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DIE REFURBISHING & REPAIR

DIE REFURBISHING

Prior to refurbishment, tool components and assemblies are identified, cataloged, and photographed as required. We then inspect, evaluate, overhaul, and test according to our in-depth,16-step process. Anything discovered that requires attention beyond refurbishment is immediately communicated to the customer (i.e., unrepairable cracks in cavities, etc.).

Throughout the process, we drill down to the smallest detail to ensure that nothing goes unnoticed. Every component is inspected and either repaired or replaced as needed.

If engineering changes need to be made during the process, we include those as well.

For customers who require a proprietary approach, we begin with the 16-step process and then incorporate their unique needs to meet all requirements.

Beneath it all, in everything we do and in every way we do it, Dura Mold delivers Service with Integrity.

DIE REFURB: BEFORE

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DIE REFURB: AFTER

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DIE REPAIR

When it comes to repair, short of a catastrophic failure, Dura Mold can repair any mold, from broken cores and inserts to tool crashes.

Whether a tool refurbishment or repair is needed, the Dura Mold 16-step process is our bond and commitment that no tool will leave our facility unless it meets or exceeds customer specifications.

Most importantly, each Dura Mold customer has the support of a dedicated customer service cell, a project manager, and a solid management team with a combined industry experience of over 100 years to back them up.

Beneath it all, in everything we do and in every way we do it, Dura Mold delivers Service with Integrity.

The Expertise: Every part model that arrives at Dura Mold goes through an arduous 21-step design review process.

From specification to part print review to part model draft and wall thickness analysis, and everything in between, Dura Mold is in close customer collaboration until every element is thoroughly understood and captured.

When complete, the final step is to perform flow simulation, approximate the mold size with respect to press specifications, and apply everything we learned so that the design requirement is fully satisfied and can reach its maximum potential.

Even more, due to the efficiency of our 21-step process, customers have consistently experienced significant reductions in engineering and design time compared to other suppliers.

ALUMINUM CRANKCASE EJECTOR: BEFORE

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ALUMINUM CRANKCASE EJECTOR: AFTER

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