There is a conductive and transparent material on the display, commonly known as ITO film, and its chemical name is tin doped indium oxide. It is the most commonly used thin film material for transparent electrodes of liquid crystal displays, plasma displays, electroluminescent displays, touch screens, solar cells and other electronic meters. Due to its own material properties, this material can be said to be developing smoothly in the LED industry, and now the demand in the market has reached a very considerable amount.
At the beginning of the development of ITO film, it was not always smooth. Due to the limitation of Ito process and manufacturing method, the products at that time could only be used as ordinary transparent electrodes and solar cells. For the display industry, which has certain requirements on quality and quantity, it can’t meet that requirement at all. Later, due to the temptation of the market, many manufacturers hope to produce ITO film by introducing technology and equipment, but the expensive price is too high, and ordinary small and medium-sized enterprises have to look forward to it. They naturally lose the big cake of ITO film in the market. Unfortunately, with a variety of models of monitors being valued in front of the screen, And ITO film is an important material for display, which led to the appearance of ITO film laser cutting machine later.
ITO film is inherently sticky. Generally, it will be broken after cutting, which brings inconvenience to subsequent packaging and finishing. At the same time, the display is generally displayed in front of people, so the products after ITO film cutting need a certain degree of cleanliness and have a certain eye care function. However, the products after machine cutting are messy, uneven on all sides and disordered in corners. Also, ITO film has high mechanical hardness, which makes it more difficult to cut by machine.
The ITO laser cutting machine can perfectly balance the goals that the above machines can not achieve. The cutting heads of the ITO film laser cutting machine can be single head, double head, or even four heads. These cutting heads do not affect each other and cooperate with each other, that is to say, when cutting the ITO film, only one machine can achieve a small cutting cycle. This cutting not only improves the productivity efficiency, but also saves materials, More importantly, the ITO film laser cutting machine can completely cut off the coupling of the ITO film, without affecting the hardness and conductivity of the ITO film as a whole. At the same time, the four corners of the product cut by the ITO film laser cutting machine are complete, clean and smooth, which provides great convenience for later finishing and forming a complete production line.
The ITO film laser cutting machine has a suitable price and high cost performance ratio. Both the production efficiency and the cutting accuracy are about twice as high as those of similar machines, and sometimes they may be higher. Nowadays, it is an era of science and technology explosion, and people’s requirements for electronic materials such as displays are also increasing. The limited manual or semi-mechanical modes such as traditional cutting and processing are no longer suitable for cutting and cutting ITO films, This rough processing mode has long been abandoned by people, and the ITO film laser cutting machine with fine processing, high integration rate, fast cutting speed and no need for secondary processing has naturally come into people’s view, naturally replacing the previous processing mode, and the intervention of the ITO film laser cutting machine has timely filled the market demand for ITO film, Therefore, this processing method that can complement and cooperate with each other will certainly shine in the near future.
