The invention discloses an intelligent insulated joint storage cabinet which comprises a main framework. The main framework comprises a front left stand column, a front right stand column, a rear leftstand column, a rear right stand column, first front cross beams, first rear cross beams, first left longitudinal beams and first right longitudinal beams. Multiple supports are arranged on the firstfront cross beams and the first rear cross beams. Each support comprises an arc supporting seat and two guide sleeve pipes. The two ends of each arc supporting seat are correspondingly arranged in inner cavities of the two corresponding guide sleeve pipes through guide shafts. Reset springs are arranged on the peripheries of the two sleeve pipes of each support in a sleeving manner. Weighing inductors are further arranged at the positions, on the lower sides of the arc supporting seats of the multiple supports, of the first front cross beams in a one-to-one correspondence manner, and the weighing sensors are electrically connected with a control panel fixed to the main framework. The intelligent insulated joint storage cabinet has the beneficial effects of being simple in structure, low in cost, safe, stable, high in automation degree and small in occupied space, and application and management of a digital warehouse are facilitated.