Semiconductor

Applied SmartFactory is an integrated automation solution for discrete manufacturing created to improve the performance of your factory business. It's backed by a team of automation experts who are committed to ensure rapid factory maturity for faster ramps of new factories and new product introductions --- prioritizing quality and reliability across every stage of the manufacturing process.

There is a chip inside

Semiconductor

One-stop shop to drive quality at every step in the manufacturing environment

We are enabling engineers, scientists, and operators to optimize throughput, improve quality, reduce scrap, lower costs, and increase yield.


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Data is everywhere, enhancing every aspect of our lives.

From medical services to news to education and employment, we all rely on fast and accurate data. With the promise of AI, companies are learning how better to use their data to influence what we watch, buy, and even think.

Data driven decisions are the driving force behind smart manufacturing.

Manufacturers are flooded with an influx of data from new sensor streams and complex metrology processes. Leveraging the data to shrink the time gap between incident and resolution is the key to reducing lost productivity and improving quality.

Striving for Zero Defects

Striving for zero defects requires increased use of correlated data and an increased speed of decisions. Human decision making is not optimal due to latency, individual bias and are error prone. As the automation of integrated systems increase, the use of dynamic learning in real-time enables decisions to move us toward achieving zero defects.

Manufacturers empowered to react to demand signals and meet customer orders will vault ahead of their competitors.

Optimizing the utilization of assets is an objective at every factory. To achieve continuous improvement requires gaining more line control of the variability of equipment, product mix, people, and the supply chain. Automation systems that are integrated can enable in real-time a tradeoff between product cycle time and total output.

 

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