Used SPEEDLINE / CAMALOT 3800 #9032146 for sale

SPEEDLINE / CAMALOT 3800 is a highly advanced pc board assembly and manufacturing equipment that offers superb automation and production accuracy. The system is based on a unique CAMALOT visioning unit, which provides accurate placement of components on printed circuit boards. With built in advanced software algorithms, the machine is capable of detecting component distortions and ensuring proper part positioning, as well as ensuring alignment of the components. The tool is also capable of providing continuous real-time feedback, so that any necessary changes to the process can be immediately taken into account. CAMALOT 3800 is designed to provide a fully automated, uninterrupted production cycle. To ensure absolute accuracy, the asset is equipped with a high resolution, digital imaging and visioning model, which accurately captures and guides components throughout the entire production process. The imaging unit is complemented by advanced software programming, allowing components to be automatically accurately placed. Furthermore, the equipment includes a number of additional features, such as an integrated tray loading station and an adjustable pick-and-place gantry to ensure smooth production operations. In addition to its advanced automation, SPEEDLINE 3800 is also designed for a number of functions, such as part sequencing, buffer insertion, and glue placing. Furthermore, the system also includes a range of diagnostic tools for troubleshooting and monitoring, as well as a sophisticated traceability unit, allowing for immediate identification and correction of errors. Finally, the machine also includes a number of maintenance and verification processes, allowing for rapid calculation of rejects and accurate results. In summary, 3800 pc board assembly and manufacturing tool offers superior automation and accuracy for production and assembly operations. Featuring a high resolution imaging asset, advanced software algorithms, and a range of automated feedback and verification processes, the model is capable of producing accurate results with minimal operator intervention.