Precision Strapping Solutions for Critical Packaging

At OMGM Extrusiontechnik, we provide a complete suite of extrusion and strapping systems designed to set new standards in the packaging industry. Our state-of-the-art solutions process both PP and PET materials, whether virgin or recycled, enabling the production of strapping that meets the rigorous demands of modern packaging applications. By integrating precision extrusion with advanced winding technology, we ensure that each strapping has exceptional tensile strength, durability and uniformity.

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PP strapping lines:
Our PP systems are designed for light duty packaging applications such as bundling, carton packing and securing goods during transit. Engineered for superior tensile strength and resilience, these lines consistently produce strapping that protects and stabilizes products under dynamic shipping conditions.

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PET strapping lines:

Optimized for heavy packaging, our PET extrusion lines offer robust strapping solutions as a sustainable alternative to steel. These systems produce PET straps with high tensile strength and exceptional elongation properties, making them ideal for securing larger loads and industrial applications.

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Personalization and consistency:
Recognizing that your packaging needs can be unique, our systems are fully customizable to produce a wide range of strapping sizes (4 - 32mm). Our modular design and precise process control ensure that each strap maintains consistent thickness, strength and surface finish, delivering reliable performance every time.

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Our state-of-the-art strapping extrusion lines are designed to process not only virgin polymers but also recycled plastics, enabling the production of high-performance strapping that meets the rigorous demands of modern packaging. By incorporating recycled inputs, our technology supports a circular economy, reduces waste and lowers the carbon footprint associated with traditional packaging solutions. This sustainable approach allows our customers to achieve their environmental goals without compromising strength, consistency or efficiency, ultimately paving the way for a greener and more responsible future in packaging.