Used ESEC 2100FC #9260534 for sale

ESEC 2100FC is an automated die attacher for attaching chips to printed circuit boards. 2100FC is a reliable and accurate equipment designed to attach surface mount die assemblies quickly and without manual intervention. ESEC 2100FC system consists of several components. At the core is an industrial-grade worktable that moves over an integrated placement station. This worktable is equipped with a major vision unit that can detect up to five die assemblies in a single step. The vision combining camera and laser optics ensures accurate placement of components. The work table also has a built-in soldering iron, hot-air blower, and chip collector. The soldering iron is used to deliver precise and repeatable solder bonds while the hot-air blower quickly dries off the chips before they are soldered for improved reliability. 2100FC also includes both a manual and an automated machine for feeding die assemblies into and out of the placement station. The manual tool is useful for loading and unloading of die assemblies, as well as for removing accidental short circuits or damaged chips. The automated asset is designed for continuous high-speed placement, ensuring that printed circuit boards receive the necessary die assemblies to meet production rates. ESEC 2100FC has an intelligent router for automatically adjusting the work table to follow the outline of the circuit board as it moves over multiple die locations. This ensures that each die assembly is precisely placed in its designated spot. Preset conditions for die placement and soldering can be stored for quick setup and repeatability, saving time and preventing misalignment. The model also has automatic recognition capabilities which enable it to quickly adjust parameters for various die assemblies, thus increasing accuracy in production lines as well as reducing costs. 2100FC is an efficient and reliable equipment for attaching die assemblies to printed circuit boards, and is a great choice which will help streamline your production processes.