Used DAGE 2400 #293645143 for sale

DAGE 2400 is a bonder designed for a variety of electrical applications. It is a semi-automatic device suitable for low-volume production operations and can accommodate a range of substrates, such as glas, semiconductor materials, and ceramics. With a built-in precise alignment equipment and high levels of control, it provides reliable and accurate performance for a variety of precise die attach applications. 2400 features a host of features to ensure reliable performance, including a sensitive closed-loop thermal control system for consistent, accurate temperature control and increased thermal uniformity. Its stationary heated blade works in combination with a moveable lower blade, allowing for precise hot-bar alignment and precise die attach. The bonder is also equipped with a pneumatic actuation unit, precise die locator, and force monitor, offering responsive performance and precise settings suitable for low-volume production operations. The machine's easy-to-use touch control user interface allows operators to adjust parameters quickly and accurately. Parameters such as solder quantity, bonding force and current, and process time can be set and adjusted without the need for tools or additional assistance. Additionally, the device's Integrated Digital Video Microscope Tool allows for remote video viewing and image capture, offering valuable process and optical inspection. DAGE 2400 is designed for use in a range of die-attach applications, including chip-on-board, flip-chip, and waffle-pack. It is compatible with many process chemistries, including solder, epoxy, and conductive adhesives. The asset works with a variety of substrates, from traditional ceramic materials to porous substrates such as glass, as well as a range of die sizes. 2400 offers reliable and accurate performance for low-volume production operations and is designed for flexible use and easy setup. With built-in quality control and testing, including a force monitor, integrated digital video microscope model, and sensitive temperature control, operators can be assured of consistent results.