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Engineers

Common Questions

We believe by offering tooling and molding in one facility our customers benefit in many ways:

Your team will be the same from concept through completion. 

The team reviewing your tool for manufacturability will be the same team molding production parts.

Our objective will be to build a tool that will last as long as possible and provide optimal molding conditions.  We want to maintain your satisfaction and offer you highly competitive prices so our partnership lasts as long as possible.

Repairs, improvements and engineering changes will be made with a focus on molding your product.  Our work will  also always focus on the longevity of your tool.

We pride ourselves in the art of creating tooling that will stand the test of time, and deliver consistent parts for many years.

Even the most experienced engineers often have questions that are unique to our industry. Some of the most common questions can make a significant difference in quotes. The more information we have about your project—such as part or product design, type of material, functionality, production demands, production volume, timeframe, and total budget—the more accurate our quotes and designs.

The most common questions we receive are about:

    1. Cavitation – Deciding whether to use one-cavity or multi-cavity molds will play a large role in the overall cost and efficiency of your program. Determining factors like annual volume, part complexity, tooling complexity and part tolerances need to be considered in order to provide an accurate tooling quote.
    2. Mold Material – With the ability to use different types of steel for the tool, knowing what goes into it will go a long way in preparing for your program. A good molding partner will be able to assist you in striking the right balance between longevity and cost, based on tolerances and part complexity, to optimize your production budget.
    3. Gate/runner system - Part tolerance, warp/flatness, and cosmetic requirements can all factor into gate and runner choices for a tool. Understanding the gate location, whether it will require a hot or cold runner system, and knowing where and how components will be sourced will all affect your overall cost.
    4. Mechanical components – Addressing potential maintenance issues that may surface during your program is essential to planning. Weighing the delicate nature of parts vs. the level of care required to handle them, plus accessibility to spare parts if needed, will determine your approach and cost.
    5. Quality/source of construction – Comparing the pros and cons of domestic vs. foreign mold-making will also affect your overall expectations. Although molds made in low-cost countries are less expensive, they’re also often of lesser quality, cost more to ship and are more difficult to replace quickly during the middle of a job.

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