从China供应商批量进口Adm1300 Automatic Flute Laminator Machine

The Adm1300 automatic flute laminator machine is a precision-engineered system for high-volume laminating in packaging production. It handles a maximum sheet size of 1300x350mm and weighs 12 tons, with automated feeding and cutting mechanisms that deliver consistent results across long runs. Its user-friendly controls and integrated safety features simplify operation while maintaining a secure environment for production staff.

Constructed for durability, the Adm1300 uses heavy-duty components to withstand continuous use in industrial settings. Typical flute laminators in this class support paperboard grades from 150 to 600 GSM, with glue application systems compatible with standard water-based or hot-melt adhesives. The machine’s design allows for quick changeovers between jobs, reducing downtime in multi-product facilities.

This model is suited for manufacturers producing corrugated packaging, display stands, and laminated cardboard products. It is commonly used in printing and packaging plants where efficiency and repeatability are critical. Buyers should confirm MOQ, lead time, and incoterms directly with Yutian Tager Printing Machinery Factory, as these are not specified in the listing.

Yutian Tager Printing Machinery Factory is based in Yutian, Tangshan, Hebei Province, China, at No13, Endless Street. The supplier is classified under the imported tier with a harbor trust level, indicating a verified presence in the market. However, its response rate and average response hours are currently listed as zero, which may affect communication timelines for potential buyers.

The factory specializes in printing machinery, with the Adm1300 automatic flute laminator machine as one of its offerings. The listing does not provide details on the company’s history, production capacity, or certifications, so buyers are advised to request these directly. No additional information about the supplier’s scale, clientele, or quality control processes is available in the provided data.