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Metal Forming Urethane

Polyurethane Press Brake Tooling

We provide polyurethane press brake tooling for a variety of sheet metal bending applications. Explore our metal-forming pads and urethane press brake dies below or request a quote today to learn more!

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Polyurethane vs. Steel Press Brake Tooling

It's not really an either/or decision across the board. It depends on the part. Steel press brake tooling still makes sense for heavy-gauge, structural bends where surface finish isn't a concern. Polyurethane tooling is the better call anytime you're working with pre-polished, pre-painted, or laminated material, since steel dies will mark or dent those finishes on contact.

Urethane tooling also has an edge on large-radius and U-bend work. Pads are molded to allow overbending, which helps compensate for springback in one hit instead of running extra passes. A lot of shops run both types of tooling on the same brake: steel for structural components, and polyurethane V-dies or V-pads for the parts that need to stay mark-free. If you're not sure which direction makes sense for your application, our team can help you figure out the right mix. Contact us to talk through your part specs.

Industries That Rely on Our Press Brake Tooling

  • Automotive: Precise, repeatable bends for body panels and prototype development work.
  • Architecture & Construction: Mar-free bending of pre-polished stainless steel for facades, column covers, and structural panels.
  • Appliances Manufacturing: Clean, consistent bends on painted and coated metal casings for appliance and electronics housings.
  • Metal Fabrication: General-purpose no-mar tooling for shops running mixed material types and finishes.

Polyurethane Press Brake Tooling FAQs

Yes. Beyond standard V-dies and pads, we can produce custom-sized tooling to match specific gauge, radius, or die holder requirements. If a stock size doesn't fit your setup, our team can work with your specs to build tooling that matches your exact press brake and part geometry.

Durometer selection depends on your material gauge, bend angle, and finish sensitivity. Softer durometers cushion delicate finishes better, while firmer durometers hold up longer under heavy-gauge or high-volume work. Our team can help you match durometer to your specific application.

Polyurethane holds up significantly better under repeated cycling than rubber, which tends to compress, tear, or lose its shape faster under the same loads. Urethane also resists oil, chemicals, and abrasion better, making it the more durable choice for repeated production use.

Replacement frequency depends on usage volume, material gauge, and durometer, but urethane tooling is built to outlast rubber and hold up to repeated cycling far longer than typical wear parts. Inspect pads and dies periodically for flattening or surface wear to know when it's time to swap.

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Have a Question?

You have questions, we have answers. Contact us today. Our skilled customer service specialists can help you make the right choice in polyurethane applications.