BlackST wrote:
Just to add some spice : do anyone of you attended lessons in "mechanical drawing" or similar at the university ? I did (faculty of Engineering) . To design my own PE tool, I only had to get my book back (I passed the exam 20 years ago...), re-read some info on materials and tooling, get a precision measurements on drives, design it and send the drawings (hand made, nothing precise neither CAD drawn, only the quotes were precise) to a factory.
There, with a common CNC machine with 1/100 mm precision, they made the prototype. Some other machining needed, polishing, welding etc. but the overall process took only 3 weeks because they were busy.
It works. Had to practice somewhat, but works. What's exceptional in it ?
With only some common sense, imagination (I had never seen a commercial PE tool before I designed my own) , a little bit of intuition and some processiing after making it, I have my own tool. What's exceptional ?
P.S. I won't sell it. It's another "capital asset" .
Another story : seized motors. What if I say that there is a solution WITHOUT platter swap? (This I am pressed to sell it, I don't want at present). Obviously if the axis is not bent or mechanical collapse.
Instead of waiting what the marketing geniuses will bring you, why not make some serious R&D ? Could make MORE money than with DR.
Extracting only the platters is one thing. Designing a tool that will extract platters
*and* inserts from
*any* current drive is another beast altogether. Believe me.
Duncan