Abstract: The feasibility study of laminated veneer lumber（LVL）manufacturing from Salix discolor was discussed in this research, analyzing the effects of hotpressing temperature, hotpressing time and glue spread amount on the physicalmechanical properties of Salix discolor LVL. The results showed that the manufacturing of Salix discolor LVL is feasible. Along with the increment of the hotpressing temperature, the mechanical properties of Salix discolor LVL were improved, but when the temperature reached 150 ℃, the MOE⊥, MOR⊥ and MOE∥, MOR∥ began to decrease. TS was increased correspondingly as the hotpressing temperature increases, changed in the range of 505%-592%. When the hotpressing time was 10 min/mm, the MOE⊥, MOR⊥ and MOE∥, MOR∥ of Salix discolor LVL reached to a maximum，with the value of 513513MPa, 6994 MPa and 575957MPa, 6954 MPa, respectively. As the extension of hotpressing time, TS showed a trend of the first increase and then decrease, but the range of change was not large. With the increase of glue spread amount，the MOE⊥, MOR⊥ and MOE∥, MOR∥ of Salix discolor LVL had different degrees of increase，glue spread amount 280g/m2, MOE⊥ and MOR⊥ reached a maximum, while glue spread amount was 240g/m2, MOE∥, MOR∥ reached the maximum and TS had a minimum value. In the range of experimental study, the proposed technological parameters were: hotpressing temperature 135 ℃, hotpressing time 10min/mm, glue spread amount 240g/m2.