There is a little thing called tolerances
There is this little thing called tolerances. On a production line every part has to fit the parts around it if they are cut to the extreme worst tolerances. Cutting production line parts for short run industrial components my tolerances run from about .003" to over .010". Every other part that fits to these parts has to be cut to a tolerance that allows the parts to fit together regardless of where in the tolerance the mating part is. This means that one finished unit might have zero clearance between two parts and another one might have .013" in the case of the two parts mentioned above. Each and every piece has to have some tolerance so the more parts that are added together the more tolerances can add together. Tolerance stack is a real issue in almost all production assemblies.
In a custom cue, even if it is the same design as fourteen other cues the custom builder has made, the cue builder hand fits each part. He can ignore production tolerances and basically fit to zero. He can also implement design features that aren't practical on a production line.
One in tens of thousands or less of production cues have all of the tolerances match up to fit everything together perfectly. That cue is indeed as good as any custom assuming quality woods and components were used. I don't like my odds of getting that cue though. If I don't get that perfect production cue it may be made "good enough" but it isn't the same as a cue fit together perfectly and may not stand the test of time even if I am happy with it new.
Top cue builders are worth every dime you pay for their cue knowing it is assembled as perfectly as they know how to assemble a cue. There are people making cues that aren't even as good as most middle and upper end production cues too. Up to the buyer to do their homework and know which they are buying.
Hu
There is this little thing called tolerances. On a production line every part has to fit the parts around it if they are cut to the extreme worst tolerances. Cutting production line parts for short run industrial components my tolerances run from about .003" to over .010". Every other part that fits to these parts has to be cut to a tolerance that allows the parts to fit together regardless of where in the tolerance the mating part is. This means that one finished unit might have zero clearance between two parts and another one might have .013" in the case of the two parts mentioned above. Each and every piece has to have some tolerance so the more parts that are added together the more tolerances can add together. Tolerance stack is a real issue in almost all production assemblies.
In a custom cue, even if it is the same design as fourteen other cues the custom builder has made, the cue builder hand fits each part. He can ignore production tolerances and basically fit to zero. He can also implement design features that aren't practical on a production line.
One in tens of thousands or less of production cues have all of the tolerances match up to fit everything together perfectly. That cue is indeed as good as any custom assuming quality woods and components were used. I don't like my odds of getting that cue though. If I don't get that perfect production cue it may be made "good enough" but it isn't the same as a cue fit together perfectly and may not stand the test of time even if I am happy with it new.
Top cue builders are worth every dime you pay for their cue knowing it is assembled as perfectly as they know how to assemble a cue. There are people making cues that aren't even as good as most middle and upper end production cues too. Up to the buyer to do their homework and know which they are buying.
Hu