Optical Coherence Tomography has been proving to be an efficient diagnostics technique for imaging in vivo tissues, an optical biopsy with important perspectives as a diagnostics tool for quantitative characterization of tissue structures.The present work studies the parameters conformity evaluation of optoelectronics equipment for biomedical applications like Laser, IPL (Intense Pulsed Light), and OCT, targeting the identification of items which are necessary as a requirement to develop a future specific standard for Optical Coherence Tomography equipments. Beside the metrological parameters required by the particular standard for Laser and IPL equipment, specific parameters necessary for OCT’s evaluation have been identified, regarding its biomedical application. For some parameters identified, measurement requisite has been recommended, and for others, only the information on the accompanying documents. Among the parameters required for measurement, highlights for: electromagnetic emission power, measurement uncertainty of incident power, coherence length, work beam diameter and divergence, pulse duration and spectral irradiance.