There is all that you have said, and the fact that they catch fire:
https://www.youtube.com/watch?v=kj8-wNmYJvM
But I do appreciate your attempt to make lemonade out of lemons - best of a bad lot indeed
Two can play the game is taking one single disastrous sample and extrapolating the results to the rest of the group. That does not mean the extrapolation has any solid foundation. It is similar to saying all used cars are lemons or all wall warts are defective because one failed.
For example, I can find on Newegg the following:
Pros: Great PSU, very powerful, great amp rating.
Cons: 24-Pin Mobo connector literally melted into the socket. Specifically the 12V rail for the GPU power. Not sure what happened, but it was a disappointing sight! Dealing with RMA between two different companies now.
I would not dissuade anyone from purchasing the unit, however, as the unit had documented evidence from reviews of containing good component selection and solid results in the attributes that matter. Defects are not unavoidable, but they can be minimized.
So, even with the shock and awe of one incident of catastrophic failure, what proof is there that this is prevalent on
all units and not an isolated manufacturing error. The user already report a brown liquid oozing out of the unit, which means capacitor failure.
Also, I suggest you recognize that final retail price is not an accurate indication of production costs or even wholesale pricing. Price is a heuristic when suitable information(various bits of information about electricity) is not available to the concerned party, but not a definitive indicator of quality once a certain minimum is passed. $60 is sufficient to get a superior unit compared to a CX PSU.