An Analysis of Epson I3200 Printheads: A1, E1, and U1
Dec 03,2025

Epson I3200 Series Printheads


Name Analysis of Epson I3200 Series Printheads


"I" stands for innovation, symbolizing Epson's commitment to continuously pushing the boundaries of technology.


"3200" directly highlights its core advantage—3,200 precision nozzles. This number guarantees both printing precision and printing speed.


The I3200 series printheads include three models, as shown below: I3200-A1 (aqueous ink version), I3200-E1 (eco-solvent ink version), and I3200-U1 (UV ink version), for different application scenarios.


A, E, and U represent aqueous, eco-solvent, and UV, respectively. "1" indicates the first-generation products in their respective categories.

Appearance and Structure of Epson I3200 Series Print heads


The I3200 series printheads feature a compact design and sophisticated structure. Four pairs of eight rows of nozzles are arranged in an orderly manner, with 400 nozzles per row, for a total of 3,200 nozzles, ensuring even ink droplet distribution and fine print results. 

Technologies of Epson I3200 Series Printheads


1. PrecisionCore Technology
The I3200 series printheads feature Epson's exclusive PrecisionCore micro-thin film piezoelectric print chip, manufactured using the ALLMEMS (micro-electromechanical systems) process, achieving high-precision nozzle alignment (600 dpi/2 rows).

PrecisionCore technology precisely controls the thin film piezoelectric element, ensuring near-perfect circular and accurately positioned ink droplets, providing a solid foundation for high-quality printing.


2. Variable Droplet Technology
The I3200 series printheads support Epson's unique VSDT (Variable Droplet Technology), enabling flexible control of droplet size and multi-grayscale printing.
This technology significantly reduces graininess, appearing greater detail, smooth color transitions, and high saturation, making printed works more vivid and lifelike. 

Advantages of Epson I3200 Printheads


1. High-Precision Printing

The I3200 series printhead boasts a print precision of up to 3200 dpi, significantly exceeding similar products, enabling high-definition image-level printing.


2. High-Speed Printing
In single-head 4-pass non-feathering mode, the I3200 series printheads achieve print speeds of 26-33 square meters per hour, leading the market in its class.

This high production capacity makes the I3200 series printheads the ideal choice for large-scale printing tasks, significantly improving work efficiency.


3. Versatile Applicability

The I3200 series printheads have three different models, compatible with water-based ink, eco-solvent ink, and UV ink, meeting the needs of diverse application scenarios.


4. High Durability
The PrecisionCore printheads, thanks to their high-precision manufacturing process, offer exceptional durability. Optimized for long-term stable operation in a variety of harsh environments, the I3200 series printheads ensure consistent print quality and productivity.

Wide Range of Applications


In textile printing, with their ultra-high-definition 3200 dpi resolution, the i3200 series printheads exquisitely render every designed detail. Combined with digital textile printing inks specifically designed for textile materials, they ensure high clarity and color saturation while also maintaining the fabric's hand feeling and comfort, bringing an unprecedented visual and tactile experience to the high-end textile printing market.

In the advertising sector, the i3200 series printheads' high-speed printing capabilities significantly improve advertising production efficiency. Printed designs are vibrant and high-contrast, maintaining color stability over time even in harsh outdoor environments, providing powerful visual support for large outdoor billboards, vehicle body covering advertising, and exhibition boards.

Whether in advertising, industrial manufacturing, art design, or education and research, the i3200 series printheads provide exceptional performance, helping customers achieve both creativity and value.

★ Disclaimer ★
1.This article is for learning and communication purposes only. Its accuracy, completeness, or timeliness are not guaranteed.
2. Some of the material in this article (including but not limited to text, data, and images) is sourced from official reports, industry reports, and public sources. The copyright belongs to the original authors or relevant rights holders. If any infringement occurs, please contact us.
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