SLP-2000
The SLP-2000 full-spectrum SWIR laser light source
Leading combination of bandwidth, brightness, stability & form factor
The SLP-2000 is a compact full-spectrum SWIR supercontinuum laser that expands the company’s broadband light-source portfolio.
Engineered for both stationary and mobile integration, the SLP-2000 is a SWIR supercontinuum laser with ultra-low noise output in a compact, maintenance-free platform.
Its spectrum is matched to the InGaAs detector high-efficiency range, ensuring uniform spectral power density where near IR systems are most efficient, therefore making it ideal for non-destructive, high-resolution and real-time OCT and cross-sectional imaging without complex multi-laser architectures.
Utilizing PAD - Patterned Alternating Dispersion™ technology, the SLP-2000 delivers a coherent, wide-bandwidth output in a small-form-factor source ready for OEM and instrument-level integration.
The SLP-2000 offers 950-1350 nm broadband performance for next-generation OCT, biomedical imaging, and industrial metrology
Covering the two most in-demand OCT wavelengths - 1060 nm and 1300 nm - the SLP-2000 enables deeper tissue penetration, improved contrast, and reduced water absorption at 1300 nm for dermatology and internal imaging, while 1060 nm offers a versatile balance of resolution and depth for retinal, anterior eye segment, and neuroimaging applications.
In industrial and metrology environments, the SLP-2000 delivers exceptional performance for non-destructive testing of composites and semiconductors, coating thickness measurement, packaging and sealing inspection, and transparent material 3D imaging.
Key Features
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Wide bandwidth
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High power and spectral stability
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Near SWIR
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Spectral Range 900-1350 nm
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Compact form factor
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Class 3 laser safety
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SLP-2000 announcement
OCT Wavelenghts for biomedical and industrial applications
Designed to transform how traditional light sources are implemented, the SLP-2000 covers the most popular wavelengths for both OCT and biomedical applications: 1060 nm & 1300 nm.
OCT at 1300 nm
The 1300 nm is extremely useful in OCT because it delivers deeper penetration (compared to shorter wavelengths e.g., 800 nm), into scattering tissues like skin, muscle, and internal organs, allowing better imaging of subsurface structures.
Its reduced absorption in water strikes a perfect balance for offering deeper penetration without excessive absorption. And its improved contrast in certain tissues show better contrast at 1300 nm, making it ideal for ophthalmology and dermatology.
In industrial and material inspection, the SLP-2000 in the 1300 nm bandwidth shows exceptional results for non-destructive testing of composites, ceramics, and semiconductors, coating thickness measurement, or packaging and sealing inspection.
OCT at 1060 nm
OCT at 1060 nm is a versatile wavelength that offers a balance between imaging depth and resolution, making it ideal for several biomedical applications such as retinal imaging, anterior eye segment imaging and neuroimaging and brain studies.
Industrial applications would be silicon inspection, thin film and coating analysis, and 3D imaging of transparent materials.
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