Description

Pulsed Laser Systems represent the pinnacle of laser technology, engineered to meet the rigorous demands of high-energy applications. These systems are renowned for their exceptional energy output and industry-leading efficiency, delivering unparalleled performance even in the most challenging environments. high-E Photonics' commitment to innovation ensures that each system is equipped to provide precision performance tailored to specific pulse requirements, making them an ideal choice for those seeking advanced laser solutions.

high-E Photonics has established itself as a leader in next-generation photonics solutions through its relentless pursuit of efficiency and scalability. The company's advancements in laser technology are not only pushing the boundaries of what is possible but also setting new standards in the industry. By focusing on innovative system architectures, such as monolithic designs that enhance stability and modular configurations that allow for customizable performance, we ensure that its pulsed laser systems deliver reliability and performance in any environment.

With a range of systems including the HEP-1030/1064, HEP-1500, HEP-2000, and the J-Class, high-E Photonics provides a variety of options to meet diverse needs. These systems offer a wide spectrum of wavelengths and pulse energies, catering to both standard and customer-specific requirements. Whether you need sub-picosecond to nanosecond pulse durations or specific pulse parameters, high-E Photonics' pulsed laser systems are designed to offer precision and adaptability. Furthermore, their systems boast impressive pulse stability and beam parameters, ensuring consistent and reliable performance.

Incorporating customer-specific options like tunable pulse durations, GHz operation, and external pulse compression, high-E Photonics' systems are versatile and capable of handling complex tasks. Their ability to generate second, third, and higher harmonic generations (SHG, THG, HHG) further exemplifies their commitment to providing comprehensive laser solutions. With high-E Photonics, you are choosing a partner dedicated to delivering excellence in laser technology.

High-Efficiency Pulsed Laser Systems for Industrial and Custom Applications

high-E Photonics

Specifications

Center Wavelength: 1030 nm
Repetition Rate: 1 – 1000 kHz
Pulse Energy: 300 mJ
Energy Stability (RMS): 1 %
Pulse Duration: 100 fs
Pointing Stability (RMS): 50 urad
Polarization: Vertical
Spatial Mode (M^2): <1.3
Amplification Scheme: MOPA
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 
  • Industry-leading efficiency
  • Industrial reliability, proven stability in harsh environments 
  • Precision performance to tailor-made pulse specifications

Applications

  • High energy for demanding applications
  • Industrial reliability, proven stability in harsh environments

Frequently Asked Questions

What are the available wavelengths for the Pulsed Laser Systems?
The available wavelengths are 1030-1064nm, 1500nm, 1670-2300nm, 1030nm & 1880nm.
What pulse energy ranges are offered by these laser systems?
The pulse energy ranges from 1mJ to 100mJ, with some models offering up to 1-100J.
How stable are the pulses in these laser systems?
The pulse stability is measured as STD/Mean = 0.83%, indicating high stability.
What customization options are available for these laser systems?
Customization 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, and SHG, THG, HHG generation.
What is the average power output of these laser systems?
The average power output ranges from 100W to 500W, with customer-specific options available.
How does high-E Photonics ensure reliability in harsh environments?
high-E Photonics uses innovative system architectures such as monolithic designs for enhanced stability and modular configurations for customizable performance, ensuring industry-leading reliability.
What are the beam parameters for the mJ-system?
The beam parameters include M2 X/Y < 1.05, astigmatism of 0.12, and asymmetry of 1.02.

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

Similar Products

Request Quote