Thorlabs Ltd. Polarization-Sensitive Spectral Domain OCT Telesto Series Imaging System TEL220PSC2 - 1300nm

Optical Coherence Tomography (OCT) - Polarization-Sensitive, 1300 centre wavelength

The Thorlabs’ Telesto® Series PS-OCT and Ganymede™ Series SD-OCT are instruments that allow for the ultra-fast and non-destructive acquisition of detailed, cross-sectional images of materials or biological tissues. The instruments operate similarly to ultrasound with the use of light waves instead of sound. The Telesto® PS-OCT can provide additional information about structural properties by analysing how light interacts with a sample’s polarisation.

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Detailed Description

This system provides the flexibility required for long-range and high-resolution imaging applications.

The systems use an incident beam of known polarization and a dual-detector design to incorporate polarization information in 2D cross-sectional and 3D volumetric images of a sample.

Uses/Applications

Biomedical Research: Tissue imaging, collagen analysis, vascular studies, and monitoring biological processes.

Material Science: Subsurface defect detection, structural analysis, and quality control.

Industrial Inspection: Non-destructive testing of layered structures and product integrity verification

Single-Input Polarization-Sensitive OCT System with Unique Detector Unit for Simultaneous Acquisition of Both Orthogonal Polarizations at Full Imaging Speed
Robust Setup for Highly Reproducible Measurements
Configurable Systems Optimized for High-Resolution,
High-Depth Imaging: 3.5 mm with 5.5 µm Axial Resolution in Air
Base Units with A-Scan Rates up to 76 kHz Available
109 dB Max Sensitivity at 5.5 kHz Scan Rate
94 dB Max Sensitivity at 76 kHz Scan Rate

Both systems provide micron-scale resolution for detailed cross-sectional and volumetric imaging.

  • Polarization Sensitivity (Telesto® only) allows for the measurement of birefringent properties for structural analysis.

  • High-Speed Imaging (Ganymede™ only) allows for A-scan rates of up to 248 kHz for real-time imaging of moving samples.

  • Doppler and Speckle Variance Imaging (Ganymede™ only) primarily used to visualise vascular structures and various biological processes.