top of page

AURORA II INTEGRA

Integrated Nd:YAG Pumped Type II BBO OPO

Quantity

Key Highlights

  • Fully integrated Q-switched pump laser and OPO

  • Continuous tuning range of 410 – 2600 nm

  • Pulse energies up to 45 mJ

  • < 4 cm⁻¹ linewidth in the visible range

  • < 4% RMS stability in the visible range

  • Repetition rates from 1 to 100 Hz

  • Motorized OPO wavelength tuning

  • Simultaneous signal and idler access

  • 355 nm pump process shutter and energy monitoring

  • Direct access to 355 nm pump output

  • No user-alignment required

  • Full PC control

Description

The Aurora II Integra series combines a Type II BBO broadband OPO and Nd:YAG nanosecond pump source into a single laser head, using an ultra-rigid Invar optical rail to provide class-leading performance and stability. True no-gap tunable output from 410 to 2600 nm with options to extend into the 210 to 410 nm UV range, as well as direct access to the pump laser and its harmonics, makes the Aurora II the perfect choice for a wide range of research and industrial applications. The integrated fully motorized design eliminates the need for user alignment and adjustment even when relocating the laser head. With a choice of pump sources from Litron’s wide range of Nd:YAG lasers, a highly modular layout, and even bespoke component optimization, tailoring the Aurora II into a flexible, customized solution has never been easier.

Specifications

Laser Type: Nd Pumped Type II BBO OPO Tuning Range: 410–2600 nm Optional UV Range: 210–410 nm Maximum Pulse Energy: Up to 65 mJ Repetition Rate: Up to 100 Hz Linewidth: <4 cm⁻¹ (visible) Stability: <4% RMS (visible) Wavelength Tuning: Motorized Output: Simultaneous Signal & Idler Pump Output: Direct 355 nm access Alignment: No user alignment required Control: Full PC control Optical Platform: Ultra-rigid Invar rail

Application

  • Photoacoustic Imaging

  • Laser Induced Fluorescence

  • Photobiology

  • LIDT

  • High Resolution Spectroscopy

  • Non Linear Spectroscopy

  • Remote Sensing

  • Process Monitoring

  • Combustion Research

  • Display Manufacture and Testing

bottom of page