Epson i3200 E1 printhead
The Epson I3200-E1 Solvent printhead is a cost-effective 1.33inch-wide MEMs head series providing high productivity and high image quality with 600dpi high-density resolution. This printhead is suitable for eco-solvent inks. It is unlocked.
Ink Type: Eco-Solvent ink.
Nozzle Rows: 8 rows.
Nozzle Resolution: 300 npi/row 600 npi/2 rows
Nozzle pitch/Nozzle row: 1/300inch
Features of Epson i3200 E1 Printhead
The Epson i3200-E1 printhead is a cost-effective printhead that is suitable for Eco-solvent.
a. MEMS manufacturing and thin film piezo element can realize high precision and high density (600 npi/2 rows of nozzles). Contributes to compact, high speed, high quality, and high image quality. b. Precision made of Epson unique MEMS nozzles and an ink flow path ensure the perfectly round ink droplets are placed accurately and consistently.
Support for grey scale
Epson's unique Variable Sized Droplet Technology (VSDT) delivers smooth gradation by freely control to eject the droplet volume.
Ink ejection of up to 4 colours realize with high resolution (600 dpi/colour). In addition to the I3200, I1600 has also been added to the lineup in order to meet the various customer needs.
PrecisionCore print head has proven high durability and extended service life by Epson's industrial printers.
EPSON INKJET HEAD I SERIES
Epson i3200 Printhead Parameter
|Product name||I 3200-U1||I 3200-E1||I 3200-A1|
|Ink type||UV||Eco Solvent||Aqueous|
|Type||PrecisionCore MicroTFP printhead|
|WidthxDepthxHeight||69.1x 59.4 x 35.6 mm|
|Number of nozzle||3200|
|Nozzle pitch/nozzle row||1/300 inch|
|Nozzle rows||8 rows|
|Nozzle Resolution||300 npi /row 600 npi/2 rows|
|Max. number of colour inks||4 colours|
|Effective print width||33.8 mm (1.33 inches)|
|Droplet ejection performance||Binary||5 pl at 43.2 kHz||6 pl at 43.2 kHz|
|3 levels grey scale||6, 12.5 pl at 21.6 kHz||6.3, 12.3 pl at 21.6 kHz|
|4 levels grey scale||3.8, 6.2, 9.3 pl at 21.6 kHz||3.8, 5.5, 8.7 pl at 21.6 kHz||3.8, 6.1, 9.4 pl at 21.6 kHz|
|Viscosity range||5-7 mPa･s||3-4 mPa･s|
|Positioning Mechanism||Reference hole|