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The StarFire™ SG1024/SA is a compact, self-contained unit built to withstand demanding industrial textile and other applications. It
The Spectra Galaxy JA 256/30 AAA is a high performance, robust and reliable jetting assembly designed for a broad range of wide format printers at resolutions up to 900 dpi.
The Konica Minolta KM1024i SHE printhead is a robust, shear mode, piezo on-demand printhead featuring an All-nozzle Independent Drive System with a Multi-line Structure.
The Konica Minolta KM1024 3688H print head is a robust, shear mode, piezo on-demand print head that is usable in both binary and 8 level greyscale mode, providing variable drop size and higher print quality without the use of additional print heads.
This new generation Kyocera KJ4B-0300 is designed for high speed single-pass applications with printers using aqueous ink. It is a 300dpi two colours printhead with a maximum drive frequency of 30kHz.
This new generation Kyocera KJ4B-YH is designed is designed for high speed printing of water-based inks. It is a 600dpi one colour printhead with a maximum drive frequency of 40kHz.
This original HP Designjet 8000s print head is delivered together with HP flush cartridge.
This new generation Kyocera KJ4A-0300 is designed for high speed single-pass applications with printers using aqueous ink.
The StarFire SG1024/MA-2C printhead is a breakout inkjet innovation for high performance printing and decorative applications.
The Konica Minolta KM1024i MAE-C printhead is a robust, shear mode, piezo on-demand printhead featuring an All-nozzle Independent Drive System with a Multi-line Structure.
The Konica Minolta KM256 MN print head is an entry level, compact, shear mode, piezo on-demand print head that is usable in binary mode only. It is suitable for both wide format and industrial applications.
The Spectra Galaxy JA 256/80 AAA is a high performance, robust and reliable jetting assembly designed for a broad range of wide format printers at resolutions up to 450 dpi. Four electrically independent piezoelectric slices, each with 64 addressable channels, are combined to provide a total of 256 nozzles. The nozzles are arranged in a single line, at a native 0.010 inch distance between nozzles.
