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Polyethylene cutting: advantages of this material and challenges in processing

Polyethylene is a versatile plastic material widely used in many industries because of its excellent mechanical, chemical and thermal properties.

polietilene RAM
polietilene RAM 2

Cutting polyethylene requires specific cutting machines that can handle the unique characteristics of this material and the challenges presented by its processing.

  • Polyethylene can vary in hardness depending on its density (e.g., high-density polyethylene – HDPE, low-density polyethylene – LDPE). This requires cutting equipment adaptable to different degrees of hardness.
  • It is a flexible material that can deform during cutting, making it difficult to achieve precise and clean cuts.
  • Under the effect of the heat generated by the cutting process, polyethylene can soften or melt, affecting the quality of the cut and causing the material to stick to the blade or wire.

RAM’s polyethylene cutting shapers are designed to meet these challenges with precision and efficiency.

Polyethylene cutting machines: what features they should have

Polyethylene cutting shapers are equipped with advanced technologies that enable them to work with different thicknesses and densities of polyethylene, ensuring high-quality results.

Features of our shapers include:

  • High Precision Blade: Designed to ensure clean cuts on flexible and tough materials such as polyethylene.
  • Advanced Control System: Allows precise adjustment of cutting parameters to suit the density and thickness of the material.
  • Cooling System: Keeps the blade at an optimal temperature, preventing overheating when cutting thick materials.

Areas of Application

Our polyethylene cutting shapers are used in a variety of industries, including:

  1. Packaging: for producing films and bags (using low-density polyethylene for its flexibility and moisture resistance) or bottles and containers (using high-density polyethylene to produce rigid bottles and containers for detergents, oils and other chemicals).
  2. Construction: to produce moisture barriers for buildings or pipes and fittings.
  3. Agriculture: For the production of films for greenhouses and irrigation systems
  4. Automotive: For the production of interior components (such as liners, bumpers, and fuel tanks) or fuel and liquid hoses.
  5. Sanitary and Medical: for medical packaging and disposable products.

Specific solutions for efficient cutting of this material

Contact us to find out how we can support your business with our cutting solutions.

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