Mold clamping mechanism of an injection molding machine

Support section of a mold clamping mechanism, said support section having a front face and a back face and wherein at least one recess is arranged between the front face and the back face of the support section so that when a force is directed to the front face, the front face is evenly deformed and wherein lugs are arranged on the support section so that the force is transmitted to the support section by the lug.

Mold clamping mechanism of an injection molding machine with a movable platen, a fixed platen and a support section connected to the movable platen through connecting links, said support section having a front face and a back face and wherein, when clamping force is applied via the connecting links, a force is directed in a force direction to the front face of the support section, wherein in each area of the support section where a lug and an articulated joint are located there are a plurality of spaced recesses arranged between the front face and the back face of the support section, so that those regions of the front face of the support section to which the force is transferred are evenly deformed when force is applied.

Support section of a mold clamping mechanism, said support section having a front face and a back face and wherein in each area of the support section where a lug and an articulated joint are located there are a plurality of spaced recesses arranged between the front face and the back face of the support section so that when a force is transferred to the front face, the front face is evenly deformed and wherein the lug is arranged on the support section so that the force is transmitted to the support section by the lug.

Mold clamping mechanism of an injection molding machine, comprising a movable platen, a fixed platen, a support section having a front face, a back face and at least one recess arranged between the front face and the back face, at least three connecting links which connect the movable platen with the support section, wherein at least one inner lug and two outer lugs of the connecting links are connected on at least three connection regions to the front face of the support section, and wherein, when clamping force is applied along a direction of force via the connecting links, a force is transmitted to the front face of the support section, which deforms the front face and the back face, and wherein the at least one recess is formed in such a manner that those connection regions of the front face of the support section to which the force is transferred and to which the at least three lugs are connected cause even deformation in the front face when force is transmitted thereto via the lugs.