Blog

The Scan-type UVA-LED beads Flexo Plate Exposure Machine BW-5280 delivers high-precision UV exposure for both digital and conventional flexographic printing plates. Featuring up to 3,630 high-power LED beads with energy output from 20-500mW/cm² and uniformity of ±3%, it ensures consistent exposure quality across the entire plate surface — even for large-format 50"×80" plates, exposure completes within 10 minutes. Equipped with a self-developed LED control system, independent UV radiation calibration, temperature-controllable design, and intelligent programming with preset mainstream plate-making parameters, this machine delivers professional-grade plate-making performance with minimal operator intervention. Double-sided automa...

Packaging printers face constant pressure to reduce turnaround times while managing the rising costs of photopolymer plates. As print runs become shorter due to SKU proliferation and client expectations for finer dot reproduction grow, the prepress department frequently becomes a production bottleneck. Relying on manual intervention for plate loading, scaling calculations, and focus adjustments wastes prepress designer hours and introduces critical human error. Shifting toward Automated Flexographic Plate Making Equipment directly addresses these operational vulnerabilities, converting the platemaking room from a heavy cost center into a streamlined efficiency hub.     Streamlining Prepress Data and Dimensional Accuracy Flexographic plates naturally elongate when mounte...

I. Excellent adaptability. The 1.7mm thickness is  perfectly adapting to mainstream flexographic application scenarios such as food packaging, label identification.   II. High-precision Digital Plate-making and Efficient Production  Based on digital plate-making technology, the 1.7mm flexographic prining plate can achieve dot reproduction accuracy of 0.01mm, with clear and burr-free graphic edges, and the imposition alignment error is controlled within a tiny range. Compared with traditional plate-making processes, there is no need for manual plate correction.    III. Excellent Printing Durability  The 1.7mm thickness flexographic resin plate with uniform plate density and outstanding tensile and wear resistance. With a long printing run, it can deliver better...

1-Light source high energy, and can adjust the energy level, suitable for all flexo exposure plate making requirements. 2-The main exposure UVA-LED light source is more than 20 times stronger than the traditional exposure UVA light source, and the life of the light source is more than 10 times longer than the traditional light source. 3-Scanning exposure mode, more uniform light energy, do not need to repeatedly lift machine operation, convenient, fast, safe.It is an ideal flexo exposure machine for making digital version.

1. Thickness Advantage and Printing Pressure Adaptability   As a thick flexographic printing plate, the 2.28mm thickness provides sufficient structural stability, which can adapt to the pressure adjustment needs of notebook printing equipment. Compared with thinner plates (such as 1.14mm), it has stronger pressure resistance and is not easy to deform during high-speed printing, ensuring consistent printing effect for large-batch notebook production. At the same time, the moderate thickness can avoid excessive pressure on paper substrates, preventing problems such as paper wrinkling, fiber crushing and ink penetration, which is particularly suitable for printing on notebook inner pages (writing paper, offset paper) and covers (coated art paper, kraft paper).   2. Advantages of Sol...

In flexographic printing, the 0.5mm double-sided PE foam plate mounting tape is an underrated core consumable, pivotal to precision and operational stability across key packaging scenarios like corrugated carton production and fine label printing. Its 0.5mm thickness is a calibrated optimal specification—thinner variants lack adequate cushioning, while thicker alternatives induce plate deformation, making it the ideal choice for balancing tight roller-plate contact and printing registration accuracy. Composed of a closed-cell PE foam substrate and high-tack acrylic pressure-sensitive adhesive, it delivers robust bonding strength to firmly secure resin or rubber flexographic plates to metal rollers. Even under high-speed printing cycles, it resists peeling and effectively mitigates pl...

In packaging and printing, Flexo CTP technology is transformative. By leveraging digital precision and film-free processes, it redefines flexographic standards and outperforms traditional plate-making in quality. Beyond quality, it also boosts workflow efficiency for time-sensitive projects by eliminating film processing and manual alignment, slashing prepress time by 50%. Automation and nesting optimize material usage and reduce waste, while digital workflows minimize errors, ensuring consistent quality and higher throughput.   While the initial investment is high, long-term savings are substantial—automation cuts film, chemical, and labor costs. Additionally, durable plates and nesting software lower unit costs, enabling seamless transitions from offset or gravure to flexogra...

UVA-LED flexo plate exposure machine, relying on UVA-LED light sources with concentrated wavelengths (peak wavelength 365nm), achieve efficient, environmentally friendly, and precise exposure effects in the flexographic plate making process, satisfying the needs of modern printing for high-quality plates and green production. Specific advantages are as follows:   Low Energy Consumption and Long Service Life：The electro-optical conversion efficiency of UVA-LED light sources reaches over 30%, reducing energy consumption by 50%-65% compared with traditional mercury lamp exposers; the service life of LED beads is as long as 10,000-20,000 hours, 5-6 times that of mercury lamps, which reduces the frequency of light source replacement and lowers long-term consumable costs.   High Expos...

Flexo CTP machine, leveraging core technology like laser direct imaging , offer distinct advantages in the packaging and printing industry. It solves pain points of traditional processes such as insufficient precision and cumbersome workflows, while aligning with industry trends of flexible production. Specific advantages are as follows:   1. High Printing Precision Adopting laser direct imaging technology, the laser focus can reach 10μm, supporting high screen rulings of 150-200 lines per inch with minimum dots as small as 1%-2%. It accurately reproduces fine gradient layers on fresh milk cartons and tiny 2pt nutritional information text on food packaging. Compared with traditional flexo plates, solving problems like stiff dots and uneven ink density of conventional flexo printing...