Textile Digital Printing Machine
textile digital printing machine
| MODEL | F418 |
| Max Printing Width | 1800mm or customized |
| Number of Color | 8-10 color |
| Operating System | WIndows 10,64bit,CPU:Intel Core 11700 processor,HDD:1T ,2GB graphics,RAM:32GB |
| RlP Software | Neo Stampa |
| Standard Configuration | Movable press unit,Conveyor cleaning/drying unit ,Print head protection unit,Linear motor scanning system,Print head cleaning system |
| Installed Power | 52KW (Digital Printer 24KW+Dryer 28KW) |
| Overall Dimension(LxWxH) | 5400x2200x1900mm |
| Weight | 3860kg |
| Production Kyocera head | ||
| Model F418 | Pass | Printing Capacity ( m²/h ) |
| 32 heads Kyocera EX600 | 1 | 640 |
| 2 | 400 | |
| 3 | 266 | |
| 16 heads Kyocera KJ4B-0300 | 2 | 400 |
| 3 | 266 | |
Unmatched Precision
Achieve 1440 dpi resolution with microscopic ink droplets for photorealistic details
Color Mastery
8-10 color configurations with automatic calibration ensure 98% Pantone matching accuracy
Eco-Conscious Production
Reduce water consumption by 75% and chemical waste by 90% compared to conventional methodsEconomic Flexibility
Economic Flexibility
Cost-effective for runs from single pieces to 10,000+ units
Rapid Turnaround
Print speeds up to 150 m²/hr with instant drying systems
Revolutionizing Textile Production: The Digital Printing Advantage
1. Technological Overview
Modern textile digital printers represent a paradigm shift in fabric design and manufacturing. Utilizing advanced inkjet technology, these systems directly apply water-based or sublimation inks onto various substrates including cotton, silk, polyester, and blended fabrics. Unlike traditional screen printing, digital solutions eliminate the need for physical plates or screens, enabling seamless transition between designs.
2. Application Spectrum
Fashion Innovation: On-demand production for haute couture to fast fashion
Interior Solutions: Customized home textiles and architectural fabrics
Technical Textiles: Functional printing for medical/sports applications
Promotional Items: Photo-realistic merchandise printing
3. Cutting-Edge Features
3D Texture Printing: Create tactile surfaces through layered ink deposition
Smart Automation: Integrated AI systems for defect detection and color management
Hybrid Solutions: Combine digital and analog techniques for special effects
IoT Connectivity: Remote monitoring and predictive maintenance capabilities
4. Sustainable Development
Modern systems comply with global eco-standards (GOTS, OEKO-TEX®) using biodegradable inks and energy recovery systems. The precision application reduces ink waste by 40%, while waterless printing technology preserves vital resources.
5. Market Transformation
The digital textile printing sector is projected to grow at 12.8% CAGR through 2030, driven by demand for mass customization and sustainable manufacturing. Recent innovations include UV-LED curing systems and nanotechnology inks that enhance wash-fastness to 50+ industrial laundries.
Future Outlook
Next-generation machines are integrating augmented reality for virtual sampling and blockchain technology for supply chain transparency. As the industry moves toward Industry 4.0, digital textile printers are becoming central to smart factory ecosystems, enabling truly responsive, demand-driven production models.
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