日本レーザー List of Products and Services

- High-output laser combiner. Combines beams of up to 5 wavelengths. Can accommodate DPSS or diode lasers (up to 2 of the same wavelength) in a compact and durable housing. - Rich wavelength lineup 375–808 nm - Selectable output Multi-mode fiber output or free-space output - Selectable output fiber mode Single mode, polarization-maintaining, multi-mode - Uniform wide-field light Built-in speckle reducer option - Easy upgrades Wavelength upgrades can be performed by the user - No additional cooling system required Conductive cooling method adopted *For more details, please download the PDF catalog or contact us.

■VisUV (266nm to 590nm) UV, Green, Yellow, Orange picosecond laser ● Enhanced output values at 280nm and 295nm ● Ultraviolet wavelengths: 266, 280, 295, 355 nm ● Visible wavelengths: 532, 560, 590 nm ● Pulse width <85ps (FWHM) ● Controllable via digital interface - USB, RS232, Sepia PDL828 (with dedicated module SEM 828) ■VisIR (765nm, 1064nm, 1530nm) High power IR picosecond laser ● Supports wavelength 1950nm ● Controllable via digital interface - USB, RS232, Sepia PDL828 (with dedicated module SEM 828) ● In the high power version, pulse width can be optionally adjusted to 0.15 to 0.5ns. ● Usable wavelengths: 765-1560 nm ● Pulse width is typically 70ps FWHM (short pulse) or 0.5 ns FWHM (high power) Average output: More than 300mW and less than 1.5W (varies by wavelength) *For more details, please download the PDF catalog or contact us.

Wavelengths of 320, 349, 532, 640, and 780 nm, narrow line width (< 0.5 MHz), very low intensity noise (< 0.1% RMS), and diffraction-limited TEM00 beam. The unique optical architecture and hermetically sealed package ensure very stable operation and performance over long periods. It demonstrates high robustness and durability for demanding embedded applications. Additionally, it is ideal for advanced research applications requiring high precision, stability, and spectral purity, such as Raman spectroscopy, interference experiments, holography, and quantum technology development.