Technology by field
In addition to high precision jetting enabled by MEMS technology, that achieves a nozzle placement design that avoids air flow influencing adjacent drops and effecting the image quality, and also achieves a stable ink droplet landing on media with a wide print gap and results in high image quality printing.
Reduces the risk of missing jets due to nozzle dryness and ink particle sedimentation by circulating ink behind the nozzles.
It enables ink jetting at 80kHz at 5pl binary driving or 40kHz at 5/10/18pl multi-drop driving. It also achieves the high productivity of 100m+/minute print speed at 600 dpi.
One in/out ink tube connection enables a simple ink delivery system for designing a printer.
It is compatible with all types of ink such as Aqueous, UV and Solvent for wide applications from Textile/Label to Corrugated/3D.
|Method||Thin-film piezoelectric transducer with bend mode|
|Number of nozzles||1,600 (8 × 100 channels × 2 Modules), staggered(Net: 1,576)|
|Nozzle spacing (Row to row distance)||A : 0.677mm (8 pixels of 600npi)
B : 20.909mm (494 pixels of 600npi)
|Compatible ink||Aqueous, UV, Solvent, Others.|
|Total printhead dimensions||W：104.6mm
|Max.number of color inks||1 color|
|Operating temperature range||60℃|
|Temperature control||Integrated thermistor, heater|
|Firing frequency||80kHz (2 levels)
60kHz (3 levels)
40kHz (4 levels)
|Drop volume||5pl (Single drop)
5～18pl (Multi drop)
|Ink circulation structure||○|
|Separately sold parts||TH6320F dedicated cable|
-Product appearance and specifications may be changed without prior notice for improvement purpose.