workflow TRIZ "a problem-solving, analysis and Ideal final - - PowerPoint PPT Presentation

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workflow TRIZ "a problem-solving, analysis and Ideal final - - PowerPoint PPT Presentation

Tools available to use in a DFAM workflow TRIZ "a problem-solving, analysis and Ideal final result (IFR) - the ultimate forecasting tool derived from the idealistic solution of a problem study of patterns of invention in when the


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Tools available to use in a DFAM workflow… TRIZ

 "a problem-solving, analysis and

forecasting tool derived from the study of patterns of invention in the global patent literature".[

 Ideal final result (IFR) - the ultimate

idealistic solution of a problem when the desired result is achieved by itself.

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Develop contradictions

 'A contradiction is a simple clash

  • f solutions. Either we want
  • pposite solutions, or by

introducing a new solution, i.e. an improving change to one feature in a system, another feature in our system has got worse. Engineers recognize contradictions as familiar situations, such as when we improve strength by adding more material we find that this solution often makes weight get worse.

 Lighter weight same strength…..

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Light weight examples…..

 Lighter weight, same strength…….

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Convergence example (#5)

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Resources……

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Butler technologies..

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Butler II

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Customized manufacturing

 Ride height setup tool  Camshaft tensioner pressure adapter.  Coolant flange

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911 printed Exhaust Manifold flanges..

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Customized CNC tooling…

Very difficult part to fixture.

Single day lead time on printed fixture.

Materials durable enough to live in a CNC environment.

Friction hold, pneumatic release of part..

Alignment pin in center of fixture to orient coordinate system of CNC machine.

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OraFlow™: Aids in the Treatment of Periodontal Disease

Production test fixture

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Oralectrics’ Solution – Zumby (medical device disguised as a toy)

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Custom Quality Assurance Test Fixture

  • Difficult or Impossible to measure quickly and conventionally.
  • Rapid prototyping solution, quick, Inexpensive, accurate
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PRINTED SAND MOLD CASTING

Ideal for high complexity, low volume castings

Ideal for replacement parts

Reduces lead time significantly

Avoids the need to purchase expensive tooling for small sample lots

– 3D Printed molds are made with greater precision, and thus tend to hold tighter tolerances

– Allows complex internal casting geometries to be created without numerous cores

– Reduces variability in the molding process

– Reduces the labor requirements necessary for highly-complex parts

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Printed Gripper….

Bowden tube design…

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Conclusion…

 The capabilities of additive manufacturing, of which 3D printing is part, completely turn the

design process on its head from start to finish.

Hayden Osborn, a tool engineer at Boeing.  Broad Adoption of Additive for Tooling. GE said that 25 percent of its products will be

impacted by additive by 2020.

 Success Through Software Existing software built for subtractive processes does not enable

designers and engineers to optimize for additive processes. But new types of software coming to market, address additive processes with optimization, simulation, and build preparation for specific machine and material combinations.

 Materials.. Although Additive Manufacturing has been around for more than 30 years, it’s

  • nly recently that the materials suitable for use and their possible functions has really
  • expanded. There are an almost limitless number of industries that could benefit from

incorporating Additive Manufacturing into the processes, changing the face of what’s possible.

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More information

 https://www.dropbox.com/sh/tsx5a59cdgo0spi/AACi6fDFHhaO8Pnx

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