Automatic Industrial Heavy-Duty Thermal Film & PE FILM Laminating Machine

Through heating and pressing, the pre-coated film is bonded to the printed substrate, providing surface

enhancement, water resistance, and abrasion resistance.

Substrate compatibility:

Thin paper, thick board, specialty art paper, metallized paper, and other challenging substrates.

Film compatibility:

BOPP, OPP (gloss and matte), soft-touch film, anti-scratch film, velvet-like film, standard and specialty

pre-coated films, and digital pre-coated film.

Equipped with a high-precision automatic feeder, this machine handles both traditional high-volume and

digital small-batch jobs, feeding thin paper and board stably without double-sheets or skewing- ensuring

precise lamination.

The laminating machine uses an electromagnetic heating roller and a pressure control system to ensure

that the film and paper are evenly bonded, resulting in a smooth lamination without bubbles.

Rubber roller Dia.:206m; Heating roller Dia.:216mm 

The laminating process employs a grinding wheel

paper-cutting structure to ensure neat paper

separation, suitable for multi-specification, small-batch

production needs, and improving overall operational

efficiency.

The paper collection section uses a stable automatic

paper collection system, which stacks the paper neatly,

reduces scratches, and makes it easy for operators to

quickly retrieve the paper and check the results. 

Matches digital printing high-speed output with no jams or skewing. Eliminates outsourcing for large orders

-saves cost, boosts capacity.

Eco-friendly precision lamination enables high-end case binding and export orders-upgrades quality.

Heavy-duty cold-rolled steel frame supports 24/7 continuous operation.

Lower consumables, maintenance, and setup costs than economy models-better long-term ROI.

Reinforced rollers and high-strength drive components maintain accuracy under high load-faster payback.

Smart PLC touchscreen control with film shortage alert and paper-break auto-stop-reduces material waste

significantly.