Prompt stringlengths 38 2.2k | Code stringlengths 7 5.77M | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a 3D street number "4" using a bold sans-serif font. The character should be 76.2mm high (3 inches) with a thickness of 8mm.
To allow for mounting, incorporate two vertical screw holes passing through the character. Position the first hole centered horizontally at the top and the second centered horizontally a... | char="4";
inchesHigh=3;
depth=8;
charX=-42;
charY=-35;
topScrew=30;
botScrew=-28;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS... | glb/cad_a120bdab425a.glb |
Create a 3D street number in the shape of an ampersand using an extrabold sans-serif font. The character should be 76.2mm high (3 inches) with a thickness of 8mm.
Center the character and incorporate two vertical screw holes passing through the body. Position the top hole at Y=30.48mm and the bottom hole at Y=-32.96m... | char="&";
inchesHigh=3;
depth=8;
charX=-34;
charY=-39;
topScrew=30;
botScrew=-32;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS... | glb/cad_2dc2059cd7b1.glb |
Create a 3D street number in the shape of a hyphen. The character should be 76.2mm high (3 inches), 8mm thick, and rendered in an extrabold sans-serif font. Center the character such that its X-coordinate is -16mm and Y-coordinate is -27mm relative to the origin.
At the origin (0,0), create a countersunk screw hole th... | char="-";
inchesHigh=3;
depth=8;
charX=-16;
charY=-27;
topScrew=0;
botScrew=0;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS=de... | glb/cad_20cf33f39806.glb |
Create a 3D street number plaque by extruding the character "." using the Open Sans Extrabold font. The character should be scaled to a height of 76.2mm (3 inches) and have a depth of 8mm.
At the top center of the character, create a countersunk screw hole. This hole consists of a narrow cylindrical shaft with a diam... | char=".";
inchesHigh=3;
depth=8;
charX=-15;
charY=-8;
topScrew=0;
botScrew=0;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS=dep... | glb/cad_a0afee60bde2.glb |
Create a 3D street number in the shape of a hash symbol (#) using a bold sans-serif font. The character should be 76.2mm high (3 inches) with a thickness of 8mm. Rotate the character 10 degrees counter-clockwise.
To allow for mounting, create two vertical screw holes passing through the character. Position the first h... | char="#";
inchesHigh=3;
depth=8;
charX=-35;
charY=-35;
topScrew=33;
botScrew=-28;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS... | glb/cad_ce397b06fcb0.glb |
Create a 3D street number "5" using a bold sans-serif font. The character should be 76.2mm high (3 inches) with a thickness of 8mm.
Center the character and carve two vertical screw holes through it: one near the top and one near the bottom. Each hole consists of a narrow shaft with a diameter of 3.6mm and a counters... | char="5";
inchesHigh=3;
depth=8;
charX=-30;
charY=-35;
topScrew=30;
botScrew=-28;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS... | glb/cad_99ff373f0bf2.glb |
Create a 3D street number "6" using a bold sans-serif font. The character should be 76.2mm high (3 inches) with a thickness of 8mm.
To allow for mounting, incorporate two vertical screw holes passing through the character. Position the first hole 30mm above the center point and the second hole 28mm below the center p... | char="6";
inchesHigh=3;
depth=8;
charX=-30;
charY=-35;
topScrew=30;
botScrew=-28;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS... | glb/cad_27ccc78a16dd.glb |
Create a 3D street number "7" using an extrabold sans-serif font. The character should be 76.2mm high (3 inches) with a thickness of 8mm.
Center the character horizontally and vertically such that two screw holes can be placed along the vertical centerline. Create two countersunk holes for #6 sheet metal screws: one ... | char="7";
inchesHigh=3;
depth=8;
charX=-25;
charY=-35;
topScrew=30;
botScrew=-28;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS... | glb/cad_2ed2e446cce0.glb |
Create a 3D street number "8" using an extrabold sans-serif font. The character should be scaled to a height of 76.2mm (3 inches) with a thickness of 8mm.
Center the character and carve two vertical screw holes through it. Each hole consists of a cylindrical shaft with a diameter of 3.6mm and a conical countersink at... | char="8";
inchesHigh=3;
depth=8;
charX=-30;
charY=-35;
topScrew=33;
botScrew=-28;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS... | glb/cad_42819d3a9f25.glb |
Create a 3D street number "9" using a bold sans-serif font. The character should be 76.2mm high (3 inches) with a uniform thickness of 8mm.
