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PLCTS TD-OCT system offers 0.5 µm resolution, 20 mm depth and real-time, non-destructive 2D/3D imaging.
PLCTS Time-Domain OCT (TD-OCT) Imaging System
Time-domain OCT is based on the principle of low-coherence interferometry. A broadband, low-coherence light source is directed onto the sample, and the backscattered or reflected signals from different depths within the sample are collected. These signals are then recombined with the reference beam via a fiber coupler and detected by a photodetector.
By measuring the intensity and delay of backscattered light from different tissue depths, TD-OCT reconstructs high-resolution 2D and 3D structural images of biological tissues. The core components include a broadband light source, a Michelson interferometer, and a photodetector.
PLCTS offers customized OCT system solutions，tailored to your application needs. For more information, please contact us.
Note: This product supports evaluation useand can be provided with necessary technical support upon request.
● OCT uses low-intensity light for detection, ensuring no damage to the sample
● Enables real-time high-frame-rate imaging, significantly reducing inspection time
● Applications: material analysis, semiconductor chip/component inspection, biological tissue research, etc.
● Lateral/axial resolution: 0.5 μm
● Imaging depth: up to 20 mm
The PLCTS Time-Domain OCT (TD-OCT) Imaging System offers micron-level resolution, enabling the clear visualization of fine structures in biological tissues or materials. It features non-contact, non-destructive imaging, with depth-resolved acquisition, high sensitivity, and broad applicability across diverse fields. The system also supports customizable imaging depth, with a maximum depth of up to 20 mm.
