XYZ 120 rod connector 3.0

thingiverse

Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Using the following options: z10angle is set to zero. Outside radius measures eight units. z1angle equals zero degrees. Y2angle stays level at zero. The value of y10angle remains at zero degrees. Meanwhile, y9angle stands at a steady zero degree mark. You are also looking at a constant y3angle angle at the number 0 degree. Keep in mind that y1angle sits tall at an upward tilt of 90 degrees. z5angle reads at a flat zero on the measuring scale. Take notice as x9angle holds true with its static zero mark value. Then, there's the unchanged measure at y5angle, also reading at a constant 0 degree. Don't forget to set the angle for X10 to nothing short of zero degrees, always maintaining a spotless, flat base. z9angle stays put with the fixed measure it already holds, and the same applies for its sibling measurement x9 which does likewise. All x measurements come together here under common terms when taking part in overall calculations. This also holds true for outsideRadius being a perfect fit at number eight as well. In keeping these standard levels set they can continue making good sense on our customized tool. shape, always in the mix here and very important as such, will forever take up the shape option no matter how one tries or looks into altering them at their respective place here or later elsewhere; it stands at the very fixed point - a total of four for that matter. In your second step z2angle comes on line holding perfectly strong against wind resistance by turning firmly towards us always at a nice zero. With equal force, x2 sits tight as can be and still does not show signs whatsoever when being viewed right through even more closely here where every inch or degree really counts like before this moment of now is so utterly very clear from inside with an outside perspective for your reference point, I also must note: InsideRadius never loses ground nor its zero starting angle - ever remains steady. At that y6 position the angle in play turns no change still sits perfectly even - nothing out here changes here so don't think you're moving or not. Likewise x1 does stand very still on both of your measurements always at a complete level; meanwhile this all keeps x7 holding it at perfect angles without an extra bit. In keeping every angle to the exact point that's what holds for them as such with y8. Don't change anything: remember these specific things - this includes all and each z angle (3 & 4 both) measuring out a spot on your diagram in no way changes ever or is able to so please bear in mind that. Keep all this in check so nothing slips away because it won't move by even the least bit here if kept tight such as before with this particular value when using every tool correctly at their rightful place: