Used DNS / DAINIPPON EEW-380ST-5 #9157133 for sale

DNS / DAINIPPON EEW-380ST-5 is an advanced micro printing exposure equipment designed to meet the demands of fine-pitch printing applications. With its advanced power source, the system has the capability to deliver uniform, stable exposures with low illumination levels. DNS EEW-380ST-5 is equipped with a micro adjuster for fine tuning of exposure conditions, and allows fine control of spot size and alignment. It features a custom strobe mode with adjustable pulse width to enable precise control of process windows. The unit also includes an automatic shutter drive, which allows precise and repeatable exposure cycles. The machine is based on a double exposure principle which allows two different exposure times: a short exposure time for printing with low resolution dots and a longer time for higher resolution dots. It also offers a variable linear sweep mode for consistent coverage over a single area, allowing for maximum process windows. For improved press-to-print matching, the tool includes a patented Multi-Point Scanning Asset (MPSS) and a register accuracy of 1 um. Additionally, the model has a dynamic focus equipment which ensures maximum exposure uniformity. DAINIPPON EEW-380ST-5 is capable of printing high precision features and offers good line edge definition. It features a silicon-on-chip system for keeping the faces of stencils and masks clean, allowing a consitent printing result. The unit also has a high-speed fiber optic machine for fast and reliable printing of fine patterns. The tool is designed for single operator operation and can used with a variety of different process chemistries. It is compatible with PCB-level printing processes including screen and pad printing, solder mask printing, and solder bumping. EEW-380ST-5 is ideal for precision printing applications. It provides excellent reliability and consistent high performances in the field of fine-pitch printing, and is suitable for a range of applications including IC packaging, MEMs, RFID, and EMI shielding.