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EBT3 radiochromic films were used as reference detector to commission the Lynx regarding spot position, spot size and homogeneity. EBT3 films were scanned with EPSON flat scanner providing 0.17mm resolution (150DPI) and 0.5% homogeneity after irradiation with a dose of 2Gy. Scintillator performances (linearity in dose, repeatability, homogeneity), optics capabilities (geometrical distortion, video, landmarks alignment, saturation, iris hysteresis) and positioning uncertainties were evaluated. A Lynx holder was designed and assembled in-house to position the Lynx on its 4 different faces with a higher level of accuracy and reproducible on the treatment couch of the irradiation room. Positioning and position validation could be also based on laser tracker targets. As no analysis tools for pencil beam scanning (PBS) were provided, a Python software was developed to extract automatically the spot and 2D field properties (size, position, skewness, ellipticity, penumbra) from Lynx videos and images. During commissioning, standard operating procedures were set up to optimize the usage and performances. 2b1af7f3a8