Laser cutting in the semiconductor industry
The semiconductor industry involves the design, development, manufacturing and sales of small electronic parts and chips. These semiconductors appear in almost every modern technological device we use. Semiconductors play an important role in the laptops, computers or smart phones we use every day.
Semiconductors are an important part of modern society. It is very important to ensure smooth operation from design to sales of these parts. Below we explain how laser cutting can help this process.
Some background information about the semiconductor industry
The semiconductor industry began around the 1960s. With continuous innovation and technological breakthroughs experienced every year, the semiconductor industry has developed extensively and rapidly.
As the name implies, a semiconductor is a device that only partially conducts electricity. It is constructed in such a way that it can conduct electricity under certain conditions, but not under other conditions. They are made of solid chemical elements or compounds.
This industry is dominated by the United States, Japan, South Korea, Taiwan, Singapore and the European Union. With the development of new technologies, semiconductors play a more important role every year. Why use laser cutting in the semiconductor industry?
The increase in semiconductor production has made manufacturers hope to produce more semiconductor products in less time. In addition, as the size of modern electronic devices is getting smaller and smaller, semiconductors must also become smaller.
Therefore, the semiconductor manufacturing process requires high efficiency, high speed and a more detailed operation process. Although this sounds too demanding, the efficiency and quality level of laser cutting has reached such requirements, so it has been more widely used.
One of the biggest advantages of laser cutting to the semiconductor industry is the accuracy it can provide. In the past, with conventional methods, it was necessary to leave space on the semiconductor for cutting. This problem does not occur with lasers because there are very fine slits, and there is almost no loss of material.
Another benefit of laser cutting is that it can quickly switch between multiple applications, thereby reducing the idle time between each task, and can work at an amazing speed to adapt to large Demand for mass production.
Another reason why laser cutting is very useful in this industry is because its non-contact process does not cause any unnecessary thermal damage to the surrounding area of u200bu200bthe semiconductor. Since these parts will be installed in highly complex machines and equipment, it is important to ensure that their quality is not affected.
How to use laser cutting in the semiconductor industry
The semiconductor industry and the electronics industry are two closely related industries, because the produced semiconductors constitute the components of electronic products. Therefore, laser cutting works almost the same in these two industries.
First, laser cutting applications are used in semiconductor production, cutting uSD cards, circuit boards and matrix lead frames. These parts will continue to be an important part of our TVs, automobiles, medical equipment, smart phones, etc.
Laser cutting not only has high accuracy, but also has the ability to cut complex shapes, so it is very beneficial to this industry. A semiconductor is not just a shape or size, it must be adjusted to fit the new device that will be installed in it. Laser cutting works well with a variety of semiconductor materials, including metals and silicon.