Active filters
Arizona 460 GT...
This FSK-Printhead CE2 is suitable for Océ Arizona 460 GT and Fujifilm Acuity Advance Select HD4006 printers. This is the original Océ part (number 3010122104 replacing 3010114604 and 3010115446).
Thoshiba CE4 Print Head Assy
This Printhead Assy is suitable for the Mimaki UJV / JFX / UJF-706 Printers. This is the original Mimaki part (number KX-CE308644CS-Gen4).
Toshiba CA3W Printhead
This Toshiba TEC CA3W on-demand piezo electric inkjet print head is designed for industrial applications with high print quality. Unlike conventional binary print heads, this grayscale print head technology is capable of jetting multiple drops within one dot allowing for an image to have 8 levels of grey, since each dot is created through a minimum of 6 pico litre to a maximum of 42 pico litre of ink.
Seiko Colorpainter 64s/100s...
This is the Konica Minolta KM512 MN print head, it is a robust, shear mode, piezo on-demand print head that is usable in both binary and 4 level greyscale mode, providing variable drop size and higher print quality without the use of additional print heads
Toshiba CE4M Printhead
The Toshiba CE4M printhead has high nozzle density with 636 channels and a high driving frequency (especially at small drops). The Toshiba CE4M printhead offers a wide range of drop volume, from 6 to 90 picoliters, with excellent dot placement accuracy and stable jetting with water circulation thermal control.
Toshiba Tec CE4W1 Printhead
Unique technology of jetting multiple drops onto a single dot creates wide range of grayscale with minimum 6 pl to maximum 90 pl (15 drops) per dot. Higher driving frequency(especially at small drops) CA4 realizes 28KHz at 1drop (6pL) mode, which is twice as fast as the existing CA3 using the same interface.
Toshiba CA4W Printhead
This Toshiba TEC CA4W on-demand piezo electric inkjet print head is designed for industrial applications with high print quality. Unlike conventional binary print heads, this grayscale print head technology is capable of jetting multiple drops within one dot allowing for an image to have 16 levels of grey, since each dot is created through a minimum of 6 pico litre to a maximum of 90 pico litre of ink.