The A3LED-UV digital UV printer is engineered for versatility and efficiency, making it an ideal choice for printing on diverse materials such as glass, metal, plastic, and ceramic. With its modern industrial design and touch-screen control panel, this printer delivers high-speed, high-volume production with UV-curing technology for durable, fade-resistant prints.
Technical specifications
Feature | Specification | Benefit |
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Material Compatibility | Glass, Metal, Plastic, Ceramic | Versatile across multiple applications |
Printing Technology | UV-Curing | Ensures durability and fade resistance |
Customization | Adjustable print heads and inks | Tailors to specific material needs |
Printing Size | 30cm | Suitable for a variety of product sizes |
Certification | RoHS, CE, FCC, EU 2015/863, EN 55032, EMC | Meets international safety and quality standards |
Customization guide
With customizable print heads and a wide range of ink options, you can tailor the A3LED-UV printer to meet the specific needs of your printing projects, whether it involves single-color or multi-color applications.
Get inspired
Explore the potential of the A3LED-UV printer for creating personalized products, from mobile phone cases to sophisticated glassware, ensuring each item stands out with vibrant and durable prints.
Choose your model
Parameter | Base Model | Advanced Model | Pro Model |
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Print Speed | Standard | +15% | +30%* |
Durability | Standard | Enhanced | Premium |
Material Range | Basic | Expanded | Comprehensive |
Supplier's note
The A3LED-UV printer's most significant breakthroughs include its UV-curing technology, which triples the industry standard for print durability, enabling safe handling of printed products in various environments. Its customizable design allows for adjustments to meet specific printing needs, enhancing operational flexibility.
For users seeking optimal performance, the Pro Model is recommended for its superior print speed and comprehensive material compatibility, making it ideal for high-demand production environments and diverse application scenarios.