Center the character and carve two vertical screw holes through it. Each hole consists of a narrow shaft with a diameter of 3.6mm and a countersunk head. The countersink is a con... | char="9";
inchesHigh=3;
depth=8;
charX=-30;
charY=-36;
topScrew=30;
botScrew=-28;
height=8;
screwWid=3.6;
screwTop=6.78;
screwCon=5.08;
fName="Open Sans Extrabold";
holeFloor=0.1;
scaleFactor=inchesHigh / 3;
cX=charX * scaleFactor;
cY=charY * scaleFactor;
tS=topScrew * scaleFactor;
bS=botScrew * scaleFactor;
oS... | glb/cad_304023f4b714.glb |
Create a Dice Tower Construction Kit component by starting with a main cylinder 28.5mm high with a radius of 50mm. Hollow out the center by removing a cylinder with a radius of 42.5mm that extends from 12.5mm below the base to the top. Remove a ring-shaped volume from the center by rotating a circle with a 7.5mm radius... | union(){
difference(){
cylinder(h=28.5, r=50.0, $fn=64);
translate(v=[0, 0, -12.5]){
cylinder(h=50, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
translate(v=[0, 0, 3.5]){
... | glb/cad_621086267599.glb |
Create a Dice Tower Construction Kit component by starting with a main cylinder 28.5mm high with a radius of 50mm. Hollow out the center by removing a cylinder with a radius of 42.5mm that extends from -12.5mm to 50mm in height. Remove a ring-shaped volume from the main body by rotating a circle with a 7.5mm radius aro... | union(){
difference(){
cylinder(h=28.5, r=50.0, $fn=64);
translate(v=[0, 0, -12.5]){
cylinder(h=50, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
translate(v=[0, 0, 3.5]){
... | glb/cad_3e35f73d5479.glb |
Create a DiceTowerConstructionKit component by starting with a main cylinder that has a height of 21.18mm and a radius of 50mm. Hollow out the center by removing a smaller cylinder with a radius of 42.5mm and a height of 35.36mm, positioned 8.84mm below the base.
Further modify the main body by removing a torus-like ... | union(){
difference(){
cylinder(h=21.17766952966369, r=50.0, $fn=64);
translate(v=[0, 0, -8.838834764831844]){
cylinder(h=35.35533905932738, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
... | glb/cad_314b37e8e3a6.glb |
Create a Dice Tower Construction Kit component by starting with a main cylinder 60mm high with a 50mm radius. Hollow out the center by removing a cylinder with a 42.5mm radius that extends from -30mm to 90mm. Create a circular ring-shaped cutout around the exterior at a height of 3.5mm by revolving a circle with a 7.5m... | union(){
difference(){
cylinder(h=60.0, r=50.0, $fn=64);
translate(v=[0, 0, -30.0]){
cylinder(h=120.0, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
translate(v=[0, 0, 3.5]){
... | glb/cad_22a93a16ff70.glb |
Create a Dice Tower Construction Kit component by starting with a main cylinder 75.36mm high with a radius of 50mm. Hollow out the center by removing a smaller concentric cylinder with a radius of 42.5mm. To create a decorative ring, remove a torus-like volume formed by rotating a circle of radius 7.5mm centered 39.4mm... | union(){
difference(){
cylinder(h=75.35533905932738, r=50.0, $fn=64);
translate(v=[0, 0, -37.67766952966369]){
cylinder(h=150.71067811865476, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
... | glb/cad_e97553331fb1.glb |
Create a Dice Tower Construction Kit component by starting with a main cylinder 31mm tall with a radius of 50mm. Remove a central cylindrical core from this shape with a radius of 42.5mm, extending it from -13.75mm to 41.25mm along the Z-axis. To create the inner rim, remove a smaller cylinder with a radius of 46.9mm a... | union(){
difference(){
cylinder(h=31.0, r=50.0, $fn=64);
translate(v=[0, 0, -13.75]){
cylinder(h=55.0, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
translate(v=[0, 0, 3.5]){
... | glb/cad_9b9ffde5a554.glb |
Create a Dice Tower Construction Kit component. Start with a main cylinder 28.5mm high with a radius of 50mm. Hollow out the center by removing a cylinder with a radius of 42.5mm that extends from -12.5mm to 50mm.
Add a circular ring feature by removing a torus-like shape created by rotating a circle of radius 7.5mm ... | union(){
difference(){
cylinder(h=28.5, r=50.0, $fn=64);
translate(v=[0, 0, -12.5]){
cylinder(h=50, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
translate(v=[0, 0, 3.5]){
... | glb/cad_145c4ae2761d.glb |
Create a Dice Tower Construction Kit component by starting with a main cylinder 17.64mm high with a radius of 50mm. Remove a central cylindrical core with a radius of 42.5mm that extends from -7.07mm to the top. Carve out a circular ring from the main body by creating a torus-like void using a circle with a 7.5mm radiu... | union(){
difference(){
cylinder(h=17.64213562373095, r=50.0, $fn=64);
translate(v=[0, 0, -7.0710678118654755]){
cylinder(h=28.284271247461902, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};... | glb/cad_5d0d9fa165da.glb |
Create a Dice Tower Construction Kit component by starting with a main cylinder 33.5mm high with a radius of 50mm. Hollow out the center by removing a cylinder with a radius of 42.5mm that extends from 15mm below the base to the top. Remove a ring-shaped volume from the bottom by subtracting a cylinder with a radius of... | union(){
difference(){
cylinder(h=33.5, r=50.0, $fn=64);
translate(v=[0, 0, -15.0]){
cylinder(h=60, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
translate(v=[0, 0, 3.5]){
... | glb/cad_ea7ffde4f99d.glb |
Create a Dice Tower Construction Kit component consisting of a hollowed cylindrical shell with internal geometric features. Start with a main cylinder 48.5mm high with a radius of 50mm. Remove a central cylindrical core with a radius of 42.5mm and a height of 90mm, positioned to start 22.5mm below the base.
