The OCT system provided by LBTEK mainly consists of an OCT main unit, a sample holder, an integrated scanning head, a Z-axis adjustment frame, an XY translation sample stage, and a computer host pre-installed with dedicated software (equipped with a high-definition display, mouse, and keyboard), along with a key lock. Spectral Domain Optical Coherence Tomography (SD-OCT) uses the frequency domain detection method, requiring a broadwidth light source. It splits the interference beam reflected from the sample and reference mirror into different spectral components and uses a high-speed spectrometer to capture light signals of various frequencies. The SD-OCT system has no moving parts, thus offering high mechanical stability and low phase noise. Swept Source Optical Coherence Tomography (SS-OCT) is an OCT imaging technology based on swept source. By utilizing a high-speed balanced detector to capture light signals at different frequencies, SS-OCT can generate high-resolution tomographic images more rapidly, providing internal structure and morphological information of the sample. Due to the high-speed wavelength sweeping of the swept-source laser, each discrete wavelength can illuminate the sample with high peak power, delivering higher sensitivity with minimal risk of optical damage. For users with full-system procurement needs, LBTEK offers comprehensive and attentive customization services. For customization inquiries, please contact LBTEK Technical Support.