Used MICRO AUTOMATION 1100 #162736 for sale

MICRO AUTOMATION 1100 is a fully automated scribing and dicing system designed to speed up processes in microelectronic production. It offers a wide range of options to automate processes in the production of microelectronic components such as scribing, dicing, bonding, and other finishing processes. It is easy to install and operate and offers intuitive process control that allows the automation of complex production tasks with minimal training. 1100 comes with a variety of options to meet the needs of any production facility. It includes a fully automated scribing unit that can be used to cut patterns onto microelectronic components. The scribing unit is equipped with two high-speed carbide blades that can quickly and accurately scribe patterns even on thin chips. In addition to scribing, MICRO AUTOMATION 1100 can also be used for dicing. It features an optional rotating dicing blade that can be used to precisely cut into chips. This is especially helpful for cutting smaller components. The blade can be adjusted for both thickness and angle, allowing complete control of the cutting process. The dicing module can also be used in conjunction with a bonder, providing an automated system for bonding microelectronic components. 1100 also features intuitive process control, allowing for precise temperature and pressure control as well as precise cycle time control. This level of mechanization and control ensures maximum quality and consistency throughout the production process. Additionally, MICRO AUTOMATION 1100 can be configured to work with a variety of different microelectronics components, including those with difficult shapes and sizes. 1100 is ideal for use in high-throughput production lines, where speed and efficiency are essential. Its ability to automate complex processes and provide exact results makes it a valuable tool in any production facility. With a variety of cutting and finishing options available, MICRO AUTOMATION 1100 offers a highly efficient and versatile system for microelectronic production.