The invention discloses a high-throughput chemical vapor infiltration process based on parameter regional control, application thereof and a device adopting the same. The high-throughput chemical vapor infiltration process based on parameter region control comprises the following steps: folded carbon paper is utilized to divide a deposition area into deposition zones with different specific areas, fiber preforms of same types and dimensions are placed in each of the deposition zones at preset deposition temperature, deposition pressure and gas flow, so that region control within the retention time is realized, and high-throughput composite materials with different parameter systems are prepared in single experiment; the deposition rate and the microstructure of the carbon paper and the fiber preforms in the deposition zones are tested and characterized, quick and efficient parameter optimization of the retention time and the specific areas is realized, deposition parameters and deposition areas with better deposition characteristic and better densification characteristic are sought out, and a series of technological parameters are selected in an optimized manner. According to the high-throughput chemical vapor infiltration process based on parameter region control, application thereof and device adopting the same, optimized deposition parameters and deposition areas in combination with area movement of large-dimension fiber preforms are utilized, and finally rapid and uniform densification of large-dimension composite material components is realized.