SHSL High-Energy High-Repetition Laser
The SHSL series features:
- Repetition rate >100 Hz
- Output energy up to 300 mJ
- Wavelength options: 532 nm, 355 nm
Uses MOPA optical amplification, water cooling, and industrial-grade design.
Key Features
- Diode pumping, long lifetime
- Expandable wavelengths
- 24/7 continuous operation
- Stable and mature technology
Applications
- Atmospheric lidar
- LIBS / LIF
- Laser ultrasonics
- Biomedical
SHSL Technical Parameters
Models
- SHSL-20M
- SHSL-50M
- SHSL-300M
Key Specifications
- Energy @1064nm: ≥20 / ≥50 / ≥280 mJ
- Energy @532nm: ≥10 / ≥25 / ≥150 mJ
- Energy @355nm: ≥100 mJ (300M)
- Repetition rate: 100 Hz
- Beam quality: M² ≤3
- Cooling: Air / Water
- Power: DC 24V / AC 220V
SHSL Series – High Repetition & Dual-Pulse DPSS Laser Platforms
Precision Pulse Engineering for Analytical & Scientific Systems
Solid Laser is a specialized manufacturer of sophisticated laser systems, and we create high-performance diode-pumped solid-state (DPSS) systems that are used in scientific and industrial applications. Our SHSL Series is designed as a High repetition DPSS laser platform, operating at high energy and high repetition rates with stable and reliable output performance.
Built with high-precision cavity orientation and perfect thermal management, we guarantee stability in pulse energy. As long as the system continues, the beam quality TEM00 remains reliable.
Reliable High Repetition Solutions from Solid Laser
SHSL Series is designed to operate with ease at high repetition rates and constant output stabilized and monitored. Our High repetition DPSS laser systems provide reliable operation in precise applications that need accuracy and repeatability.
Key benefits include:
- Consistent pulse energy
- Stable pulse duration
- Low thermal drift
- Uniform beam quality
- Reliable continuous operation
Reliable LIBS Laser Solutions from Our Company
At Solid Laser, we configure the SHSL Series as a reliable Laser for LIBS applications. We focus on the provision of stable and repeatable pulse energy to form the plasma accurately and give consistent analytical results.
We design our systems to provide:
- Controlled pulse energy.
- Adjustable repetition rates.
- Stable triggering and synchronization.
- Precise beam focus.
- Reliable operation in lab and field environments.
This stability enables dependable High repetition rate DPSS laser performance for automated and high-speed analytical environments.
High-Performance Laser for LIBS by Our Company
To increase the sensitivity of the analysis, our SHSL platform is compatible with Dual-pulse DPSS Laser configurations.
Dual-pulse architecture allows:
- Adjusted inter-pulse timing.
- High signal intensity in LIBS.
- Spectral enhancement by reheating plasma.
- Improved signal-to-noise ratio.
Developed by our engineering team, synchronized dual-pulse modules are designed to meet the requirements of the research in the field of advanced spectroscopy and material diagnostics.
Our Laser Design & Engineering Approach
Solid Laser builds the SHSL Series based on a solid-state technology with high reliability in diode-pumped technology and certified high-quality materials.
Our systems include:
- Photocells with a large damage-threshold.
- Active thermal control of stables.
- Industrial-grade control electronics.
- Control electronics on an industrial basis.
- Flexible triggering and synchronization interfaces.
All systems are aligned, tested, and validated before delivery to guarantee reliable operation in high-duty-cycle environments.
Flexible Configuration Options from Our Company
We understand that different applications require different specifications. That is the reason that we make the SHSL platform configurable.
We offer customization in:
- Pulse energy levels
- Repetition rate range
- Dual-pulse timing control
- Wavelength selection
- Cooling options (air-cooled or water-cooled, depending on model)
- OEM integration formats
This scalability gives our laser systems a natural fit in laboratory configurations, field portables, and industrial analysis systems.
Frequently Asked Questions
SHSL systems are designed with a high repetition rate, stability, and dual-pulse synchronization, which is very convenient in analytical and LIBS.
Yes. The thermal control and cavity stabilization design allow repeatable High repetition rate DPSS laser operation at minimum drift.
Dual-pulse DPSS Laser configurations are optionally available and can be customized for spectroscopy and higher-level plasma analysis.
These lasers are widely used in research laboratories, spectroscopy systems, industrial analysis equipment, and advanced optical diagnostics.
Yes, our company provides customization in terms of wavelength, pulse energy, repetition rate configuration, and integrations with systems.
Advance Your Analytical Systems with Precision Pulse Control
Collaborate with Solid Laser to design a customized SHSL Series solution optimized for high-repetition and dual-pulse performance as well as advanced spectroscopy requirements.