Rubber ultra-thin dialysis cutting machine

Abstract

The invention relates to a rubber ultra-thin dialysis slitting machine, which mainly includes a workbench, an upper and lower top knife mechanism, a belt knife transmission mechanism, a feeding transmission mechanism, an upper and lower lifting transmission mechanism, a knife sharpening mechanism and a control mechanism all arranged on a frame. system, its technical feature is that the up and down lifting transmission mechanism includes an up and down lifting combination device, an up and down lifting motor, an up and down foot hanging device, and a screw rod; Two worm gear elevators, the lower lifting combination device includes two worm gear elevators connected and fixed on the frame through the connecting shaft, the worm gear elevators are respectively connected to the two ends of the screw rod, and the worm gear elevators are respectively connected with the upper and lower lifting motors Connection; the upper and lower foot-hanging devices respectively include a foot-hanging seat and a hanging foot. The foot-hanging seat is installed on the slider in the linear guide rail on the frame. state, the hanging feet are installed in the hanging foot seat, and flower rollers are respectively arranged on the hanging feet.

Description

technical field [0001] The invention relates to a rubber slitter, in particular to a rubber ultra-thin dialysis slitter used for slitting rubber detection slices. Background technique [0002] With the rapid development of the automobile industry, the technical requirements for tire processing and manufacturing technology are getting higher and higher. The grade of traditionally produced tires is determined by experience technology, feel and visual inspection. The test results have low accuracy and the product is safe Not guaranteed. At present, the equipment for testing tire processing is to slice the tire rubber before and after vulcanization, and use precision instruments to detect the distribution of molecular structure and the ratio of chemical components per unit area, as well as related performance indicators such as elasticity and tension. The existing slicers have low slice accuracy. Uneven thickness and incomplete slices will directly affect the accuracy of the te...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the automobile industry, the technical requirements for tire processing and manufacturing technology are getting higher and higher. The grade of traditionally produced tires is determined by experience technology, feel and visual inspection. The test results have low accuracy and the product is safe not guaranteed

At present, the equipment for testing tire processing is to slice the tire rubber before and after vulcanization, and use precision instruments to detect the distribution of molecular structure and the ratio of chemical components per unit area, as well as related performance indicators such as elasticity and tension. The existing slicers have low slice accuracy. Uneven thickness and incomplete slices will directly affect the accuracy of the test results and bring certain safety hazards to the use of tires

Images