
What if you could quickly investigate numerous approaches to your design, simply by plugging variables into a program?
What if you could tweak the process, the materials, the parts…and see, in seconds, how those changes affect cost and manufacturability?
What if you could confidently move forward with a design that met your team’s requirements—and was also the least expensive, contained the fewest parts, and was the easiest to manufacture?
What if you could use the same program to generate detailed lists that you could send to manufacturing, lists that communicated clearly what you had in mind—documenting designs that made the most sense from a manufacturing point of view?
You could use these same lists and alternative concepts to present your ideas to your top managers.
Best of all, what if optimum manufacturability was built into your designs—from the start?
Engineers who use DFMA reduce or even eliminate those costly, back-and-forth tweaking exercises which normally plague the product development process.
With DFMA software tools, your design team can:
Contact us to learn more about DFMA and design engineering.
| Cost Management | Executive Management | Manufacturing |
| You have a target cost
in mind for a new or existing product. What are the main
contributors to the cost of the product? DFMA tools can
answer that question for you. They can also help you work
more effectively with your design and manufacturing
engineers, and outside suppliers.
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"What will it cost to produce this? How can we reduce the cost without sacrificing quality?" Our tools make it possible for you to obtain answers to these questions that are based on real-life, accurate data. Data that can be used to support productive, objective discussions, improve products while reducing costs, and hold suppliers to reliable "should cost" estimates. more > | "You want me to
manufacture this design? You're joking, right?" If you find
yourself asking this question more often than you'd like,
DFMA can help. You and your design engineers can quickly
analyse and manipulate different design approaches. The
resulting lean design will contain fewer parts and be easier
to manufacture.
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