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Digital and Die Cutting Services

Ward & Kennedy supplies businesses nationwide with traditionally die-cut and high-precision digitally cut polyethylene. From storage containers to protective sheets and everything in between, you can trust Ward & Kennedy’s nearly 100-year history for fast turnaround times and dedicated service and support.

Manufacturing Applications and Uses of Polyethylene

Polyethylene is one of the most widely produced plastics, ranging from rigid high-density forms to flexible low-density films, depending on how the material is processed. It's used across packaging, industrial, agricultural, and consumer goods applications, with different densities suited to different levels of rigidity and flexibility.

Common products made from polyethylene include:

  • Bottles and containers
  • Plastic bags and packaging film
  • Pipes and tubing
  • Storage tanks
  • Foam packaging sheets
Polyethylene Digital/Die Cutting Services

Properties of Polyethylene

Polyethylene's density, thickness, and heat sensitivity directly affect how it performs during cutting, from tool selection to edge quality.

PropertyDescription
Density Higher density polyethylene is rigid and often needs routing, while lower density forms can be blade-cut
Thickness Thicker sheets or rigid containers require more cutting force and sharper tools
Heat sensitivity Melts easily, which is sometimes used intentionally to heat-seal edges on films and bags
Flexibility Lower density polyethylene can shift or stretch during cutting without proper tensioning
Chemical resistance Contributes to a smooth, consistent cutting surface with minimal residue buildup
UB stabilization Additives for outdoor use can slightly affect blade wear over repeated cutting

Cutting Applications

  • Through cuts

    slices completely through the material, and both digital cutters and traditional dies can perform it depending on thickness and volume.

  • Creasing

    Creasing forms a fold line without cutting through the material, handled well by digital cutters through adjustable pressure and by dies fitted with the right rule type.

Digital vs Die Cutting Polyethylene

Digital Cutting Polyethylene

The choice between digital and die cutting for polyethylene depends largely on density and production volume. Digital cutting, through CNC routing or knife cutting, works well for rigid, high-density polyethylene and for prototyping custom shapes without tooling costs.

Die Cutting Polyethylene

Die cutting, often paired with heat sealing, is the standard for flexible, low-density polyethylene produced in high volume, such as packaging film or foam sheeting. The upfront tooling cost is offset by faster cutting speeds and lower per-unit costs once the design is finalized and production quantities increase.

Our ProcessDesign to Production Runs

At our facility in Milwaukee, WI, our team of designers and fabricators can help bring your vision to life. Whether you have existing design files or assistance with their creation, we’re here every step of the way.

1

Design

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2

Protoyping

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3

Fabrication

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4

Full Production Runs

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Additional Die Cutting Capabilities

Along with fabrics, we die cut materials like:

Ward & Kennedy has been designing, fabricating, and supplying industries all over the world since we were founded in 1928. Whether you’re in our Wisconsin backyard or located across the world in Asia, we can supply your die cut materials.

More Than Just a Tool & Die Shop

Along with fabricating parts for businesses across America, we supply them with the necessary tools, supplies, and gear to keep them running at full capacity. We stock abrasives, adhesives, PPE, and more from major brands like 3M, Dynablade, Superior Glove, Wendt and Mirka.

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Ward & KennedyFAQs About Die Cutting Polyethylene

Certainly. You provide us with your specifications, and we'll craft a prototype for your review and ship it to you. You have the option to approve the prototype or request modifications. Once you're satisfied, you can confidently proceed with a bulk order.
Polyethylene die cutting is used to create a wide range of products including gaskets, seals, protective components, packaging inserts, automotive parts, and medical equipment components.
Yes, polyethylene die cutting is suitable for both small-scale and large-scale production runs.
Polyethylene itself is a recyclable material.
Polyethylene die cutting is utilized across a diverse spectrum of industries ranging from packaging and automotive manufacturing to healthcare, electronics, aerospace, and consumer goods.
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