I. Core Configuration: Flagship-Level Hardware Lays the Foundation for High-End Printing

1. Hardware Specifications: Top-Tier Combination for High-End Scenarios

• Extra-Large Working Platform: With an ultra-large size of 2560×1360mm, it can easily accommodate high-end hard material workpieces such as large glass panels and metal sheets. It enables integrated printing without splicing, meeting the "complete and seamless" quality requirement of high-end products.
• Professional Printing Core: Equipped with 3 Ricoh G6 4-channel printheads, paired with high-spray hard ink, ensuring more precise ink droplet control and high color reproduction. Combined with the full configuration of "White (W) + 4 Colors (CMYK) + Regular Varnish (V)", it can not only create a clear base on dark materials like metal and glass but also enhance the texture and wear resistance of patterns through the varnish layer, complying with the quality standards of high-end products.
• Precision Positioning and Drive: Equipped with 1200DPI (4K) Hoson head-mounted CCD visual positioning, it can quickly and accurately capture the contour of workpieces to achieve high-precision alignment. Paired with a magnetic levitation linear motor, it not only greatly improves the printing movement precision but also significantly increases the printing speed, balancing "high quality" and "high efficiency" — this is the core configuration combination of current mainstream flagship flatbed printers.
• Stable Auxiliary System: Built-in negative pressure ink supply system ensures uniform and stable ink supply during printing, avoiding issues such as ink breakage and color difference, and providing guarantee for continuous output of high-quality products.

2. Performance Parameters: Efficient and Stable, Supporting Mid-to-High-End Production

• Hard Material Adaptability: It can easily handle hard materials with a height difference within 20mm. Whether it is flat metal nameplates or glass crafts with slight curvature, it can achieve stable printing, adapting to various high-end hard material processing needs.
• Service Life of Core Components: Under normal flat printing scenarios, the service life of the Ricoh G6 printhead can reach more than 3 years, greatly reducing the replacement frequency and cost of core components, and ensuring long-term production stability.
• Advantages in Speed and Precision: With the support of the magnetic levitation linear motor, the device not only ensures high-precision printing but also has a much faster speed than ordinary models. It can efficiently meet the batch customization needs of the mid-to-high-end market, balancing quality and production capacity.
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II. Applicable Scenarios: Focusing on Core Needs of Mid-to-High-End Hard Material Printing

• Core Adaptable Materials: Mid-to-high-end hard materials such as glass, metal, and acrylic.
• Typical Printed Products: High-end advertising signs, customized glass crafts, metal nameplates, luxury display props, architectural decorative glass, etc.
• Mainstream Application Scenarios: Printing high-end display props for luxury brands to enhance brand texture through high-precision patterns; providing high-precision glass printing services for the architectural decoration industry to meet the personalized needs of high-end decoration; customizing high-end metal nameplates for enterprises to highlight brand grade with clear and wear-resistant patterns.
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III. Usage Precautions: Ensure Long-Term Stability and Maximize Device Value

• Reasonably Plan Printing Scenarios: Printing with high height differences (close to the 20mm upper limit) will accelerate printhead wear and shorten its service life. It is recommended to prioritize using the device for printing flat or small-height-difference workpieces. If high-height-difference workpieces need to be processed, appropriately reduce the printing frequency to reduce the burden on the printhead.
• Regularly Maintain Core Components: The magnetic levitation linear motor is the key to ensuring speed and precision. It needs regular maintenance and lubrication to avoid reduced printing precision or slowed speed due to component wear, ensuring long-term stable operation of the device.