In the fast-paced world of industrial packaging, every second counts. Meet the DOCOD R4000 Series Thermal Transfer Overprinters (TTO) – engineered to deliver unmatched efficiency, durability, and adaptability for modern production environments. Why the R4000 Series Stands Out? Lightning-Fast Printing at 800 mm/s Maximize throughput without compromising quality. Ideal for high-speed lines in food, pharma, and consumer goods – from dried fruit pouches to hygienic pesticide packaging. Smart & Intuitive Operation 10.1-inch Touchscreen Control : Simplify setup with dynamic previews and real-time adjustments. Auto-Sensing Ribbon System : Swap ribbons in seconds; enjoy up to 1,200m ribbon capacity with energy-saving modes. Predictive Maintenance Alerts : Track print head lifespan and ribbon usage proactively. Built for Demanding Environments Aerospace-Grade Aluminum Body : CNC-machined for vibration resistance and longevity. Industrial-Grade Hardware : Self-developed PCBA mothe...
DOCOD Shining 2025 South China International Packaging Exhibition: Intelligent coding leads the new era of identification
DOCOD Shines at Sinopack 2025 The Exhibition Kicks Off, Showcasing the Latest Achievements From March 4th to 6th, Sinopack 2025 was grandly inaugurated in Guangzhou. DOCOD Company amazed everyone by presenting its latest annual achievements - the intelligent coding integrated solution and the achievements incubated in multiple fields! Highlights on the First Day of the Exhibition On the first day of the exhibition, the Canton Fair Complex was bustling with activity. There was a large crowd in front of the CODPAD Digital Ecosystem booth, and the production line dynamic demonstration area became the focus - the moment when the laser marking machine precisely engraved the code and the real-time data stream on the big screen all received continuous applause. Professional Explanation and Demonstration Our technical engineers and sales representatives shuttled through each exhibition area. Sometimes they leaned over to explain the intelligent detection principle of the T2000V vision co...