Products & Technology

More power, more light, better insight 
The SLP-1050 redefines high-end supercontinuum lasers

To address the increasing demand for high-power and compact supercontinuum laser (SCG or wideband laser) solutions, SuperLight Photonics has released its second generation product, the SLP-1050, harnessing unprecedented power for enhanced industrial, research, and (bio)medical applications. 

Using an amplified seed laser, this supercontinuum laser is designed to deliver more than 40 mW - more than 15 times the battery-operated SLP-1000 - and a wide spectral range in the NIR-SWIR region. Just like the SLP-1000, it provides a highly coherent, stable, and low noise output.

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NEW

The SLP-0280, the world’s first of its kind compact ultrafast pulse laser

The SLP-0280 is an ultrafast laser delivering 25 femtosecond pulses with a center wavelength of 1750 nm (+/- 200 nm). 

SuperLight Photonics’ unique and patented PAD – Patterned Alternating Dispersion ™ technology is leveraged, applying non-linear pulse compression in a highly efficient way. The resulting 25 fs pulses are obtained with substantially lower pulse energy than traditionally needed for such pulse compression. Based on a photonic integrated circuit (PIC) platform, the form factor is substantially reduced compared to similar lasers.

The SLP-0280 outperforms traditional complex systems, and it sets a new benchmark as an ultrafast, low noise, ultra-stable, small form factor laser solution. It is designed to excel in both scientific and industrial applications.

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The SLP-2000 full-spectrum SWIR laser light source

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The SLP-2000 delivers 950-1350 nm broadband performance for next-generation OCT, biomedical imaging, and industrial metrology.

The innovative SLP-2000 delivers unmatched versatility and precision and the launch of this new device completes our product portfolio - together with the SLP-1050, we cover the full spectrum from 900 to 2500 nm.
 

This solution will elevate operations and quality standards in inspection and material analysis, process and quality control.

Our customers confirm that it is ideally suited for fiber component and photonic device testing. In OCT, it offers new paths to deeper penetration, higher contrast in challenging tissues, and real-time imaging performance, enabling applications previously limited by spectral bandwidth or noise instability.
 

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