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PRODUCT

HOLDWIN – 3216 – i3200

DIRECT-TO-TEXTILE DIGITAL PRINTING

Print Head: 16 Epson i3200 

Width: 3200mm

Specification: High-speed digital direct-injection printing machine

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PRODUCT DETAILS

High-Performance Direct-to-Textile Printing for Industrial Volume

Speed & Performance: 360 * 1200 dpi – 2 Pass: 240 M²/h 

720 * 1200 dpi – 4 Pass: 150 M²/h

 

Digital Fabric Printing Applications Across Industries

direct to fabric applications

Technical Parameters

Model Holdwin – 3216 – i3200
Print Head 16 Epson i3200
Width 3200mm
Colors 4 colors, 8 colors
Ink Type Reactive, Disperse, Pigment, Acid Ink
Drying Type Independent Drying Unit
Maximum Drying power 36 KW
Winding device Inflatable shaft constant tension motor
Print Head Height 3 – 5mm adjustable
Print Medium Fabric
Transfer medium Conveyor belt
Transmission Model USB 3.0
File Format TIFF / JPG / PDF / BMP
RIP Neostampa, Maintop 6.0, Photoprint

FAQs:

1) What is the role of I3200 printheads in high-speed textile printing?

I3200 printheads provide the technical foundation for industrial output through:

  • High nozzle density for superior coverage
  • Micro-droplet precision for sharp details
  • Reliable high-speed performance for 24/7 operation
2) Why are 16-head digital textile printers ideal for smart factories?

These machines are designed for Industry 4.0 textile manufacturing, supporting:

  • High-speed data processing via advanced RIP software
  • Automated workflows to reduce manual intervention
  • Large-scale production capacity comparable to traditional printing
3) What should you consider before buying a high-speed direct-injection printer?

Key factors for a successful investment include:

  • Fabric compatibility: Ensuring the system matches your primary textiles
  • Ink system: Selecting between reactive, disperse, or acid inks
  • Production volume: Matching machine speed to your order flow
  • Support: Availability of technical maintenance and spare parts
  • TCO: Evaluating the total cost of ownership over time
4) What is the role of RIP software in digital textile printing?
The RIP software acts as the essential bridge between creative design and physical output. It converts digital files into printer-specific instructions, managing color profiles, halftoning, and precise ink placement to ensure accurate reproduction and optimal print speeds.
5) How does digital direct-injection printing reduce production costs?
It reduces operational costs by eliminating the need for transfer paper, minimizing material waste, and lowering labor requirements through significantly increased production efficiency.

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Looking forward to discussing your printing requirements