Frequency-converted laser systems in the visible spectrum
Visible wavelength lasers operating in the 400–700 nm range, enabling high-resolution applications in spectroscopy, imaging, and precision analysis. In many cases, these systems are derived from fiber-based architectures and include frequency-converted sources such as our Green Picosecond Laser.
Portable laser for high-resolution analytical applications
Green Picosecond Fiber Laser
AMPX-PICO-532/100/1
Enabling Precise Raman and Time-Resolved Analysis Beyond the Lab
Where compact ultrafast laser sources fail due to spectral broadening, vibration sensitivity, and insufficient stability in real-world environments, the Green Picosecond Fiber Laser overcomes these limitations with its tapered double-clad fiber architecture, delivering up to 1.5 W average power and 1.5 µJ pulse energy at 50 or 100 ps pulse duration – in a compact, field-deployable platform designed for demanding analytical applications.
- Main Application Areas: Optimized for Raman spectroscopy, time-resolved analysis, and scientific research, the Green Picosecond Fiber Laser delivers where it matters most: patented tapered double-clad fiber technology keeps spectral bandwidth to typically 0.1 nm, while the full-fiber IR amplification scheme ensures vibration-insensitive, consistent performance beyond the lab.
- Typical Industries: From mining and biology to medicine and industrial chemical analysis, this laser brings high-resolution analytical performance into the field – its compact form factor (324 × 324 × 166 mm), low environmental sensitivity, and OEM-ready interfaces (Ethernet, RS232, USB) make it fast to deploy in both portable devices and industrial systems.
Technical Specs
PARAMETER |
VALUE |
|---|---|
Spectral Bandwidth: |
Typically 0.1 nm (@ 3 dB FWHM) |
Repetition Rate: |
Typically 1 MHz |
Beam Quality (M²): |
Typically 1 (max 1.2) |
State of Polarization: |
Linear |
Output Fiber: |
MM 105/125, NA = 0.15 |
Dimensions: |
324 × 324 × 166 mm |
Why Choose
Integration Requirements
FAQ
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