Semicon

Highlights

Reducing nitrogen and energy consumption

The semiconductor industry is booming and will continue to do so in the future. More and more areas of our lives are being digitalised, which is why the demand for semiconductors such as chips or chiplets is constantly on the increase. At the same time, the price pressures on producers are growing too. In the video, we show you how much nitrogen you can save and the positive impact you can have on the environment.

Highlights

Reducing nitrogen and energy consumption

Semiconductor manufacturers are under increasing pressure to reduce their energy consumption and CO2 emissions. One approach is to optimise the use of nitrogen (N2) according to your needs. This approach is used in many applications in semiconductor factories.

Highlights

Reducing costs in semiconductor production

Manufacturing semiconductors is a highly complex task. It requires the production of tiny structures in the nanometre range. This demands absolute precision and astonishing miniaturisation. A 7 nm transistor, for example, is around 30 to 40 times smaller than a red blood cell. This extreme level of precision to the smallest of tolerances must be repeated millions of times a day. So where exactly is the greatest potential for saving costs? In this article, we will highlight factors that have a significant influence on operating costs in semiconductor production, and we will show you how you can make potentially valuable costs savings.

Highlights

Semiconductor production for increased output

The production of semiconductors is a complex process. Output plays a decisive role, since higher output reduces scrap, lowers costs and thus improves profitability. In this article, we analyse the various factors that have a positive influence on output in semiconductor production.