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This paper systematically expounds the key technologies to solve the tensile deformation of thin substrates from four dimensions

How to effectively solve the tensile deformation problem of thin film materials and maintain tension stability has become a key indicator to measure the performance of slitting equipment.

the cutting accuracy has been improved by more than 50%, and high-quality slitting without dust and burrs has been truly realized.

This article will provide an in-depth analysis of the underlying logic and practical path of slitting machines to solve the pain points of winding winding.

In the field of thermal transfer printing, the quality of the ribbon directly determines the printing effect.

These issues not only affect aesthetics but can also cause the carbon ribbon to wrinkle or break during printing, resulting in a large amount of waste.

it cuts not only the width, but also the reliability of the ribbon running smoothly under the print head.

These seemingly subtle defects can directly lead to subsequent hot stamping failures, increased scrap rates, and even affect the entire production cycle.

The problem of burrs on the edges of hot stamping foil slitting is essentially a challenge to the limit of precision.

How to reduce the slitting scrap rate through key technical means has become the focus of attention in the industry. This article will focus on three key technologies.