Create a ... | union(){
difference(){
cylinder(h=48.5, r=50.0, $fn=64);
translate(v=[0, 0, -22.5]){
cylinder(h=90.0, r=42.5, $fn=64);
};
union(){
translate(v=[0, 0, -1]){
cylinder(h=4.5, r=46.9, $fn=64);
};
translate(v=[0, 0, 3.5]){
... | glb/cad_0a0fd994dbf0.glb |
Create a solid cylinder with a radius of 10mm and a height of 20mm. Ensure the cylinder is rendered with a facet resolution of 50 sides to maintain a smooth circular profile. | $fn=50;
cylinder(); | glb/cad_02031c7ff917.glb |
Create a 3D model of a sphere for a lightning talk presentation. The sphere should be centered at the origin with a radius of 5mm and a fragment resolution of 50 facets to ensure a smooth, rounded surface. | $fn = 50;
sphere(); | glb/cad_b9b63a06ed2d.glb |
Create two identical cones, each with a base radius of 5mm and a height of 20mm. Position the first cone with its base centered at the origin. Place the second cone so that its base center is offset by 5mm along the x-axis from the first. Ensure both cones are oriented vertically. | $fn=50;
cylinder(h=20, r1=5, r2=0);
translate([5, 0, 0]) cylinder(h=20, r1=5, r2=0); | glb/cad_fe179611b0ed.glb |
Create a model of two identical cones. Each cone must have a base radius of 5mm and a height of 20mm, tapering to a point. Position the first cone with its center at the origin. Position the second cone so that its center is offset by 5mm along the x-axis, such that the edge of its base touches the center point of the ... | $fn=50;
union() {
cylinder(h=20, r1=5, r2=0);
translate([5, 0, 0]) cylinder(h=20, r1=5, r2=0);
} | glb/cad_dffdd7163d40.glb |
Create a 3D model of a lightning talk symbol by constructing a single vertical cylinder. The cylinder should have a height of 20mm and be rendered with a facet resolution of 50 sides to ensure a smooth circular profile. | $fn=50;
cylinder(20); | glb/cad_05c35b68fbea.glb |
Create a lightning talk cone by constructing a right circular cone with a height of 20mm and a base radius of 5mm, tapering to a sharp point at the top. Ensure the circular base is rendered with a resolution of 50 facets. | $fn=50;
cylinder(h=20, r1=5, r2=0); | glb/cad_90ae4482e308.glb |
Create a lightning talk model by constructing a cone with a height of 20mm and a base radius of 5mm, tapering to a point at the top. From this primary cone, remove a second identical cone of the same 20mm height and 5mm base radius, but shift the center of the second cone 5mm along the x-axis so that its edge aligns wi... | $fn=50;
difference() {
cylinder(h=20, r1=5, r2=0);
translate([5, 0, 0]) cylinder(h=20, r1=5, r2=0);
} | glb/cad_889482f27bbf.glb |
Create a 3D model of a lightning talk symbol by finding the intersection of two identical cones. Each cone must have a height of 20mm and a base radius of 5mm, tapering to a point at the top. Position the first cone with its center at the origin. Position the second cone so its center is offset by 5mm along the x-axis.... | $fn=50;
intersection() {
cylinder(h=20, r1=5, r2=0);
translate([5, 0, 0]) cylinder(h=20, r1=5, r2=0);
} | glb/cad_8816878c7a40.glb |
Create a 3D model of a lightning bolt symbol by combining two identical cones. First, create a cone with a base radius of 5mm and a height of 20mm, tapering to a point. Then, create a second identical cone with a base radius of 5mm and a height of 20mm, and rotate it 45 degrees around the Z-axis so that it intersects t... | $fn=50;
cylinder(h=20, r1=5, r2=0);
rotate([45, 0, 0]) cylinder(h=20, r1=5, r2=0); | glb/cad_ff86882a9128.glb |
Create a lightning talk model by constructing a cone with a height of 20mm and a base radius of 5mm. Position the cone so that its tip points upward. Remove a second identical cone from the first, but shift the second cone 5mm along the x-axis so that its center is offset from the first. The resulting shape should be a... | $fn=50;
rotate([0, 0, -90]) difference() {
cylinder(h=20, r1=5, r2=0);
translate([5, 0, 0]) cylinder(h=20, r1=5, r2=0);
} | glb/cad_4918b62e1b75.glb |
Create a 3D model of a lightning bolt symbol. First, construct a cone with a base radius of 5mm and a height of 20mm, tapering to a point. Next, create a second cone with the same dimensions—a base radius of 5mm and a height of 20mm—but scale it non-uniformly to be twice as wide along the x-axis, half as wide along the... | $fn=50;
cylinder(h=20, r1=5, r2=0);
translate([5, 0, 0]) scale([2, 1/2, 2/3]) cylinder(h=20, r1=5, r2=0); | glb/cad_a20203f094d6.glb |
Create a 3D printer project part by constructing a tiered cylindrical object. Start by forming a main central cylinder with a diameter of 50mm and a height of 10mm. Attach a wider, thin base cylinder to the bottom of this main body with a diameter of 61mm and a height of 2mm. To finish the part, remove a central cylind... | $fa = 1;
difference() {
union() {
cylinder(h=10,d=50);
cylinder(h=2,d=61);
}
cylinder(h=10,d=29);
cylinder(h=2,d=37);
} | glb/cad_d26bee3ffdad.glb |
Create a 3D printer project hook with a uniform thickness of 5mm and a total width of 66mm. Start by constructing a base rectangular plate that is 50mm long, 66mm wide, and 5mm thick. From one end of this plate, extend a second rectangular section perpendicular to the first, measuring 50mm in length, 66mm in width, and... | hookwidth = 66;
hookthick = 5;
hooktop = 50;
hooklatch = 100;
hookfront = 60;
hookback = 50;
hooktip = 10;
rotate ([90,0,0]) union ()
{
cube ([hooktop + hookthick,hookwidth,hookthick]);
rotate ([0,90,0]) cube ([hookback,hookwidth,hookthick]);
rotate ([0,90,0])
{
translate ([-hookthick,0,hooktop + hookthick])
... | glb/cad_3bba799306ad.glb |
Create a Digital-Clock case consisting of a front shell, a back shell, and an internal mounting plate.
