New Inkjecta Specific -VS- dragonfly, etc??

[Cyberitual]

I don't own any of these rotary's that use springs and adaptable parts that support the give to there strokes, so I was wondering how much wear and tear do these systems produce on the motor? Is the motor actually working harder as the springs get heavier or have more pressure against the rotating part on the axel of the motor? To me it still seems like all these machines have something banging or pressure being forced onto the rotation part on the motor. That would seem to cause more heat and threaten the life of the motor. Don't DC motors normaly die from being choked to death in a sense? Please correct me if I have it wrong. Kinda like driving with the e brake on or towing something heavy?

[john hansen]

I don't own any of these rotary's that use springs and adaptable parts that support the give to there strokes, so I was wondering how much wear and tear do these systems produce on the motor? Is the motor actually working harder as the springs get heavier or have more pressure against the rotating part on the axel of the motor? To me it still seems like all these machines have something banging or pressure being forced onto the rotation part on the motor. That would seem to cause more heat and threaten the life of the motor. Don't DC motors normaly die from being choked to death in a sense? Please correct me if I have it wrong. Kinda like driving with the e brake on or towing something heavy?

The Specific doesn't have a direct interaction between the give setup and the motor. The slider assembly is setup similar to the Neo Tat. The adjustable give assembly is contained within the slider assembly, as opposed to above it, therefore the give spring is at constant tension, and the tension isn't transferring into the motor. I believe this is the reason the Specific makes more noise than other rotary machines. Hopefully my explanation makes sense, if not I'll describe more or draw a diagram.