Used KAIJO FB 910 #293630292 for sale
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ID: 293630292
Wafer Size: 4"
Vintage: 2016
Wire bonder, 4"
Loader / Unloader
2016 vintage.
KAIJO FB 910 is a highly advanced automated bonder designed to accurately and reliably join a variety of materials to each other with the utmost precision. FB 910 supports a wide range of materials including ceramics, metals, precious metals, plastics and other materials as well as various bonding techniques such as thermal, fluxless, duplex, and multi-bond. KAIJO FB 910 utilizes a unique array of advanced technology to create a fast and efficient process for joining materials together. The machine is equipped with a 6 axis robotic arm for precisely controlling the welding process. The weld zone is monitored with a digital imaging system in order to guarantee accurate and reproducible results each time. Additionally, FB 910 utilizes a vision system to provide an improved understanding of the weld zone, further increasing the accuracy of the process. In addition to its easy-to-use interface, KAIJO FB 910 features a wide range of advanced features. Its active joint motion technology ensures that the welding process is consistent and uniform, while its high temperature resistant shielding system prevents any damage caused by arc welding. The machine is also outfitted with both analog and digital sensors, which allow for improved control over the welding process and real-time monitoring of temperatures, pressures, and flow rates. Moreover, FB 910 offers advanced data logging and analysis capabilities, enabling users to quickly and easily review successful bonding attempts and pinpoint areas that require further optimization. Overall, KAIJO FB 910 is an ideal machine for producing high-precision and reliable welding results on a wide range of materials. Its advanced technology allows for quick and easy set-up, along with insight into the various parameters of the bonding process. Moreover, its robust design ensures a reliable and consistent performance that can handle extreme conditions and challenging materials.
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