The printer is designed for cylindrical objects such as bottles, thermos mugs, cups, and similar items, accommodating a wide range of applications.
The Cylindrical Bottle UV Printer can handle print dimensions of up to 320mm, making it versatile for various cylindrical items.
The 360° rotary printing feature allows for seamless, high-resolution printing around the entire circumference of the cylindrical object, ensuring a consistent and detailed design.
The printer utilizes advanced UV ink technology, which provides vibrant, durable prints that are resistant to fading and wear.
Yes, the Cylindrical Bottle UV Printer is designed for high productivity with automatic operation, making it ideal for large-scale production needs.
The printer measures 1160mm x 870mm x 1800mm, which allows it to fit neatly into various professional printing environments.
The printer operates on a standard 220V power supply, ensuring compatibility with most electrical systems while maintaining energy efficiency.
The printer is backed by a machinery test report and video outgoing inspection, assuring reliable operation and quality performance.
Yes, the printer is designed to be user-friendly, making it accessible for operators with varying levels of experience in printing technology.
You can create intricate and detailed designs thanks to the printer's high accuracy and precision, making it perfect for custom artwork and branding.
Yes, the printer is versatile and can print on various materials commonly used for cylindrical items, including plastic, glass, and metal.
Regular maintenance includes cleaning the print heads, ensuring proper ink levels, and routine checks of mechanical components to maintain optimal performance.
While specific training may vary by supplier, most vendors provide user manuals and customer support to help you get started with the printer.
The warranty period can vary by manufacturer, so it is best to check with your supplier for specific warranty details and coverage options.
The Cylindrical Bottle UV Printer offers higher precision, faster production times, and the ability to print complex designs that traditional methods may not handle effectively.
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