Optical Coherence Tomography (OCT) is an imaging technology that has developed rapidly over the past decade. It utilizes the basic principle of a weakly coherent light interferometer to detect back-reflected or multiply scattered signals from different depth layers of biological tissues in response to incident weakly coherent light. Through scanning, it can produce two-dimensional or three-dimensional structural images of biological tissues.
Swept Source SS225
Applications:
- Optical Coherence Tomography (OCT)
- Biomedical Imaging
- Characterization of Optical Sensor Properties
- Measurement with Fiber Optic Sensors
Introduction:
The SS225 is a swept laser light source with a wide tuning range in the 1060 nm or 1310 nm wavelength window. Utilizing a unique external optical triggering mechanism, it ensures consistency in frequency sampling and spectral correction.
With high spectral brightness and high scanning speed as its core features, it demonstrates extraordinary signal-to-noise ratios in the fields of biomedical imaging and long-distance, high-density fiber optic sensing applications.
Additionally, due to its wide spectral range and narrow linewidth, the SS225 enables high-resolution characterization of optical sensors.
Features:
- Operates in the 1060 nm or 1310 nm spectral range
- High-power scanning laser light source
- Wide spectral range
- High resolution
- High scanning rate
- External optical triggering
- Compact, robust, and portable design