There are 10 products.
The Konica Minolta KM1024i 6988H 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 LN 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.
The Konica Minolta KM1024 SHB 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.
The Konica Minolta KM1024i MHE printhead is a robust, shear mode, piezo on-demand printhead featuring an All-nozzle Independent Drive System with a Multi-line Structure. In contrast with the existing 3-cycle system drive, an independent drive system that enables simultaneous emission from all 1024 nozzles has been adopted.
The Konica Minolta KM512 LH print head is a robust, shear mode, piezo on-demand print head that is usable in binary mode only.
The Konica Minolta KM512 LN print head has 512 nozzles with a droplet size of 42 pico litre and a native resolution of 360 dpi. It is compatible with oil based, solvent and UV inks. This print head is also known as the Konica Minolta KM512 LNX. This is Konica original print head and it includes the Head ID and the necessary waveform information. It carries a product warranty.
The Konica Minolta KM512 LNX-35 print head is a robust print head ,
shear mode, piezo on-demand print head that is usable in binary mode
only.
print quality without the use of additional print heads. The Konica Minolta KM512 MH print head has 512 nozzles with a droplet size of 14 pico litre and a native resolution of 360 dpi.
The Konica Minolta KM1024 MH 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.