For the front shell, create a hollow cube with outer dimensions of 54.2mm x 54.2mm x 54.2mm and a wall thickness of 1.05mm. On the front face, center a square window of 50mm x 50mm with a thickness of 2.5mm. Inside ... | $fn = 12;
DC_wt = 1.05;
DC_bt = 1.40;
DC_ws = 0.25;
DC_sd = 2.00;
DC_hd = 1.50;
DC_vd = 2.00;
PW_xy = 50.0;
PW_z = 2.5;
DS_l = 50.2;
DS_h = 8;
DS_wd = 19.0;
DS_wb = 27;
DS_hx = 43.3;
DS_hy = 22.74;
LS_h = 6;
LS_ds = 3;
LS_dm = 6;
CW_wt = 1.05;
CW_wx = 4.0;
CW_wy = 10.0;
NM_bl = 48.4;
NM_dx = 20.5;
NM_dy = 43.... | glb/cad_7680739f9995.glb |
Create a hypercube modification mount. Start with a base plate that is a 20mm by 20mm square with a thickness of 2mm. At the bottom left, add a rectangular block extending downwards that is 10mm wide, 8mm deep, and 6mm high. On top of the base plate, add a smaller rectangular section that is 10mm wide and 10mm deep wit... | $fn=64;
module mount_piles(height = 6, d_add = 0) {
for(x=[-21/2,21/2]) {
for(y=[2,14.5]) translate([x,y+0.5,0]) cylinder(d=1.9+d_add,h=height,center=false);
}
}
module screw_mount() {
translate([15,5,-50]) cylinder(d=3.5,h=100,center=false);
translate([-15,20,-50]) cylinder(d=3.5,h=100,center=false... | glb/cad_8872812532d7.glb |
Create a Titan extruder mount for a Hypercube 3D printer. Start with a main body consisting of a rectangular base 29mm wide, 50.75mm deep, and 3mm thick. Add a vertical support wall 3mm wide, 49mm deep, and 57mm high, positioned 10mm from the left edge of the base. If a fan mount is required, add a small rectangular bl... | $fn = 90;
fan_mount = 1;
front = 2;
motor_x = 129;
motor_y = -24;
motor_z = 173;
module titan_mount() {
difference() {
translate([motor_x,motor_y,motor_z]) rotate([0,0,180]) titan_mount_3d_touch();
translate([129-5,0,194.5-10]) rotate([0,90,0]) {
translate([0,0,-20]) screw();
transla... | glb/cad_3594f154f732.glb |
Create a belt hold mount by starting with a vertical rectangular base that is 7mm wide, 5mm deep, and 34mm tall. Attach two smaller rectangular blocks to the front face of this base; each block must be 7mm wide, 5mm deep, and 6mm tall. Position the first block with its bottom edge at -8.5mm on the Z-axis and the second... | $fn=64;
module m3_mount(length=10,top_cut=0) {
cylinder(d=6.2,h=3.2,center=false);
cylinder(d=3.5,h=length,center=false);
if(0 != top_cut) {
intersection() {
cylinder(d=6.2,h=10,center=false);
union() {
translate([0,0,3.2+0.09]) cube([3.5,10,0.2],true);
translat... | glb/cad_e7b64686a440.glb |
Create a 2020 pin for a hypercube modification. Start by constructing a main rectangular block that is 16mm wide, 4mm deep, and 25mm tall. Attached to this, add a second rectangular block measuring 5mm wide, 2mm deep, and 20mm tall, positioned at the top. Finally, add a third rectangular block measuring 5mm wide, 16mm ... | $fn=64;
modules = 0;
module rails() {
translate([-30,0,0]) cube([30,100,30],false);
translate([5,60,-14]) cube([30,20,20],false);
}
module endstop() {
difference() {
union() {
color([1,0,0]) cube([10,1.5,33],false);
color([1,1,1]) translate([0,-7,27]) cube([10,7,6],false);
c... | glb/cad_dac8d046576d.glb |
Create a stepper motor mount for a hypercube. The base is a complex polygonal plate with a total height of 52mm (composed of a 6mm base and a 46mm upper section). The footprint is defined by a polygon with vertices at [-0.5, -34.75], [7, -34.75], [28, -13.75], [28, 31.75], [23, 36.75], [-12, 36.75], [-12, -2.25], [-28,... | $fn=90;
z_offset = 7;
module stepper_mount_base() {
translate([0,0,-1+z_offset]) linear_extrude(6) offset(r=1) offset(r=-1)
polygon([[-0.5,-34.75],[7,-34.75],[28,-13.75],[28,29.75+2],[23,34.75+2],
[-12,36.75],[-12,-2.25],
[-28,-2.25],[-28,-7.25],[-0.5,-7.25]]);
translate([0,0... | glb/cad_0877e0fc5ceb.glb |
Create a hypercube modification block by starting with a base shape formed from two merged extruded polygons. The first is a 10mm tall extrusion of a polygon with vertices at [-7.5, -6], [7.5, -6], [7.5, 5], [5, 6], [-5, 6], and [-7.5, 5]. The second is a 1.6mm tall extrusion of a polygon with vertices at [-7.5, -6], [... | $fn=60;
difference() {
union() {
linear_extrude(10) offset(r=1) offset(r=-1) polygon([[-7.5,-6],[7.5,-6],[7.5,5],[5,6],[-5,6],[-7.5,5]]);
linear_extrude(1.6) offset(r=1) offset(r=-1) polygon([[-7.5,-6],[7.5,-6],[7.5,5],[5,6],[5,14],[-5,14],[-5,6],[-6,5]]);
