Used NEWPORT MRSI 705 #9276228 for sale

NEWPORT MRSI 705 is a cutting-edge bonder, designed for use in a wide range of precision bonding applications. This bonder utilizes laser technology to precisely align and join components. It is a fully automated system that is capable of bonding components in various materials, including metal, silicon, glass, ceramic, and polymers. NEWPORT 705 is made up of three main components. These components include a high-powered laser, a fiber optic cable, and a motorized x-y stage. The laser is capable of creating a narrow, focused beam to accurately align components. The fiber optic cable is used to transfer the laser beam from the source to the bonder's nozzle. The motorized stage is able to precisely position components relative to each other. MRSI 705 is equipped with several features that reduce process time and improve bond quality. It has a variable-zoom lens, which ensures that the laser beam is accurately focused on the desired spot. It is also equipped with an auto-focusing system that fine-tunes the beam each time the beam is moved. In addition, the bonder has an auto-cleaning feature to remove any residue between bonds or batches. 705 also has a bonding analysis software that provides users with comprehensive reporting and analysis. The software displays a graph that highlights the various parameters of the bond, and an output monitor displays the feedback from the bonder in real-time. This makes it easy to troubleshoot issues, ensuring improved product quality control. NEWPORT MRSI 705 also offers easy operation. The user interface is designed with a graphical user interface that allows easy programming and operation of the bonder. Thanks to its high-precision laser and automated systems, NEWPORT 705 is able to produce consistently high-quality bonds in a fraction of the time compared to manual bonding. Moreover, the advanced bonding process is much more reliable, leading to fewer rejections and lower cost of ownership. As a result, MRSI 705 is a great choice for a variety of precision bonding applications.