The Topone Vision Self-Registration oval screen printing machine integrates optical, mechanical, and electrical technologies to completely overhaul traditional manual alignment processes. Utilizing an industrial-grade CMOS vision positioning system and fully servo-driven multi-axis synchronization, it achieves intelligent screen frame alignment within 3 minutes with a precision of 0.01mm, 40x faster than conventional manual screen printing machine methods. Its groundbreaking no-registration technology eliminates human visual fatigue errors while enabling simultaneous operation across 24 independent stations, delivering a production capacity of 700 pieces/hour. Ideal for flexible small-batch orders (e.g., shoes printing or digital printing), it meets the rapid turnaround demands of cross-border e-commerce platforms like TikTok and Amazon.
Equipped with proprietary smart deviation-compensation algorithms and real-time data transmission, this machine pioneers "one-click multi-station calibration." Its six-axis servo adjustment mechanism stores 2,000 positioning parameters and supports modular printing unit configurations, seamlessly adapting to digital screen printing, heat transfer, flocking, and even 24-color large-scale systems. The 330 cm-wide platform accommodates 60x70cm oversized prints, while its 1,700L/min intelligent air control and integrated drying cabinet ensure stability during high-speed operations. Designed for screen printing machine manufacturers, it provides a robust hardware foundation for digital printing hubs.
As an industry revolution with 300+ patented technologies, the T-1 series redefines automatic screen printing machine standards. Automation slashes labor costs by 70% and energy consumption by 30%, complemented by cloud-based remote maintenance for predictive servicing. Tailored for viral orders (<500 pieces) on 1688 or TikTok, it cuts lead times by 50%, empowering fast-fashion competitiveness. Bridging the gap from 8-hour manual setups to 3-minute automated alignment, it elevates integrated screen printing and embroidery workflows, setting new benchmarks for modern textile production.
