Used PENNWALT H #143078 for sale

PENNWALT H is a scribing/dicing equipment designed for microelectronics fabrication. It is specially engineered to enable precise and accurate manipulation of microscopic parts and components. This includes cutting and etching of tiny ridges and facets as well as drilling and forming features into components. The machine is built using a unique combination of computer-aided engineering, electromechanical components and optics, in order to produce features with a high level of precision. The system uses a specialized optical transmitter and receiver to identify the exact position of each workpiece on the processing surface. This tracking unit allows for accurate control of the machine's movements and operations, as it routes its tools around the components with microscopic resolution. It is also able to compensate for any deviation caused by thermal expansion or vibration of the processing surface. The machine also allows for multiple simultaneous tasks, enabling it to perform drilling, scribing, etching, and cutting all in one operation. The process is highly automated and includes both manual and automatic stages, allowing for efficient production of components. The machine also features a unique cooling machine that helps regulate the temperature of the work surface, reducing thermal damage to components. H is able to mill out intricate patterns and shapes in materials such as silicon and metals of varying thicknesses. These patterns can be used to produce intricate electronic components, such as microprocessors, memory chips, and other electronic components. It is also capable of etching surface features and texturing on components. The surface finish produced by the machine is highly consistent, ensuring an even thickness correction to components. Overall, PENNWALT H is an advanced multi-purpose scribing and dicing tool, designed to produce microscopic components with an unparalleled level of precision. Its ability to perform multiple operations in one single step greatly enhances production efficiency while its cooling asset helps maintain consistent workpiece temperatures. The machine can help improve the dimensional accuracy and surface finish of components, making it an indispensable tool for microelectronics manufacturing.