My customer has one of those irritating 200MHz Dell GXPros with 168-pin EDO RAM.

Here's the Dell requirement specs:
Architecture 64-bit, noninterleaved
DIMM capacities 16-, 32-, 64-, and 128-MB EDO
ECC
Standard 16 MB
Maximum 512 MB
buffered or unbuffered
2 or 4 clock cycles not applicable
3.3 V

What I got was two:
(16X72)
128 MB DIMM EDO
E.C.C
BUFFERED
MICRON
3.3 V

I'm out 64$ because one of the notches is off by a tiny amount, meaning the RAM is for some other obscure made-for-half-a-year proprietary PC (Compaq?).
My question is, since the RAM is both the same voltage, both ECC, both EDO, both buffered, and all metal contacts line up perfectly, is there any chance that taking a fine Dremel tool to the offending notch and then inserting it will damage the RAM slots? From what I read, most of these notches were mis-aligned to keep people from mis-matching voltages and blowing RAM.
At this point, I have to swallow a $64 loss. I don't believe the motherboard slots are in danger. I'm willing to risk blowing the RAM. Otherwise I have to spend another chunk of cash for more risky RAM.
Has anyone done this?
Will this blow things up?
Any chance in he11 this might work?