Machines / Homer / K64

K64
The Orange O Tec K64 is a next-generation industrial fabric printer engineered for speed, scale, and sharp precision. With up to 64 high-performance piezoelectric printheads and versatile ink support, it delivers ultra-fast, vibrant prints for high-demand textile production.
Specifications
No. Of Heads
Industrial-grade piezoelectric printheads (32/48/56/64 heads)
Printing mode
1 pass – up to 1100 linear meters/hr
Max Printing Width
1800 mm
Color Config
CMYK + 4 Other Colors
No. Of Heads – Industrial-grade piezoelectric printheads (32/48/56/64 heads)
Printing mode – 1 pass – up to 1100 linear meters/hr
Max Printing Width – 1800 mm
Color Config – CMYK + 4 Other Colors
Product Features
Built for serious textile manufacturers, the K64 offers cutting-edge print precision, advanced material handling, and a wide range of ink compatibility, all packed into a robust, high-output system.
Exceptional Head Chilling System
Ensures stable printhead temperature for reliable high-speed operation.
Ink Misting Control Technology
Reduces overspray and improves print clarity, even at higher resolutions.
Versatile Drying Options
Choose from steam, electric, hot oil, or hybrid systems to suit your production setup.
Adjustable Media Handling
Supports various feeding and outfeed systems including tension unwind and cloth trolley for wrinkle-free output.
Explore the Power of K64
Unlock the full potential of K64 and see how it can revolutionize your textile printing workflow. Download the brochure to learn about its advanced features, robust engineering, and how it supports high-speed, high-precision production.
Knowledge Base
Revolutionizing the textile printing industry with technology.

High-Capacity Ink System
30 L/color tanks support extended runs with minimal intervention.

Multiple Ink Types Supported
Compatible with reactive, pigment, disperse, acid, and even latex inks for a wide range of fabric applications

Flexible Color Configuration
Supports 4, 6, 7, and 8 color modes, customizable to your production and design needs.