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Post by lincoln on Jun 14, 2020 3:33:10 GMT -5
Ok mate, you know best.
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Post by aas on Jun 14, 2020 5:42:58 GMT -5
There is no hidden sense in every manufacturing error. ...but there is hidden sense in some manufacturing designs.
Mine works, that's what counts for me.
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rob2
New Member
Posts: 40
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Post by rob2 on Jun 14, 2020 7:12:27 GMT -5
There is no hidden sense in every manufacturing error. ...but there is hidden sense in some manufacturing designs. Mine works, that's what counts for me.
I was not disputing that it works. I was disputing the alleged reason.
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Post by aas on Jun 14, 2020 12:17:50 GMT -5
...but as Lincoln said, the cut out in the systainer is out of square too - it would be pretty bad luck to get it wrong twice!.. I speak only from my view point - first time with a jigsaw parallel guide that is out of square, first time with a jigsaw parallel guide that works.
But of course, it could be a manufacturing error (twice) and it just so happens to work.
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rob2
New Member
Posts: 40
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Post by rob2 on Jun 14, 2020 15:58:24 GMT -5
...but as Lincoln said, the cut out in the systainer is out of square too ... I thought you were serious so I went to check. Yes, cut out is crooked, strangely in the opposite direction of the guide. It also has 3 mm gap all around, some precision molding there . Bevel base cut out is a bit of parallelogram. Must be intentional too . Guys, don't turn it into a study of confirmation bias . The reason it tolerates slight skew, particularly with thick blade, is that the built is robust enough. With thin metal cutting blade and a guide it pulls away from the cut line just fine. In Bosch, for example, (arguably the next best thing) the shaft has rotational play some 5 degree. Compare that to P1cc shaft.
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Post by aas on Jun 15, 2020 6:15:37 GMT -5
Yep, confirmation bias - I 'believe' so it works... I knew there was a reason I spent so much on tools, thanks!
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