Gongzheng Pixy T2 is an integrated DTF production system. It includes a 600mm wide printer using 2 x Epson PrecisionCore™ I3200-A1 printheads in staggered 1+1 configuration and the new SK2 Shaker (Glue Application system)
System includes:
- 600mm wide inkjet printer using specialized water based pigmented inks
- Integrated powder glue applicator SK2
- Built-in EU standard air filter
- Onyx DTF rip
- GZ Printer Manager
- Extremely low power consumption - as low as 2300W for the shaker and 600W for the printer - greatly improving process economy
- In-house developed triple white ink stabilizing system, ensuring a long service life of the white heads
- Optional EU safety kit keeps the white ink in optimal condition even when the printer is off.
THK mechanical components for precision and long service life, touch screen controls, easy operation and maintenance, automated cleaning and capping, active tension bar for smooth and stable motion.
| Model | Pixy T2 | | -------- | -------- | | Print Head | 2 Epson I3200-A1 Precision Core Print Heads | | Technology | Piezo, Variable drop 2 levels | | Ink | GS original transfer pigment ink | | Available colors | CMYK + W or CMYK | | Head configurations | 1xCMYK + 1xW | | Ink supply system | 1.5L Bulk ink with intermediate pressure controlled ink cartridges | | Printing width | Max 600mm | | Media Type | Transfer film | | Transport system | Feeder with active dancer | | Drying system | Integrated glue applicator (shaker) SK2 | | Printing speed | mode ----- m2/h | | Production 720x1200 dpi | 4 pass ----- 15 m2/h | | Hi quality 720x1800 dpi | 6 pass ----- 10 m2/h | | Data interface | Ethernet external, Fiber Optics internal | | Working environment | Temp 18C~30C, Humidity 35% ~ 60% | | Software | Onyx DTF, GZ printer manager | | Power | Single phase, 50/60Hz, AC 220V +/- 10%, 3.5A (Printer), 11A 2300W (Glue applicator) | | Installed Size | LxWxH(mm): 1661x815x1507 (printer), 2614+1022+1092 (Glue applicator) | | Weight NW | 178kg (printer), 246kg (Glue applicator) |
*posted data could slightly differ due to measurement methodology and change due to constant development and process improvement