The next level supercontinuum lasers
Unique waveguide technology
Superlight Photonics does not manufacture “a” supercontinuum laser: it is the lowest RIN noise supercontinuum laser available, bringing your experiments – like OCT – to the next level of sensitivity.
The Unique PAD design of an integrated photonics chip, combines this ultra low RIN noise with a very small form factor.
PAD - Patterned Alternating Dispersion ™
What is the PAD mechanism that makes our technology unique and disruptive?
Products
The SLP-1000 is the world’s first portable wideband laser, bringing supercontinuum performance beyond the traditional optical table. Built on SuperLight Photonics’ PIC technology and PAD, Patterned Alternating Dispersion™, it delivers smooth and reliable spectral output in a compact, battery-operated system.
Designed for research, industrial and medical imaging, spectroscopy, and a wide range of applications, the SLP-1000 brings together broadband performance, portability, and practical usability in a single, versatile platform.
Why choose the SLP-1000?
- Portable and battery-operated design for flexible use
- Smooth, stable, and low noise spectral output (SWIR)
- broad spectral output ~1000-2400nm
- ≥ 600 nm at -15 dB
- Ultra-low power consumption
- Designed for easy integration into optical setups
Note the absence of the usual pump peak with other technologies supercontinuum lasers:
The SLP-1050 redefines high-end supercontinuum lasers. The SLP-1050 is a compact supercontinuum laser source designed for applications that require higher output power and broader spectral performance in the NIR-SWIR region.
Built on SuperLight Photonics’ PIC technology and PAD, Patterned Alternating Dispersion™, it delivers smooth, stable, and low-noise spectral output in a compact design. Using an amplified seed laser, the SLP-1050 extends the performance of SuperLight Photonics broadband laser portfolio beyond the portable SLP-1000.
It is designed for advanced imaging, spectroscopy, sensing, medical imaging, OCT, and other photonics development applications, where broadband performance and stability are essential.
Why choose the SLP-1050?
- High-power supercontinuum platform
- Amplified seed laser architecture
- Broad NIR-SWIR spectral width ≥ 1000 nm at -15 dB
- Smooth, stable, low-noise performance
- Fast start-up, no routine calibration
- Compact form factor
The SLP-2000 was developed for optical systems that need to see more than the surface. Engineered for stable operation in laboratory and industrial environments, it delivers consistent SWIR output in a compact platform suited for integration into advanced optical systems.
Built on SuperLight Photonics’ PIC technology and PAD, Patterned Alternating Dispersion™, theSLP-2000 delivers coherent, wide-bandwidth output in a small-form-factor source ready for OEM and instrument-level integration.
Its spectrum is matched to the high-efficiency range of InGaAs detectors, providing strong spectral performance where near-infrared systems are most effective.
Why choose the SLP-2000?
- Full-spectrum SWIR platform
- Spectral bandwidth ≥ 750nm at -15 dB
- Broadband output for advanced imaging
- Ultra-low noise performance
- Integration-ready system design
- Compact Class IIIB source
- Built for OCT, inspection, and metrology
What is RIN (Relative Intensity Noise) and how to measure it?
About RIN or Relative Intensity Noise
Interested in SuperLight Photonics?
We are happy to advise you on the product that is best for your application. If you already know exactly what you are looking for, we will ofcourse immediately prepare a tailor-made quotation.
Direct contact
Laser2000 is a high-tech distributor and expert partner in photonics / opto-electronics. Trust our years of experience. What can we help you with?
