Wedge

Short Pulse Q-Switched DPSS Laser

Compact, monolithic diode-pumped solid-state lasers delivering high peak power and exceptional performance across a wide range of wavelengths.

Features

Up to 4 mJ Pulse Energy
3.5 MW Peak Power
400 ps to 2.5 ns Pulsewidht
Single Shot to 100 kHz
266, 355, 532, 1064, 1570, 3100 nm
Multi-wavelenght models
Monolithic Design
Air Cooling
Low heat waste

Application

Micromachining of glass
Specialty marking
LiDAR and Bathymetry
Display manufacturing
Atmospheric and pollution monitoring
LIBS
Non-linear spectroscopy
Harmonic and parametric generation
Visible to IR OPO pumpingTeraHertz generation

Options available

Beam expanding and collimation optics
Multi-wavelength configurations
Multimodal fiber coupling
Low jitter option
Remote control box and software interface
AC-DC power supply

Wedge family has been fully renewed in terms of performances and available models.

Wedge HB and XB models are currently available at 1064nm, 1570nm, 3100nm, 532nm, 355nm and 266nm;
laser pulse energy reaches 4 mJ with 1.5 ns pulsewidth.
Wedge-HF and Wedge-XF models are available in a very compact unit, only 8x9x19 cm, both at 1064nm and 532nm.

Repetition rate can reach 100 kHz and pulses can be shorter than 500 ps.

Wedge HF and XF Plus can reach higher power maintaining both the same pulsewidth and mechanical footprint!

Moreover also Wedge HF and XF are available at 355nm and at 266nm.

Based on a proprietary fast Q-Switching technology, these compact sealed and monolithic diode pumped lasers are insensitive to vibrations and harsh environments.
They have been designed for OEM applications like micro machining of hard and soft materials, specialty marking, OLED, glass and crystals engraving, LiDAR, LIBS,

Spectroscopy and medical diagnostics. High output peak power, with relatively low energy and heat generation, allows efficient ablation and non-linear interaction with most materials. The compact and lightweight package represents a great benefit in LiDAR and other aerospace applications, while short pulses give extremely precise time-of-flight measurements.