Kensington Labs

So far in 2022 manufacturing industry has made a benefit cum growth at an impressive rate of 3.6 percent. Sure, every industry grows, so what makes the manufacturing industry upgrade so fascinating? To be transparent, it matters greatly as it means more jobs for the labor community, resulting in less unemployment. Today, this blog will try to uncover the topic of precision motion control . Before we go extensive on the topic, let us cover the basics first as to what it is and what role precision motion control plays. What is Precision Motion Control?    Precision motion control uses stepper motors to assist/guide the active machine components' position. To convert the electric signal into a precision rotational position for the shaft- the open-loop system has to employ a stepper motor to do the work. Precision motion control is often considered a complex machine to discuss or write a blog about. This device is a high-quality delivery machine that is advanced and modern, to begin wi

In wet bench equipment, custom wafer cassettes manufactured of specific materials or with particular physical qualities are frequently required for some applications. And wafer cassette mapping is used to identify each wafer placed in the different slots of the cassette.    Research facilities and academic institutions may create unique semiconductor prototypes, and start-ups may require test samples of semiconductors. Finding carriers that meet the necessary requirements off-the-shelf is frequently impossible in such a situation. Research and testing institutions can use custom wafer cassettes ordered in small quantities to fulfill their needs and carry out the customized silicon wafer manufacturing they want.        Customized Wafer Cassettes for Research Purposes Because they are trying out novel materials or procedures, research labs may need wafer carriers with peculiar properties. Universities may attempt to recreate an old technique or establish a new one that calls for cassett

Have you implemented semiconductor robot handling to fulfill your industry's numerous tasks accurately? No, not yet. In 2020, the robotic industry of the automated material handling industry was the largest in all automated material handling equipment. To remain competitive in their respective industries, numerous companies are implementing more cost-effective, agile, and versatile robots to streamline and optimize operations such as assembly, picking, packing, part transfer, and many more. So, now is the time to implement robotic automation for semiconductor handling. Driving Forces for Material Handling Robots Robots in the material handling space traditionally help attain operational efficiency, boost product quality, and lessen production costs; companies are shifting more to implement material handling robots.     A Shift in Consumer Behaviors While large productions work in low-mixing environments still occurs, today's customers' demands are continuously growing in c