Bracket for biomechanical bionic research

The utility model discloses a biomechanical bionic research support which comprises an upper clamping groove piece, a lower clamping groove piece and a plurality of porous arc-shaped plates, the upper clamping groove piece and the lower clamping groove piece are transversely arranged up and down, and the porous arc-shaped plates are sequentially and evenly arranged between the upper clamping groove piece and the lower clamping groove piece at intervals from left to right. The upper end and the lower end of each porous arc-shaped plate are connected with the upper clamping groove piece and the lower clamping groove piece in a one-to-one correspondence mode. Each porous arc-shaped plate comprises four layers of pores from front to back; the radian of the porous arc-shaped plate is 15 degrees; the support is made of titanium alloy. According to the support for biomechanical bionic research, the biological influence of biomechanical signals on cells can be researched on plants in the support, so that the design o