Kensington Labs

When we look around, we will see many things and objects that use silicon or other semiconductor devices in one way or another on televisions, laptops, mobile phones, smart devices, and other readily available circuitry. So, there is an increase in demand for wafer-handling equipment . Types of Semiconductor Wafers Broadly, there are two major types of wafers:    Undoped Semiconductor Wafers    Doped Semiconductor Wafers    Undoped Semiconductor Wafers    The undoped semiconductor wafers are made using glass-like silicon or other semiconductor material. They are ideal semiconductor wafers, otherwise called 'characteristic semiconductor wafers.'        Doped Semiconductor Wafers    Generally, Silicon semiconductor wafers are never 100 percent silicon or unadulterated semiconductor material. Instead, they are made with a contamination component of doping, which is completed during the development of the semiconductor material. The doping of silicon or other semiconductor materia

Height, width, depth, and time are the four dimensions of the automation world. Motion control, the regulation of position, speed, and acceleration is necessary when the machinery must place an object in a specific location. More than most other fields, precision motion control is used in the fabrication of objects for specialized applications. Previously impractical use cases suddenly become conceivable when digital information is converted into precise physical movements. Applications, including sophisticated robotics, the Internet of Things (IoT) and Industrial Internet of Things (IIOT), battery-operated medical devices, additive manufacturing, and prosthetics, all benefited from the introduction of Industry 4.0 as a result of this development. Each of these applications calls for extremely precise manufacturing machinery control. Therefore, more than just converting data into movement is needed for these applications to place parts accurately and accurately translate digital infor