Don, I suspect that you may have some "Glocked" brass. If you have some calipers check to see of the problem cases measure out of round about 1/4 inch above the base. BTW, spin the case while measuring several points to check for roundness.
If you find that you do have cases with a mild bulge then that suggestion to purchase a Lee Factory Crimp Die is the solution. Because Lee offers a Bulge Buster Kit for the FCD that allows you to remove the crimp ring and uses the die as a push through sizing die that will iron out any bulges in the cases because it pushes the case completely through the die.
I will also note that I would not use a Bulge Busting operation more than once as a correction for Once Fired brass picked up at the range or at a gun show. Because repeated use of a Bulge Buster can cause work hardening in this critical area and in time it could weaken the brass enough to cause a case head rupture.
If you don't ever purchase once fired cases then the remaining possibility is that one of your 9mm pistols is a bit lacking in case head support. By identifying a pistol with this issue you will be able to segregate those cases for special attention. You may also want to build loads that are a bit on the light side for this pistol to minimize the bulges or just sell the pistol and use the funds to purchase a pistol with better case head support.
Finally, the 1911 pistols with internal extractors can be problematic with Extractor Tension. Too much tension can result in rounds that don't slide up under the Extractor smoothly enough and the symptom of this issue is a round that is "pinched" about halfway up the feed ramp. Too little extractor tension can cause issues with ejection and to test for this you chamber a round, remove the magazine, fire the pistol, and observe when the empty case goes. If you find the case don't eject properly or end up falling out the magazine well you need to have the extractor tuned for more tension.
Finally, semi automatic pistols that are a bit "tight" with brand new recoil springs may not really need to be "broken in" what they need are loads at or slightly above the maximum energy level. I learned this lesson first hand recently with a Sig Sauer P290-380. Out of the box too much Extractor Tension was causing feed failures about 1 in 8 round fired. Once I tuned the Extractor Tension by grinding just 0.01 inch off the Extractor Spring it started feeding just fine. However it then started producing ejection failures of every type under the sun. Last weekend I confirmed an earlier experiment and 100 rounds loaded to the absolute maximum powder charge per Hodgdon resulted in a 100% perfectly reliable function. BTW, the P290 was originally designed as a 9mm Parabellum and the 380 ACP variant features a lightened slide and a lighter recoil spring. In that process of adaption I suspect that the end result is a pistol that really needs ammunition that is constructed as close as the original design caliber as possible.
In the case of your 9mm you may have a similar issue in that the 1911 was originally designed for larger and heavier bullets. Quite simply you may find that loading with 147 grain bullets with charges near the top of the load table may result in your Springfield suddenly becoming perfectly reliable.
Finally, Springfield Armory has a superb reputation for Customer Support and rapid warranty returns. So, if you find no solution by tuning your loads higher on the Energy produced you may want to consider giving Springfield Armory a call and see what they suggest. In the event your Extractor needs tuning that is something that I recommend you let the factory do for you.
