Used KENSINGTON 25-4021-0015-00 #9153693 for sale

KENSINGTON 25-4021-0015-00 is a fully-featured and highly efficient wafer handler used in semiconductor fabrication and electronics assembly processes. Its features include a semi-automatic wafer mapping, wafer handling, and testing mode. This versatile wafer handler also supports automated wafer handling and testing in single- and multiple-probe configurations. 25-4021-0015-00 is a single-deck wafer handler, designed to securely and accurately transport 8-inch (200mm) wafers through the production process. The unit is constructed of durable materials, such as stainless steel and anodized aluminum, and is designed for ease of use and maintenance. The equipment consists of one pneumatic actuator, two air cylinders, and a servo motor for precise automated wafer handling and positioning. KENSINGTON 25-4021-0015-00 features four wafer flip-up mechanisms which are designed to ensure that wafer surfaces remain free of contamination and interact with the vacuum chuck without difficulty. The unit also has two independent sensors that continuously monitor wafer surface quality and consistency. Furthermore, this model integrates variable speed control that can range from 900 rpm to 1,200 rpm, enabling it to handle wide-diametered wafers. The system's ergonomic design makes it easy to use and its low-profile, compact design allows it to be mounted in tight spaces. The unit is also equipped with internal safety sensors and a single-button emergency stop to ensure the safety of personnel and equipment. To ensure reliable operation, 25-4021-0015-00 is equipped with a variety of key components such as a high-efficiency, low-noise air source, digital circuit boards, and a power supply module for accurate temperature and pressure control. This unit is also specifically designed to be durable and has a long life-span. KENSINGTON 25-4021-0015-00 is a top-of-the-line, multi-functional wafer handler that provides reliable, high-performance wafer handling and testing. With its lightweight construction, low-profile design, slow-speed and high-speed testing capabilities, and flexibility in single or multiple-probe configurations, this machine can handle a wide range of semiconductor fabrication and electronics assembly processes.