Talk:3D Printer Design Evolution: Difference between revisions
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| (2 intermediate revisions by the same user not shown) | |||
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**If the traveling carriage is longer will it minimize rod bending? | **If the traveling carriage is longer will it minimize rod bending? | ||
**does it need an I-beam and some sort of way to hang from the beam? | **does it need an I-beam and some sort of way to hang from the beam? | ||
**could Z-axis be programmed to adjust for minor sagging? | |||
*protection for pulley belt | *protection for pulley belt | ||
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can also be made to include a foot in order to lift the threads and nuts that face downward | can also be made to include a foot in order to lift the threads and nuts that face downward | ||
[[Image:UCAprinterspacer.png|400px]] | |||
<nowiki> | <nowiki> | ||
foot_height = | foot_height = 0; | ||
width = | width = 12; | ||
depth = | depth = 12; | ||
platethickness = 3; | platethickness = 3.6; | ||
distance_from_corner = 5. | distance_from_corner = 5.1; | ||
spacerthickness = 3; | spacerthickness = 3; | ||
radiusI = 3; | radiusI = 3; | ||
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} | } | ||
echo("Thinnest point =",sqrt(pow((distance_from_corner-platethickness),2)+pow((distance_from_corner-platethickness),2))); | |||
</nowiki> | </nowiki> | ||
Latest revision as of 00:35, 2 November 2016
CNC torch table concept design comments
- Will axis sag in the middle?
- If the traveling carriage is longer will it minimize rod bending?
- does it need an I-beam and some sort of way to hang from the beam?
- could Z-axis be programmed to adjust for minor sagging?
- protection for pulley belt
Spacer Idea
in order to insure equal spacing between the frame plates, perhaps a spacer could be placed near the bracket connections
can also be made to include a foot in order to lift the threads and nuts that face downward
foot_height = 0;
width = 12;
depth = 12;
platethickness = 3.6;
distance_from_corner = 5.1;
spacerthickness = 3;
radiusI = 3;
radiusO = 6;
$fn=20;
difference()
{
union()
{
cube([(spacerthickness+distance_from_corner+depth),(spacerthickness+distance_from_corner+depth),width]);
translate([radiusO+foot_height-spacerthickness,0,0])
cylinder(r=foot_height-spacerthickness,width);
}
translate([spacerthickness+distance_from_corner,spacerthickness,0])
cube([depth,platethickness,width+2]);
translate([spacerthickness,spacerthickness+distance_from_corner,0])
cube([platethickness,depth,width+2]);
translate([spacerthickness+platethickness+spacerthickness+radiusI,spacerthickness+platethickness+spacerthickness+radiusI,0])
minkowski()
{
cube([(spacerthickness+distance_from_corner+depth),(spacerthickness+distance_from_corner+depth),width+2]); cylinder(r=radiusI,h=width);
}
difference()
{
cube([radiusO,radiusO,width+2]);
translate([radiusO,radiusO,0])
cylinder(r=radiusO,h=width+2);
}
}
echo("Thinnest point =",sqrt(pow((distance_from_corner-platethickness),2)+pow((distance_from_corner-platethickness),2)));