日本レーザー Product Lineup

Pulse-driven, capable of time-resolved measurements. Due to the ability for multi-wavelength synchronization, complex excitations such as PIE (Pulse Interleaved Excitation) are possible. Multiple diode laser heads can be combined using a combiner, and each head can be individually or synchronously controlled with a multi-channel driver. ■ Light Source ● Diode laser-based picosecond pulse laser ■ Driver ● Multi-channel pulse pattern with ultimate flexibility ● Flexible modular system compatible with laser heads ● Pulse, burst, and CW operation ■ Laser Combiner ● Capable of combining up to 5 laser wavelengths and outputting through a single fiber *For more details, please download the PDF or contact us.

- Picosecond pulse oscillation: Minimum pulse width 50 ps, repetition frequency Single-Shot ~ 100 MHz - Continuous wave (CW) oscillation: ACC & APC mode - Wavelength lineup: 375 to 2090 nm - Maximum output: 500 mW (CW), 2.5 W peak output (picosecond pulse) - User-friendly RS-232 & USB interface included - Variable pulse shape - Low jitter programmable with built-in frequency generator: 1 Hz to 100 MHz - Programmable delay generator: Easily synchronize with external devices - High beam quality & high-efficiency fiber coupling This semiconductor laser is capable of both picosecond pulse oscillation and CW (continuous wave) oscillation with modulation functions. In pulse oscillation, the minimum pulse width is 50 ps, with a maximum repetition frequency of 100 MHz. The adoption of the latest high-performance electronics ensures high stability and low noise. The inter-pulse jitter in picosecond pulse oscillation is <2 ps. It features high-precision temperature control, a programmable frequency generator, an optical system with aberration correction for beam shaping, and a high-resolution SYNC delay generator integrated. *For more details, please download the PDF or contact us.

The "SuperK FIANIUM" is a supercontinuum light source that supports single-mode output across a wavelength range of 390 to 2400 nm, with a simple operating method. By combining it with plug-and-play options, it can form a wavelength-tunable laser system. 【Features】 ■ High beam quality comparable to single-frequency lasers (Gaussian, M2<1.1) ■ Additional wavelength-variable filter option allows for tunable wavelength sweeping ■ Can replace white light sources and broadband multi-wavelength sources ■ Capable of time-resolved measurements due to pulse operation ■ Intuitive operation via PC, allowing parameter changes without turning off the power (*For more product details, please download the catalog) A series of products is also available, including options for industrial applications and compact types, and a new product, the broadband wavelength-tunable laser "SuperK CHROMATUNE," which can oscillate in the wavelength range of 400 to 1000 nm without gaps, is also scheduled for release.

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.

"Solira" is a flexible time-resolved photoluminescence (TRPL) microscope that can evaluate the optical properties of materials in a single device. By integrating multiple measurement methods into one system, it enables precise and efficient analysis. It is suitable for the evaluation of materials such as semiconductors, nanomaterials, solar cells, and LEDs. 【Features】 ■ All-in-one solution for material property evaluation ■ Flexible measurement configuration ■ Sensitivity at the single emitter level ■ Excellent system design for expandability ■ Reduction of experimental complexity ■ Application support from experts *For more details, please download the PDF or feel free to contact us.