The invention relates to a tubing intelligent forming detection and correction method and a tubing forming system, solving the technical difficulty that tubing cannot be processed and formed according to processing requirements because of inaccurate manually input forming working parameters. The technical scheme comprises the steps of: acquiring a set of tubing pre-pressed initial calibration points by a computer matched with a digital image processing software program through curve simulation and straight line detection; obtaining corresponding theory performance parameters of tubing bending angle by the help of the processing of a matched software, and completing the tubing forming process by the acquisition of a camera and the real-time monitoring of the computer starting from the pre-pressing of a first calibration point. A result pre-calculated by the computer avoids the fuzziness brought by manual operation and has strong accuracy. Meanwhile, the whole system has stronger adjustable correction property; and if existing deviation with the practical production condition, people can continuously manually correct compensation numerical values to achieve more accurate effect.