Used DNS / DAINIPPON FC-3000 #9105776 for sale

DNS / DAINIPPON FC-3000 wet station is an advanced solution for wet assemblies and batch fabrication, providing fast, precise processing for a wide range of applications. The station utilizes advanced directed liquid flow technology, which enables precise rework with minimal liquid waste. DNS FC3000 features a computer-controlled console and a variety of processing modules. The console provides easy-to-use controls for customizing the station's settings, as well as detailed information about the quality of each process function. The console can be used for data acquisition, data processing, and system management. The processing modules include an immersion finning unit, soldering unit, dispense unit, top and bottom side wash unit, flux recovery unit, and spray cleaning unit. The immersion finning unit can be used for a variety of applications, including the removal of excess solder from pads, as well as the addition of a protective finish to printed circuit board assemblies. The soldering unit is available with an adjustable temperature control system, which allows for precise repeatability. The dispense unit enables the precise application of a wide range of materials, including solder paste, epoxy, and conformal coatings. The top and bottom side wash units can be used for residue removal, while the flux recovery unit enables recovery of unused materials, increasing processing accuracy and minimizing liquid waste. Finally, the spray cleaning unit provides an effective cleaning of surface contaminants. DAINIPPON FC 3000 is one of the most advanced wet assembly and batch fabrication stations available, providing fast and precise processing for a wide range of applications. Its computer-controlled console allows for easy customization and data acquisition, while its processing modules provide the ability to perform complex processes with minimal liquid waste. With its high quality and precision, FC 3000 wet station is an ideal solution for those looking to increase productivity and save time in their wet assembly and batch fabrication processes.