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What are the problem solving tools you use?
First there is TRIZ, an acronym for Theory of Inventive Problem Solving. This is a systematic approach to finding inventive (innovative) solutions to problems. There are numerous web sites, books. and training courses dedicated to this subject. There are even software packages available which guide the user through the TRIZ process. Secondly, there is quantitative analysis. This term pertains to methods for quantifying problems so they can be approached with mathematical methods of analysis. When considering design problems or part failures Finite Element Analysis is often used. Another tool that we make use of is high speed video. In many machinery related cases the problem cannot be understood because of the high speed at which things happen. Viewing these occurrences at frame rates of 1000 per second (or even more) can provide useful insight into the root cause of many problems. Of course, more traditional troubleshooting tools like meters and oscilloscopes are also used when appropriate.
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In what CAD format is your design work done?
Your existing designs can be imported directly from SolidWorks files. We can also import, AND EDIT geometry generated by common translators including STEP, IGES®, SAT (ACIS®), VDA-FS, and Parasolid® files.
In addition to 2D drawings that are compatible with most 2D CAD packages, the finished work can be exported back to your 3D package in many formats including Catia, ProE, STL, VRML, STEP, IGES®, SAT (ACIS®), VDA-FS, and Parasolid® files.
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