Honeywell's 50151888-001 printheads feature advanced thermal control to provide advanced diagnostics. Honeywell It also features better print quality, and a durable coating for better abrasion resistance and longer service life. Printhead replacement is reduced, which increases printer uptime. Users will also notice a substantial reduction in power consumption.
Roland printhead VS series (DX6) RE-640 VS-640 XR 640
DX7 Printhead for Roland VS Series- 6701409010, Used for Roland VS-420 / VS-300 / VS-540 / VS-640 / VS-300i / VS-540i / VS-640i / BN-20 / FH740 / RA-640 / RE-640 / RF-640 / XR-640 / XF-640
The Roland VS Series DX6 printhead is suitable for Roland VS, RA and RE eco-solvent printers. The Roland VS Series DX6 printhead has a native resolution of 360 dpi, 8 nozzle lines (corresponding with 8 independent ink channels) and 180 nozzles per line.
Honeywell's 1-010043-900 printheads feature advanced thermal control to provide advanced diagnostics. Honeywell It also features better print quality, and a durable coating for better abrasion resistance and longer service life. Printhead replacement is reduced, which increases printer uptime. Users will also notice a substantial reduction in power consumption.
ARIZONA 550GT TOSH1BA CA3W CA4W print head for 460GT 460XT 350GT 350XT
Original TOSH1BA CA3 print head for OCE ARIZONA 550 /460/350 GT/XT 318GLPrinter
Brand : Toshiba Model : Printhead Product Condition: New The Toshiba TEC CA3W is suitable for UV curable and Oil based inks, has 2 ink inlet ports (which can be easily removed to be replaced with a 1 ink inlet assembly) and a chassis which provides a built-in water channel and complete sealing designed for easy temperature control.
Honeywell's PHD20-2263-01 printheads feature advanced thermal control to provide advanced diagnostics. Honeywell It also features better print quality, and a durable coating for better abrasion resistance and longer service life. Printhead replacement is reduced, which increases printer uptime. Users will also notice a substantial reduction in power consumption.