DJ7 Series summarization
Product Description
This brochure introduces the DJ7 Series Recirculating Inkjet System, which features advanced nozzle-level internal circulation piezoelectric printheads designed for stable, 24-hour continuous operation. Supporting printheads from brands like Toshiba, Seiko, and Ricoh, the system delivers high-resolution printing up to 600 DPI, speeds up to 220 m/min, and adjustable print heights reaching 108.3 mm. Equipped with the VRISS circulation ink supply system and high-power UV LED curing lamps, it ensures stable jetting, precise pressure control, and minimized downtime. Controlled via Android-based 10-inch touchscreens, it supports diverse text, database formats, and comprehensive SDK integration for modern manufacturing environments.
Get product attributes and parameters
Specifications
| Model | DJTA | DJSA | DJRA |
| Printhead Type | Internal Circulation Piezoelectric | Internal Circulation Piezoelectric | Internal Circulation Piezoelectric |
| Printhead Brand | Toshiba | Seiko 1536 | Ricoh G5F |
| Printing Speed | 60 m/min | 118 m/min | 220 m/min |
| Printing Distance | Up to 10–20 mm | Up to 30 mm | Up to 5 mm |
| Printing Resolution | 600 DPI | 360 DPI | 600 DPI |
| Printing Height | 53.9 mm | 108.3 mm | 54.1 mm |
| Ink Supply System | Circulating Ink Supply | Circulating Ink Supply | Circulating Ink Supply |
| Mounting Method | Side, Downward, Horizontal, Upward | Side, Downward, Horizontal, Upward | Side, Downward, Horizontal, Upward |
| Compatible Ink | UV, Oil-based | UV, Oil-based | UV, Oil-based |
| Operating Environment | 15°C – 40°C | 15°C – 40°C | 15°C – 40°C |
| Storage Environment | 5°C – 45°C | 5°C – 45°C | 5°C – 45°C |
| Device Dimensions | 340 × 155 × 65 mm | 190 × 290 × 65 mm | 344 × 129 × 54 mm |
| Product Certification | CE, FCC | CE, FCC | CE, FCC |
Inside the Engineering of High-Performance Coding and Marking Systems
Industrial Printer Architecture
Internal Circulation Piezoelectric Nozzle
DJTA Printer Head
DJRA Printer Head
DJSA Printer Head
Ink Supply System
UV LED Curing Lamp
LH5656
Applicable nozzle: DJTA, DJRA
Solidification power: 500W
Illumination path: 56 mm
Illumination height: 56 mm
Dimensions: 135*90*80 mm
Function: High-power, rapid curing
LH28112
Applicable nozzle: DJSA
Solidification power: 500W
Irradiation path: 28 mm
Illumination height: 112 mm
Dimensions: 140*112*28 mm
Function: High-power, rapid curing
UVLH10120
Applicable nozzle: DJSA, DJTA, DJRA
Solidification power: 100W
Irradiation path: 10 mm
Illumination height: 120 mm
Dimensions: 120*98*25 mm
Function: Low-power pre-curing
DJ Series Control
CT Controller
72CT Controller
10 Inch Display
Step-by-step visual walk-throughs
Video Tutorials & Operation Guides
Discover the core advantages
The Competitive Advantage
Easily replace tags and seamlessly integrate with the original system
The Windows print driver is compatible with various label design software, allowing users to replace their existing labeling devices without altering their operational habits and quickly transition from manual labeling to coding. Compared to traditional labeling methods, the coding solution reduces user consumable costs while enhancing production efficiency and flexibility.
Ink circulation system ensures stable printing
The ink continuously circulates within the nozzle and ink delivery system, effectively removing impurities and bubbles from the system to ensure the nozzle remains in optimal working condition. This significantly reduces the risk of nozzle clogging and printing abnormalities, minimizing unexpected shutdowns and manual maintenance frequency at the source, thereby facilitating efficient and stable production.
Greater spray range and enhanced environmental adaptability
Thanks to the ink circulation system, the recirculating nozzle achieves a greater printing range. Under complex operating conditions such as high dust levels and high temperatures, it effectively prevents impact damage and dust interference caused by excessive nozzle proximity. Additionally, the enhanced spray height enables more stable marking on curved and irregular surfaces.
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