Used HITACHI TCM X210 #9187070 for sale

ID: 9187070
Vintage: 2004
Chip mounter (100) 8mm TF Feeders included 2004 vintage.
HITACHI TCM X210 is an advanced pc board assembly and manufacturing equipment. This system is comprised of two stage units; the first stage consists of the transfer and pre-placement module, which ensures accurate parts mounting and placement. The second stage is the post-placement unit, which includes the vision inspection, soldering, and testing functions. This unit is designed for use in high-volume production of pc boards and offers a wide range of solutions to help manufacturers increase efficiency and reduce waste. The Transfer and pre-placement module is responsible for accurately driving components to the board, as well as ensuring precise mounting and placement. This module features an advanced feeder machine that provides fast and reliable component placement of a variety of sizes. A variety of placements options, including N-S-E-W, are also available for added flexibility. Additionally, this module features a built-in camera tool that allows for inspection of boards before they enter the asset, reducing the possibility of errors. The Post-Placement module includes a comprehensive suite of advanced features and technologies. This module includes a high-resolution vision inspection model that allows for automatic detection of placement errors. Additionally, its built-in soldering technology helps to ensure a reliable connection of components to the board and reduce defect rates. Finally, the post-placement module features an adaptive test mode for testing pc boards and their components to ensure quality and reliability. Overall, TCM X210 pc board assembly and manufacturing equipment offers advanced tools and solutions for the assembly and testing of pc boards in a high-volume production environment. Its powerful components and technologies ensure accurate and reliable placement and connection of components, while its advanced vision inspection capabilities reduce the possibility of defects and increase production efficiency and effectiveness.
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