The 3.2m UV flatbed printer equipped with 3-8 G5I/G6I print heads is an incredible technological advancement in the printing industry. This highly advanced printer combines speed and accuracy to provide businesses with high-quality printing solutions.
The printing technology used in this state-of-the-art printer is based on the latest UV flatbed printing technology. This ensures that the prints produced by the machine are exceptionally sharp, vibrant and high resolution. And with a resolution up to 1440dpi, every detail captured by the printer is perfectly reproduced.
The G5I/G6I printheads offer another significant advantage in print quality for 3.2m UV flatbed printers. These printheads have been developed to deliver high-quality prints at breakneck speeds, with print volumes of up to 211 square meters per hour. Such speeds also make the printer highly efficient, providing printing solutions for a wide range of businesses.
One of the great advantages of the 3.2m UV flatbed printer is its versatility. It can print on a variety of materials, including wood, metal, leather, acrylic, PVC, and more. This makes it perfect for printing on products such as billboards, banners, signs and other promotional items. The printer’s flatbed design also means it can accommodate thicker materials, giving businesses more choice and flexibility.
The versatility of the printer is not limited to printing on a variety of materials. It also supports white ink printing, ensuring that colors printed on dark surfaces remain vibrant and accurate. In addition, the advanced RIP software used in the printer allows for easy and efficient color management. This ensures businesses can easily match their print to their brand colors.
The 3.2m UV flatbed printer with 3-8 G5I/G6I printheads is a technological marvel ideal for businesses that require a superior printing solution. Its speed, accuracy, versatility and use of advanced technology make it ideal for businesses looking to produce high-quality prints efficiently and affordably.
Post time: Jun-06-2023