• On sale!
  • New
  • On sale!
  • New

StarFire SG1024 LA2Ci Printhead 12Pl

Reference: SG1024 LA2Ci

$1,495.00

Original Brand New FUJI-Film Dimatix 12pl Starfire Sg1024 La2ci Printhead
StarFire SG1024 LA2Ci Printhead 12Pl

Quantity

Add to wishlist

 

Free Shipping Ships Today

 

Easy Returns

 

Lowest Price Guarantee

Original Brand New FUJI-Film Dimatix 12pl Starfire Sg1024 La2ci Printhead
StarFire SG1024 LA2Ci Printhead 12Pl

The StarFire™ SG1024/LA2Ci is a compact, self-contained unit built to withstand demanding industrial textile and other applications. It uses field proven materials to deliver consistent output over a long service life with continuous ink re-circulation and two-color operation at 200 dots-per-inch. Equipped with a single replaceable metal nozzle plate that is designed to withstand abrasion and resist damage. The unit is compatible with solvent, UV-curable and aqueous ink formulations.

Each SG1024/LA printhead has two separate ink paths each with 512 independent channels arranged in 4 rows in a single nozzle plate for resolutions up to 200 dpi. All 1024 nozzles can be fired.



Features

    Number of addressable Jets per module: 1024
    Print width: 64.96mm (2.55")
    Native resolution: 200 dpi percolor and interlaced for a 400 dpi swatch
    Native drop size: 80pl
    Largest drop size: 200pl
    VersaDrop™ max productivity: 1500ng-kHz with drop sizes between 80 & 200ng
    Fire frequency: Up to 20 kHz
    Inkjet operating temperature range: Up to 50°C (122°F)
    Nozzle Plate technology: Metal
    Printhead heat type: Integrated heater, thermal transfer
    OEM accessible non-volatile memory: 64 byte rewriteable
    Integral temperature sensor: Integrated
    Nominal fluid viscosity: 8-20 cP (10-14 cP recommended)
    Compatible jetting fluids: UV-curable, organic solvents, and aqueous inks
    

This printhead carries a manufacturer warranty.
Country of origin : Japan

SG1024 LA2Ci
5 Items

Notify me when available

16 other products in the same category:

Product added to compare.