Ιστολόγιο περίπου Used Highprecision CRON Computertoplate Machines 20152017 for Sale

The printing industry continues to evolve, with computer-to-plate (CTP) technology remaining essential for businesses seeking efficient and high-quality output. For companies operating within budget constraints while demanding reliable performance, pre-owned CRON CTP machines present compelling options.

Manufactured in 2015, the 4696EX model demonstrates impressive productivity with an output speed of 38 plates per hour. The machine accommodates plate sizes ranging from 450×370mm (minimum) to 1160×940mm (maximum), offering flexibility for various printing applications. Despite its production date, this model maintains precision and stability comparable to newer equipment, making it suitable for operations requiring consistent throughput.

Also produced in 2015, the 4664F3X+ features slightly reduced output at 28 plates per hour but maintains excellent dimensional compatibility (340×408mm to 940×1163mm). This model represents a balanced solution for businesses prioritizing plate size versatility over maximum speed. The machine's reliability makes it particularly valuable for specialized printing projects where dimensional requirements outweigh the need for rapid output.

As the newest among these options (2017 production), the 4648E3 operates at 23 plates per hour while sharing the same size specifications as the 4664F3X+. The marginally slower speed typically indicates enhanced precision capabilities, appealing to operations where print quality supersedes production volume requirements. This model incorporates more recent technological refinements while maintaining the durability characteristic of CRON equipment.

These pre-owned CRON CTP machines provide cost-effective alternatives to new equipment purchases, particularly for businesses seeking to expand capabilities without substantial capital investment. The models discussed represent mature technologies that continue to deliver reliable performance in contemporary printing environments.