}
translate([0,0,-0.1]) cylinder(d=10.3,... | glb/cad_bd8a9011b4ba.glb |
Create a hypercube modification part by starting with a base plate formed from a 2D polygon with vertices at (-17.5, -17.5), (17.5, -17.5), (31.5, -3.5), (31.5, 3.5), (17.5, 17.5), (-17.5, 17.5), (-31.5, 3.5), and (-31.5, -3.5), extruded to a height of 12mm with rounded corners of radius 5mm. From this main body, remov... | $fn=90;
module y_rail_mount() {
cylinder(d=6.2,h=3.2,center=false);
cylinder(d=3.5,h=100,center=false);
translate([0,0,3.3]) cube([8,3.5,0.21],true);
translate([0,0,3.5]) cube([3.5,3.5,0.21],true);
}
difference() {
linear_extrude(12) offset(r=5) offset(r=-5)
polygon([[-17.5,-17.5],[17.5,-17.5],[31... | glb/cad_1ee40112bda4.glb |
Create a hypercube electronics case. Start with a main outer rectangular body measuring 154mm in width, 67mm in depth, and 100mm in height. Hollow out the center to create a wall thickness of 2mm, leaving an internal cavity of 150mm by 63mm.
On the front face, create a rectangular cutout for an LCD screen measuring 99... | $fn=64;
top_module = 0;
wall = 2;
pcb_spacing = 1;
pcb_x = 150;
pcb_y = 63;
cover_x = pcb_x + 2*pcb_spacing + 2*wall;
cover_y = pcb_y + 2*pcb_spacing + 2*wall;
module case_outer() {
translate([0,0,-25]) cube([cover_x, cover_y, 100], true);
}
module case() {
difference() {
union() {
difference(... | glb/cad_757a76fa7460.glb |
Create a hypercube fan mount. Start with a base plate that is a 41mm square with a thickness of 2mm, centered on the origin. On top of this base, center a 26mm square block with a height of 31mm.
Add a cylindrical housing to the top of the block; this housing should be a cylinder with a 26mm diameter and a height of ... | $fn=90;
module v6_4010_fan() {
difference() {
union() {
hull() {
translate([0,0,1]) cube([41,41,2],true);
translate([0,0,7.5+4]) cube([26,26,1],true);
}
translate([0,0,27.49]) cube([26,26,31],true);
hull() {
translate([0,0,43]) rotate([0,... | glb/cad_5f02378e63a2.glb |
Create a bed bracket for a hypercube modification. Start by constructing a base shape using a convex hull that encompasses four vertical cylinders with a diameter of 6mm and a height of 25mm, positioned at coordinates (-10, -12, 0), (10, -12, 0), (-10, 0, 0), and (10, 0, 0). Integrate a fifth cylinder into this hull wi... | $fn=64;
module bed_bracket_55() {
difference() {
union() {
hull() {
translate([-10,-12,0]) cylinder(d=6,h=25,center=false);
translate([10,-12,0]) cylinder(d=6,h=25,center=false);
translate([-10,0,0]) cylinder(d=6,h=25,center=false);
translate([10,0,0]) ... | glb/cad_dfe8667d156a.glb |
Create a hypercube base by constructing a main rectangular block 32mm wide, 11mm deep, and 5mm high. Add a vertical wall on the left side that is 5mm wide, 20mm high, and 2mm thick, positioned at the left edge. Mirror this wall on the right side, but shift it 14mm to the right. On the top surface, place two cylinders w... | $fn=64;
difference() {
union() {
translate([-16,0,0]) cube([32,5,20],false);
translate([-16,0,0]) rotate([180,-90,0]) linear_extrude(2) polygon([[5,11],[5,0],[20,0]]);
translate([14,0,0]) rotate([180,-90,0]) linear_extrude(2) polygon([[5,11],[5,0],[20,0]]);
translate([-16,-11,0]) cube([32,11,... | glb/cad_bda2fe5f28eb.glb |
Create a hypercube modification part by constructing a composite base and removing a central hole. Start by forming a base that combines two extruded polygons: one with a height of 0.6mm based on a shape defined by vertices at [0,0], [23.5,0], [23.5,6], [17,6], [14,8.5], and [0,8.5], and a second overlapping section wi... | $fn=60;
difference() {
union() {
linear_extrude(0.6) offset(r=1) offset(r=-1) polygon([[0,0],[23.5,0],[23.5,6],[17,6],[14,8.5],[0,8.5]]);
linear_extrude(1.6) offset(r=1) offset(r=-1) polygon([[14,0],[23.5,0],[23.5,6],[17,6],[14,8.5]]);
translate([4.25,4.25,0.6]) cylinder(d=5,h=0.4,center=false);
... | glb/cad_65651c0becb0.glb |
Create a bowden wrench tool by constructing a vertical assembly of three main sections. Start with a base mouth section consisting of a cylinder 14mm in diameter and 12mm high, centered on the origin. Remove a 12mm diameter cylindrical core from this base, and also remove a hexagonal prism with a flat-to-flat width of ... | bowden_wrench();
module bowden_wrench() {
outside=14;
