Assembling tooling simultaneously applicable to die-cutting machine and gilding press

Abstract

The invention relates to an assembling tooling simultaneously applicable to a die-cutting machine and a gilding press. The assembling tooling comprises a support, four linear guide ways, two sliding blocks, two fixing blocks and a connecting rod, two linear guide ways are fixed at the upper end of the support, the other two linear guide ways are fixed at the lower end of the support, the two sliding blocks are in sliding joint with the linear guide ways located at upper and lower ends of the support respectively, the two fixing blocks are vertically fixed on the sliding blocks respectively, the connecting rod is fixedly arranged between the two sliding blocks in a connecting mode so as to limit synchronous movement of the two sliding blocks, the fixing blocks are used for fixing machine wall plates of a to-be-assembled machine, and the positions of the sliding blocks on the linear guide ways are adjusted so as to be adapted to the machine widths of the die-cutting machine and the gilding press. Compared with assembling toolings in the prior art, the assembling tooling simultaneously applicable to the die-cutting machine and the gilding press has the advantages that simple and convenient switching between two machine types can be performed so that the tooling can conveniently assemble the two types of machines, and the assembling efficiency is generally increased by the aid of reduced switching time of the tooling.

Description

technical field [0001] The invention relates to an assembly tool, in particular to an assembly tool suitable for both a die-cutting machine and a stamping machine. Background technique [0002] Die-cutting machines and hot stamping machines are commonly used machines in the printing industry. SP 106 die-cutting machine and SP 104 hot stamping machine are common die-cutting machines and hot stamping machines, and they are also the most assembled machines. [0003] In order to assemble these machines and guarantee the quality of their assembly, assembly tooling is commonly used today to ensure the perfect alignment of all parts. [0004] Since the SP 106 die-cutter and the SP 104 hot stamping machine do not have the exact same machine width, it is not possible to use the same tooling to produce both models. Therefore, according to the different machines produced, an adapter interface board must be added to the basic tooling structure. [0005] Such a system made the assembl...

AI Technical Summary

Problems solved by technology

[0005] Such a system makes the assembly efficiency very low. Since the two models of SP 106 die-cutting machine and SP 104 hot stamping machine are generally produced alternately on the production line, the assembler often needs to disassemble and reinstall the correct adapter interface board before starting work.

This is a huge waste of time as these adapter plates are heavy and require a gimbal to handle

[0006] If two different tools are used to produce the SP 106 die-cutting machine and the SP 104 hot stamping machine, on the one hand, the production cost will be increased; Moving the entire tooling is more complicated than moving the adapter interface board

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