPC or HCF, and SHG, THG, HHG generation.
How stable are the pulses from these laser systems?
The pulse stability is given as STD/Mean = 0.83%, indicating high stability.
What is the M² value for the beam quality of these lasers?
The M² value for the beam quality is less than 1.3 for most models, with one model offering less than 1.5.
What kind of environments are these laser systems designed for?
These laser systems are designed for industrial reliability and proven stability in harsh environments.

Got more questions? Use the inquiry form to ask the supplier directly.

Similar Products

Request Quote