inside=12;
stem_offset = 7;
mouth_height = 12;
difference() {
union(){
difference(){
cylinder(h=mouth_height, d=outside, $fn=200, center=true);
cylinder(h=mouth_height+1, d=inside, $fn=6, cen... | glb/cad_abc038991b37.glb |
Create a 2020 AC socket mount. Start with a central cube measuring 65mm x 4mm x 65mm, centered on the origin. Add two rectangular blocks measuring 2mm x 40mm x 65mm, positioned symmetrically at x = 31.5 and x = -31.5, and two thin plates measuring 61mm x 40mm x 2mm positioned at the top and bottom (z = 31.5 and z = -31... | include <vars.scad>;
PART = "2020_ac_socket";
if (PART == "2020_ac_socket") {
color("skyblue")
2020_ac_socket();
}
if (PART == "2020_ac_socket_cover") {
color("skyblue")
2020_ac_socket_cover();
}
module 2020_ac_socket_cover() {
difference() {
union() {
translate([0,41,0]) cube([65,2... | glb/cad_b6e23d93a279.glb |
Create a 3D model of a printer component by starting with a solid rectangular block measuring 25mm in width, 10mm in depth, and 23mm in height, centered at coordinates (2.5, 0, 2.5). From this main body, remove a smaller central rectangular volume measuring 20.1mm in width, 10.1mm in depth, and 20.1mm in height, center... | difference() {
translate([2.5, 0, 2.5]) cube([25, 10, 23], center=true);
translate([0, 0, 0]) cube([20.1, 10.1, 20.1], center=true);
translate([15, 0, 0]) rotate([0, 90, 0]) cylinder(h=10, d=4.5, center=true, $fn=120);
} | glb/cad_aaf7cc3043af.glb |
Create a 2020 X Pulley Mount Assembly Offset One. Start by constructing the pulley mount offset base, which features a combination of 2020 mount plates and a central rectangular block measuring 6mm by 6mm by 40mm. Integrate a horizontal brace by creating a hull that connects a cylinder with a 12mm diameter and 8mm heig... | include <vars.scad>;
use <M5.scad>;
use <g2.scad>;
use <2020_mount_plate.scad>;
brace_thickness = 8;
PART = "2020_x_pulley_mount_assembly_offset_one";
if (PART == "2020_x_pulley_mount_assembly_one") {
pully_height = 5;
pully_width=6.5;
washer_height = (brace_thickness + 1)/2;
nut_height = 0 - (brace_thicknes... | glb/cad_b033c9de1f0f.glb |
Create a 3D printer Y-pulley mount assembly. Start by constructing the main mount body, which consists of two perpendicular 20x20mm mount plates, each 6mm thick, joined by a central 6x6x40mm rectangular block. Add a rectangular slide run measuring 32x6x24mm and a larger outer horizontal slide run of 28x46x24mm. From th... | include <vars.scad>;
use <M5.scad>;
use <g2.scad>;
use <2020_mount_plate.scad>;
brace_thickness = 8;
PART = "2020_y_pulley_mount_assembly";
if (PART == "2020_y_pulley_mount_assembly") {
brace_offset = 0;
brace_length = 26;
pully_x = -18;
pully_y = 18;
pully_height = 4;
pully_width=6.5;
washer_height = ... | glb/cad_adc45c437ac6.glb |
Create a 3D printer pulley tensioner assembly. Start by constructing a pulley mount consisting of a central 4mm by 4mm by 24mm rectangular pillar joined to two 20mm by 4mm by 24mm mounting plates positioned perpendicularly. Add a rectangular slide run measuring 32mm by 4mm by 24mm and a larger outer block measuring 28m... | include <vars.scad>;
use <M5.scad>;
use <g2.scad>;
use <2020_mount_plate.scad>;
use <2020_y_pulley_mount.scad>;
brace_thickness = 8;
PART = "open_pulley_slide";
if (PART == "2020_y_pulley_tensioner_assembly") {
brace_offset = 0;
brace_length = 26;
pully_x = -18;
pully_y = 18;
pully_height = 4;
pully_widt... | glb/cad_f720252a82ed.glb |
Create a z-axis bearing holder for a 3D printer. Start by constructing a central cylindrical ring with an outer diameter of 37mm and an inner hole diameter of 23mm, both with a height of 7mm. To this ring, attach two rectangular mounting plates, each 4mm thick. Position the first plate horizontally, extending from the ... | include <vars.scad>;
include <2020_mount_plate.scad>;
include <608zz_bearing.scad>;
PART = "z_axis_bearing_holder";
if (PART == "z_axis_bearing_holder") {
color(part_color)
z_axis_bearing_holder();
}
if (PART == "z_axis_bearing_holder_assembly") {
color(part_color)
z_axis_bearing_holder();
color("grey")
... | glb/cad_985e14f95f7a.glb |
Create a 3D printer Z-axis carriage. Start by constructing a central mounting plate that is 45mm wide, 8mm thick (two 4mm layers), and 40mm deep. Within this plate, create cutouts for SCS10UU linear bearing holes.
