Some may accept or even like the lottery, but I'm one of those who insist on a zero dead pixel guarantee, so I'd never gamble on getting lucky with a knife. Thaks for the warning.
The bottom line is that if you want to get a KU knife in that style, you should go with Takeda. I've never heard of these kind of issues with Takeda's knives.
At almost double the price,plus I've heard of other QA issues with Takeda.
For example? IMO its not responsible to make claims w/o supporting cases. But its just me.
At least people complaining about Moritaka in this thread have supporting evidences.
I dunno -- sloppy epoxy work isn't the same thing as a screwed up cutting edge. The epoxy is not a performance issue. The meat of this thread seems to be about flaws that affect the ability of the knife to cut properly over time (as sharpening opens the holes). So it's about a maker who delivers a product that does not always perform the intended function the way it should.[/QUOTE
I never said it was the same thing,I was using it as an example of how even the most beloved craftsmen can produce less than perfect examples of their work.I am in no way condoning the "overgrind" issue Dave found on some of the Moritakas he's worked on,especially if it affects performance of the knife.I'd be pissed if my knife had that problem,just like I'd be pissed if I paid $300+ for a Takeda with sloppy epoxy work.
Peter
I think people have only said Takedas excess epoxy is ugly.... I don't know if I'd call it a flaw
There is nothing sloppy about the epoxy on the handle of the Takeda. It is very tidy and smooth. It is merely the way that he insures that nothing gets into the handle. As a truely hand made article some variation from piece to piece is inevitable, the blanks are not stamped out. And the performance of the knife is above reproach.
So how does a comparison to Takeda excuse the issue of over-grinding?
....how this issue (i.e. the Moritaka overgrind) is different from the high and low spots on yanagis, which is an issue that seems to be fairly common and commonly repaired.
You can't really fix the problem by creating uniformity (thinning), because in the process the entire edge would fail.
Hope that clears it up.
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