Major Growth Driver: Role of Automated World in Semiconductor Sector

Kensington Laboratories
3 min readMar 3, 2022

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Wafer automation

In this modern era, demand for electronics products is increasing, and it has become a challenge for many industrialists to meet customers’ expectations. For several semiconductor manufacturers or suppliers, the business automation needs already hit the highest point. Looking ahead to 2022, the researchers expect that the automation solutions will enhance as most experts work to develop solutions that speed up the manufacturing process. Nowadays, wafer handling automation solutions are designed to ideally provide secure wafer protection and a precise automation interface, thus increasing yields and minimizing production errors.

If you want to keep your business competitive, look for ways that help you stay competitive. Semiconductor manufacturers and suppliers are among the groups that have the most to gain from increased automation trends in their field. Automated material handling equipment makes everything easy to a great extent. You can say automation is part of all advanced manufacturing industries.

New technology advancements drive automation within the semiconductor manufacturing industry.

Semiconductor manufacturing has deployed many automated techniques to minimize errors. Utilizing special equipment handling techniques helps keep track of different production activities and finish the task quickly. All the latest automation trends have taken a lot of time to come into action. It enhances the speed of the manufacturing process and eventually ensures that there should not be any manufacturing gap or error.

Let’s see the major role of automation in semiconductor manufacturing!

Advantages of Adopting Automation World in Semiconductor Sector

  • Get the defect-free products: The complexity of the semiconductor sector can be reduced with process automation. So, there is a great demand to adopt automation in the semiconductor industry. If you want to get defect-free products, introduce the smart software and hardware equipment’s loaded with high-end features as they are the keys to driving defect-free wafer fabrication.
  • Smart Testing techniques: Testing plays a crucial role in semiconductor manufacturing. In fact, the testing process can take place at several key stages. All the steps involved in semiconductor manufacturing generally need different types of equipment to test & collect the semiconductor data. If such activities are automated, the equipment can easily interact with silicon wafers without human interference. Thus, ease the whole process.
  • Automate the data analysis process: The data involved in the semiconductor manufacturing process is crucial. It ensures that the product meets its specifications. Capturing the data is a half job wherein it also involves post-processing & analysis. The process to capture the data needs automated data analysis solutions so that engineers can efficiently screen the data. In addition, if the data analysis is automation-driven, it can efficiently eliminate bad parts in the production process.
  • Improve worker productivity: A major benefit of material handling automation is its ability to enhance productivity. It helps free workers from inefficient tasks, speed up the production process and easily handle operations. Not only this, the automation process also reduces the chances of production error and prevents material loss.

With the rapid progress in the semiconductor sector, high-tech software-hardware automation trends allow manufacturers to smoothly perform the production process around the globe.

As the whole world is moving towards newer semiconductor manufacturing trends, that is why the need for automation grows. This represents a unique opportunity for both the software & equipment vendors to deploy advanced solutions.

It seems that the automation market for semiconductor manufacturing is continuously growing along with the growth in the semiconductor market. Moreover, the need for new semiconductor fabrication, testing, & assembling facilities involves wafer handling automation; choose the professionals who will provide you high-end solutions in the minimum possible time.

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Kensington Laboratories
Kensington Laboratories

Written by Kensington Laboratories

Kensington Laboratories is a leading supplier of wafer handling robots, precision motion control, integrated stages, linear stages and rotary stages since 1976.

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