HIGH SPEED SOLVENTLESS LAMINATION MACHINE

Solventless lamination machine flexible packaging industry to bond two or more layers of film PET, BOPP, LDPE, using adhesives that do not contain solvents. This makes the process more environment friendly and cost-effective

Solventless lamination is an energy-efficient, low-emission, and sustainable technology that aligns with the growing demand for environmentally responsible packaging solutions.

  • Used for food, beverage, pharmaceutical, personal care, and industrial product packaging.
  • Lightweight, multilayer films that require strong bonding without affecting product safety.
  • Combines layers (like foil or metallized films) for oxygen and moisture barrier properties.
  • Clean lamination for sterile product packaging without solvent residues.
  • Produces multi-layer laminates like PET/PE, PET/AL. FOIL, PET/BOPP/, PET/CPP, etc.

PRODUCTION CAPABILITIES

Our production unit features modern machinery and automated systems, enabling us to deliver precision-engineered products with high throughput. We operate dedicated production Machines, supported by advanced tools and quality inspection systems.

Product Range : flexible packaging, Printed Pouches, Printed Ziplock Bags, Gusseted Bags, Printed Laminated film rolls and custom packaging.

Advanced Production Capabilities Driving Precision Solventless Lamination

Harness cutting-edge production capabilities with our advanced solventless lamination process, designed for high-speed, eco-friendly, and precise bonding of flexible packaging materials. Our state-of-the-art manufacturing system delivers superior multilayer lamination with strong adhesive performance and minimal environmental impact. With optimized tension control, temperature regulation, and automated workflows, we ensure consistent, high-quality output tailored for diverse applications including food, pharmaceutical, and industrial packaging. Experience sustainable technology engineered for efficiency, reliability, and scalability to meet global packaging demands.

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