Inspire Femtosecond Optical Parametric Oscillator 345–2500 nm

Specifications

Repetition Rate: 80 MHz
Total Tuning Range: 340 – 2500 nm
Core Tuning Range: 340 – 2500 nm
Output Power (avg): 1 W
Pulse Duration: 120 fs
Idler Polarization: Horizontal
Signal Polarization: Horizontal
Document icon Download Data Sheet Download icon

Features


  • Gap-Free Tuning: Achieve continuous tuning across the UV, Visible, and IR spectrum (345-2500 nm) with a single configuration, eliminating the need for optics changes.

  • Automated Control: Benefit from fully-automated, computer-controlled tuning and self-calibration for ease of use.

  • Simultaneous Outputs: Access UV, Visible, and IR beams simultaneously through three separate output ports.

  • Integrated SHG Unit: Features an integrated Second Harmonic Generation Unit for doubling the un-depleted pump.

  • Hands-Free Operation: Available in hands-free (Inspire HF) and automatic (Inspire Auto) versions, offering flexibility and enhanced functionality for various applications.

  • No Cooling Required: Operates at room temperature, eliminating the need for ovens, water-cooling units, and pipes inside the OPO cavity.

  • High Power Output: Delivers near-transform-limited pulses with high average power across the spectral range, ensuring best-in-class performance.

  • Patented Technology: Based on Radiantis' patented technology, providing reliable and innovative solutions for scientific research.

  • Flexible Pumping Options: Compatible with Mai Tai® HP Ti:sapphire oscillators, with alternative pump laser options available upon request.

Applications


  • Time-Resolved Spectroscopy: Provides ultrafast pulses for dynamic process measurements at femtosecond resolution.

  • Single-Molecule Spectroscopy: Enables sensitive detection and analysis of single molecules across broad spectral regions.

  • Pump-Probe Experiments: Ideal for investigating ultrafast dynamics in materials and biological systems.

  • CARS and Raman Microscopy: Enhances nonlinear imaging techniques with tunable femtosecond pulses.

  • Plasmonics: Supports advanced plasmonic studies requiring broad tunability and high peak powers.