well i think that one will be on JCarlton i think he is about the only dude on the planet with both in his tool box.
well i think that one will be on JCarlton i think he is about the only dude on the planet with both in his tool box.
Have a look at my machine this does the job properly you change the spring to determine how hard you want the machine to hit you change the voltage determine how quickly you want the machine hit. Each
process works independently of each other so no matter how slow you run the machine it still hits with the same power. I don't allow you to change the throw by adjustment to do this you have to change the cam(2.5mm,3.5mm and 5.0mm)
http://www.youtube.com/watch?v=9so5-dYAEfg
This is the first video uploaded I will post some more with better sound and a close up. Voltage used were 3.8v - soft spring, 4.4vsoft -medium spring ,
4.8v medium spring, 5.0v medium- hard spring and 5.8v hard spring.
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.
You might have a point with a conventional brushed motor but with Swiss motor this is not a factor that's why they cost so much I use motors from a company called Faulhaber and they assure me their motors are more than capable of doing the job. This is why most modern rotaries cost around 500 dollars as the motor alone can cost 100 dollars.
Faulhaber is what i use aswell but Brushless motors are just as fragile, The majority of there motors are made for robotics and designed to spin in both directions on a dime. Ive spoken to many of the techs there and they still suggest to not put alot of pressure down on or toward the side of the axel. But if it works it works. Just was curious...
it has arrived , woo hoo. all i can say is this thing rocks, i was kinda leary about all the reviews on the loudness of this machine ,and hoping my power supply was compatable . SCORE, for this being my first rotary, and a ton of research, my freedom2(not eagle2) works perfectly, the sound is perfect sofar , i havent opened it all the up yet , since it my day off from da studio ill have to wait till the wife gets home to try it out.
Does anyone know where inkjecta can be purchased in the u.k. ?
Bez at Triplesix was selling the Inkjecta Specific at the London convention & the website says of 18th August they're getting them in soon: http://triplesixstudios.co.uk/
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