Let’s work together

AI-Powered Scanning, Continuous UV Printing — Precision Meets Productivity

The UV Non-Stop AI Scanner Printer from Aily Group is an industrial-grade printing solution that combines high-speed UV curing, AI-powered scanning, and continuous printing in a single system. It delivers high-resolution, precise printing on a wide range of materials—flat or curved—ensuring every product showcases vibrant colors and sharp details. Designed for industrial production, custom printing, and batch applications, this printer maximizes efficiency, accuracy, and reliability.

ER-HD800 UV Non-Stop Al Scanner Printer
ER-HD800 UV Non-Stop Al Scanner Printer

The ER-HD800 UV Non-Stop Al Scanner Printer represents the highest level of automation in the UV flatbed printing field.

UV Non-Stop AI Scanner Printer

Discover the next level of industrial printing with our UV Non-Stop AI Scanner Printers — designed for precision, efficiency, and versatility. These advanced printers combine ultra-fast UV curing technology with AI-powered scanning, enabling seamless, high-resolution printing on a wide range of materials, from flat surfaces to curved or irregular objects.

Best solutions

The UV Non-Stop AI Scanner Printer streamlines production by combining continuous printing with AI-powered precision, delivering high-quality results on a wide range of materials while minimizing downtime and boosting overall efficiency.

Here are some of the key advantages:

  • Maximize Production Efficiency: Continuous UV printing and AI scanning reduce downtime, keeping your operations running smoothly.

  • Ensure Print Precision: Intelligent AI alignment guarantees consistent, high-quality results, eliminating misprints and waste.

  • Support Multi-Material Printing: Flexible design allows printing on flat or curved surfaces across plastics, metals, glass, wood, and ceramics.

  • Accelerate Workflow: Rapid UV curing enables immediate post-processing, boosting overall production speed.

BLOG

Deliver our value with content.

View all articleView all article