Model | CHCI6-600F-Z | CHCI6-800F-Z | CHCI6-1000F-Z | CHCI6-1200F-Z |
Max. Web Width | 650mm | 850mm | 1050mm | 1250mm |
Max. Printing Width | 600mm | 800mm | 1000mm | 1200mm |
Max. Machine Speed | 500m/min | |||
Max. Printing Speed | 450m/min | |||
Max. Unwind/Rewind Dia. | Φ800mm/Φ1200mm/Φ1500mm | |||
Drive Type | Gearless full servo drive | |||
Photopolymer Plate | To be specified | |||
Ink | Water base ink or solvent ink | |||
Printing Length (repeat) | 400mm-800mm | |||
Range Of Substrates | Non woven、Paper、Paper cup | |||
Electrical Supply | Voltage 380V. 50 HZ.3PH or to be specified |
● This ci flexo printing machine adopts gearless full-servo drive technology and a high-precision central impression (CI) cylinder design, achieving ultra-high registration accuracy of ±0.1mm. The groundbreaking 6+1 printing unit configuration enables double-sided synchronous printing at speeds up to 500 m/min, effortlessly supporting multi-color overprinting and fine halftone dot reproduction.
● Equipped with a temperature-stabilized CI cylinder system, the flexographic printer effectively prevents paper deformation and ensures uniform pressure across all printing units. The advanced ink delivery system, paired with a closed-chamber doctor blade device, delivers vibrant and saturated color reproduction. It excels in both large solid color areas and intricate line details, meeting the demands of premium-quality printing applications.
● Optimized for paper substrates, this flexo printer also accommodates non-woven fabrics, cardboard, and other materials. Its innovative drying system and tension control technology adapt seamlessly to substrates of varying weights (80gsm to 400gsm), ensuring consistent print results across delicate thin papers and heavy-duty cardstock.
● Featuring modular construction and an intelligent control system, the flexo press automates functions like one-click job changeovers and automatic registration. Compatible with eco-friendly water-based and UV inks, it integrates energy-efficient drying systems to reduce power consumption and VOC emissions significantly. This aligns with modern green printing trends while boosting productivity.