EPSONXP600 Printhead Vs l3200 Printhead. How To Choose?
2025-3-6 17:20:24 118 times
As two classic digital printing printheads for large format printer, sublimation pritner and dtf printer, so on, EPSON XP600 printhead and EPSON I3200 printhead have certain differences in printing resolution, printing ink drop size, printing speed, application field.
1. Technology and Performance
EPSON XP600 Printhead:
Designed for the Epson WorkForce Pro WF series and similar printers.
Uses PrecisionCore® MicroTFP® technology, delivering sharp text and vibrant colors.
Ideal for office environments requiring high-speed printing (up to 25 ppm) and professional-grade documents.
Optimized for pigment-based inks, ensuring fade-resistant prints for archival purposes.
i3200 Printhead:
Built for Epson’s high-volume industrial printers, such as the SurePress series.
Features Advanced MicroPiezo® technology, excelling in precision for large-scale commercial printing (e.g., labels, packaging, textiles).
Supports a wider range of inks, including UV, solvent, and dye-based inks, making it versatile for diverse applications.
Prioritizes durability and longevity for continuous operation in demanding settings.
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2. Compatibility and Applications
EPSON XP600 Printhead:
Best For: Small businesses, home offices, and schools.
Common Uses: Reports, presentations, brochures, and photo printing.
Printer Compatibility: WorkForce Pro WF-3720, WF-4730, and similar models.
i3200 Printhead:
Best For: Print shops, packaging industries, and textile manufacturers.
Common Uses: Labels, banners, signage, and custom fabric printing.
Printer Compatibility: SurePress L-4533AW, ColorWorks series, and other industrial printers.
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3. Maintenance and Durability
EPSON XP600 Printhead:
Requires regular cleaning to prevent clogs, especially with pigment inks.
Replacement cost is moderate but necessary every 1–2 years for heavy users.
User-friendly maintenance with built-in nozzle-check tools.
i3200 Printhead:
Built to withstand high-volume workloads with minimal downtime.
Self-cleaning mechanisms reduce manual maintenance.
Higher upfront cost but offers a longer lifespan (3–5 years under optimal conditions).
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