Build upon this plate by adding a corner plate section that is 4mm thick and 22mm wide. Integrate a serie... | include <vars.scad>;
use <2020_extrusion.scad>;
use <2020_corner_plate.scad>;
use <linear_bearings.scad>;
use <pivot_nut_holder.scad>;
PART = "2020_z_carriage";
size=120;
if (PART == "2020_z_carriage_assembly") {
plate_thickness = 4;
rail_offset = 47 + plate_thickness;
translate([105,10+rail_offset,0]) r... | glb/cad_82ac65b9efae.glb |
Create a 2020 Z-carriage belt clamp assembly. Start by constructing a base mount plate with a height of 5mm and a width of 20mm. To this, add a central rectangular block measuring 5mm by 25mm by 36mm, centered at the origin.
Integrate four cylinders into the structure: two pairs of cylinders with a diameter of 5mm and... | include <vars.scad>;
use <M5.scad>;
use <g2.scad>;
use <2020_mount_plate.scad>;
PART = "2020_z_carriage_belt_clamp_assembly";
if (PART == "2020_z_carriage_belt_clamp_assembly") {
color(part_color) 2020_z_carriage_belt_clamp();
color("red",0.5){
translate([1, 15, 14.25]) z_belt_clamp();
translate([1, 15,-... | glb/cad_60c61b49fbbd.glb |
Create a pivot mount for a 3D printer z-axis carriage. Start with a central body formed by the union of a 30mm x 2mm x 18mm rectangular block (centered on the X and Z axes) and a hull connecting a cylinder with a 10mm diameter and 6mm height to a 29mm x 2mm x 6mm rectangular block.
From this combined volume, remove se... | include <vars.scad>;
use <2020_extrusion.scad>;
use <height_lever.scad>;
use <608zz_bearing.scad>;
use <linear_bearings.scad>;
use <pivot_nut_holder.scad>;
PART = "2020_z_carriage_v1";
size=120;
if (PART == "2020_z_carriage_v1") {
2020_z_carriage_v1();
translate([95,0,0]) rotate([0,90,0]) color("skyblue"... | glb/cad_f4ba761e9d53.glb |
Create a 2020 bronze bearing holder. Start by combining a 2020 mount plate with a cylinder that has a diameter of 22mm and a height of 18mm, centered at the position [0, 12, 0]. Integrate two rectangular blocks into this assembly: one measuring 15mm by 4mm by 18mm centered at [0, 2, 0], and another measuring 11mm by 12... | include <vars.scad>;
use <bronze_bearing.scad>;
use <2020_mount_plate.scad>;
PART = "2020_bronze_bearing_holder";
if (PART == "2020_bronze_bearing_holder") {
rotate([90, 00, 0])
2020_bronze_bearing_holder();
}
module 2020_bronze_bearing_holder() {
color("blue")
difference(){
union() {
rotate([0... | glb/cad_09a39423b4a6.glb |
Create a 3D printer z-axis connector. Start with a central cylinder that has a diameter of 22mm and a height of 9mm, centered on the origin. Attach a rectangular mounting plate to the side of this cylinder; the plate should be 20mm wide and 4mm thick, positioned so it is offset from the center by 1.5mm plus half the di... | include <vars.scad>;
include <2020_mount_plate.scad>;
PART = "2020_z_connector";
size=120;
if (PART == "2020_z_connector") {
2020_z_connector();
}
module 2020_z_connector() {
carriage_nut_od=10;
carriage_nut_height=9;
carriage_nut_flange=22;
space=1.5;
wall=4;
plate_width=20;
carriage_nut_mount_ho... | glb/cad_5f18f390db70.glb |
Create a 3D printer z-axis mount spacer consisting of two primary interlocking components.
First, create a main block with dimensions 40mm width, 13mm depth, and 35mm height, centered on the origin. Add a rectangular tab to this block measuring 40mm by 21mm by 13mm, centered at [0, -6, 0]. From this combined volume, ... | include <vars.scad>;
use <2020_mount_plate.scad>;
use <linear_bearings.scad>;
PART = "2020_z_mount_spacer";
size=120;
if (PART == "2020_z_mount_spacer") {
color(part_color, 1) 2020_z_mount_spacer_a();
color("green", 1) 2020_z_mount_spacer_b();
color("lightgrey",0.35) translate([0,19.5, 0]) cylinder(h=50, d=10... | glb/cad_10cb6ff2140b.glb |
Create a 2020 Z Pulley Mount assembly. Start by constructing a mount plate consisting of two vertical rectangular plates, each 20mm wide and 5mm thick, joined at a right angle. Each plate should have three circular holes with a diameter of 4mm, positioned at the center and at offsets of 20mm above and below the center.... | include <vars.scad>;
use <M5.scad>;
use <g2.scad>;
use <2020_mount_plate.scad>;
brace_thickness = 8;
brace_length=15;
brace_rise = 0;
pully_width=10;
brace_length=15;
holder_offset=-0;
PART = "2020_z_pulley_mount_assembly";
if (PART == "2020_z_pulley_mount_assembly") {
washer_height = (pully_width)/2+1.5;
nut_he... | glb/cad_5088295a5431.glb |
Create a 2020 Z-tensioner carriage assembly consisting of a carriage, a slide, an axle, a drive gear, and a mounting bolt.
