Intelligent Servo Chain Knife Powder-Removal Laminating Machine

Hongqiang factory's high quality Intelligent Servo Chain Knife Powder-Removal Laminating Machine adopts 14 groups of full servo drive, integrated chain knife cutting and electrostatic powder removal optional function, can well solve PET/PET composite metal film and other special materials cutting problems and printing powder residue problems. Cast iron fuselage ensures more than 20 years of long life, energy circulation system energy saving and environmental protection.

Product Parameter (Specification)

What is Intelligent Servo Chain Knife Powder Removal Laminating Machine?

Hongqiang Intelligent Servo Chain Knife Powder-Removal Laminating Machine is a professional laminating equipment integrating high precision, high efficiency and high intelligence. It is mainly used to compound a layer of plastic film (such as PET, BOPP, laser film, metal film, etc.) on the surface of various paper printed materials (such as book covers, packaging boxes, posters, cards) to achieve the purpose of enhancing visual effects, moisture and dirt prevention, improving wear resistance and product grade. This machine is especially suitable for packaging, printing and post-press processing enterprises with high requirements for film coating effect, production flexibility and equipment stability.

Core strengths and selling points:

1.14 sets of servo motors: realize digital and precise control of the whole link from feeder paper feeding, laminating to paper receiving. Through HMI input size, 14 servo units automatically complete adjustment within 1 minute, leading the industry in order replacement efficiency.

2.Segmented electromagnetic heating system:

Rapid heating: 5 minutes to reach 100°C operating temperature, reduce warm-up wait.

Precision temperature control: three independent control, ensure uniform glue coating, coating surface bright and smooth, no bubbles, no wrinkles.

Energy efficient: small size production activates only part of the heating zone, reducing energy consumption by up to 33%.

3.Efficient electrostatic powder removal: through the hot press roller electrostatic adsorption technology, completely remove the powder on the surface of the printed matter, eliminate the "snowflake point" after coating, significantly improve the brightness and adhesion of the product, and ensure the quality of high-end orders.

4.Servo chain knife cutting technology: Our Intelligent Servo Chain Knife Powder-Removal Laminating Machine is specially designed for special films with a thickness greater than 20μm such as PET, PET composite metal film, and PLA film. Servo drive, fast cutting speed, high precision; equipped with tension controller and double anti-curling structure, ensure that thin paper coated still flat without curling, perfect solution to burrs, curling and other traditional cutting pain points.

5.Super stability and durability: Intelligent Servo Chain Knife Powder-Removal Laminating Machine core structure adopts high-strength cast iron wallboard and frame, strong shock absorption, to ensure long-term stable operation of equipment at 20-100 m/min high speed, design life of more than 20 years.

6.Highly intelligent

Automatic paper receiving table exchange: realize continuous production without downtime, and improve theoretical production efficiency by 100%.

Rear view monitoring and IoT connectivity: support remote real-time diagnostics and production monitoring for digital management.

One-click operation, double paper pile, speed memory: extremely simple operation, reduce dependence on skilled workers.

Application fields and scenarios

• High-end packaging: luxury boxes, electronic products packaging, cosmetics boxes, tobacco packaging film and efficiency.
• Commercial printing: surface protection and beautification of high-grade posters, albums, menus, calendars, cards (greeting cards, membership cards).
• Book binding: hardcover book cover, notebook cover of the film.
• Special material processing: PET label, metal effect printing, environmental protection PLA film material composite processing.