First, construct the carriage. Create a central body by combining a 30mm x 30mm x 5mm rectangular block with a cylinder of 30mm diameter and 11mm height. Add a top section by blending a 30mm x 5mm... | include <vars.scad>;
use <M5.scad>;
PART = "2020_z_tensioner_carriage_assembly";
if (PART == "2020_z_tensioner_carriage_assembly") {
color("black",0.25)
translate([0, 31.5, 0,]) rotate([90, 0, 0])
M5_bolt(length=40, hex=true);
color("orange",0.25) 2020_z_tensioner_carriage_axle();
color("grey", 0,25) ... | glb/cad_37ede12ba7ad.glb |
Create a 608zz bearing mount. Start by constructing a central cylindrical peg with a diameter of 21.8mm and a height of 11mm, centered on the origin. Surround this peg with a larger, thin cylindrical flange that has a diameter of 26.8mm and a height of 4mm, also centered on the origin. Integrate these components into a... | include <vars.scad>;
PART = "608zz_bearing";
if (PART == "608zz_bearing") {
rotate([0,0,90]) 608zz_mount();
}
if (PART == "608zz_mount") {
rotate([0,0,90]) 608zz_mount();
}
module 608zz_bearing() {
bearing_height=7;
bearing_od=22;
bearing_id=8;
color("white")
difference() {
cylind... | glb/cad_eca73e9ffb01.glb |
Create a bronze bearing by constructing a hollow cylinder. Start with a solid outer cylinder that has a diameter of 16mm and a height of 15mm. Center this cylinder on all axes. Then, remove a smaller concentric cylinder from the center to create a hole with a diameter of 10mm and a height of 16mm, ensuring the hole pas... | include <vars.scad>;
PART = "bronze_bearing";
if (PART == "bronze_bearing") {
rotate([0, 0, 45])
bronze_bearing();
}
module bronze_bearing(id=10, od=16, length=15) {
color("DarkGoldenrod")
difference(){
cylinder(h=length, d=od, $fn=200, center=true);
cylinder(h=length+1, d=id, $fn=200, center=t... | glb/cad_c1b34b330a64.glb |
Create a smooth pulley by constructing a central cylindrical body with a height of 6.5mm and a diameter of 12mm. Add two thin, flat circular flanges to the top and bottom of this central cylinder; each flange must have a diameter of 18mm and a thickness of 1mm, positioned so they are flush with the ends of the central ... | include <vars.scad>;
PART = "g2_smooth_pulley";
if (PART == "g2_smooth_pulley") {
g2_smooth_pulley();
}
module g2_smooth_pulley(h=6.5) {
difference() {
union() {
translate([0, 0, (h/2)+1]) cylinder(h=h, d=12, center=true, $fm=100);
translate([0, 0, 0.5]) cylinder(h=1, d=18, center=true, $fm=100... | glb/cad_712d52463bf0.glb |
Create a glass holder side piece with a total height of 3.5mm and a length of 20mm. Start by forming a base shape that is the intersection of a cylinder with a diameter of 20mm and a cube with a side length of 20mm, both centered. Within this volume, integrate a secondary cylinder with a diameter of 11mm and a height o... | include <vars.scad>;
PART = "glass_holder_side";
if (PART == "glass_holder_side") {
rotate([0, 0, 45])
glass_holder_side();
}
if (PART == "glass_holder_side_round") {
rotate([0, 0, 45])
glass_holder_side(fn=360);
}
if (PART == "glass_holder_corner") {
glass_holder_corner();
}
module glass_holde... | glb/cad_f33149277f16.glb |
Create an LCD mount for a 2020 extrusion rail. Start with a central rectangular rail mount block measuring 8mm wide, 25mm deep, and 25mm high. Remove a central rectangular notch from this block that is 9mm wide, 20.1mm deep, and 20.1mm high to accommodate the rail.
Attach two mounting legs to this block. These legs sh... | include <vars.scad>;
bottom_off = 35;
top_off = 100;
screw_size = 2;
PART = "lcd_mount";
if (PART == "lcd_mount") {
lcd_mount(bottom_off, top_off, screw_size);
}
module lcd_mount(bottom_off, top_off, screw_size) {
mount_screw_size = 4;
width = screw_size+6;
depth = 20;
height = 20;
standoff... | glb/cad_9bd55a5aebbc.glb |
Create a bearing race for an SCS10UU linear bearing. Start with a central rectangular block measuring 40mm wide, 26mm deep, and 35mm long.
At the center of the block, create a cylindrical cutout to accommodate the linear bearing. This cutout consists of an outer diameter of 18mm and an inner diameter of 10mm, both ex... | include <vars.scad>;
PART = "scs10uu";
if (PART == "scs10uu") {
color(part_color)
scs10uu();
}
if (PART == "scs10uu_mount") {
scs10uu_mount();
}
module scs10uu() {
bearing_race(
T = 8,
h = 13,
E = 20,
W = 40,
L = 35,
F = 26,
G = 21,
B = 28,
C = 21,
K = ... | glb/cad_c643d74859d9.glb |
Create a NEMA 17 stepper motor mounting template consisting of several cylindrical holes and bosses.
First, create four mounting screw holes. Position the centers of these holes in a square pattern with a spacing of 31mm between them (at coordinates ±15.5, ±15.5). Each hole should have a primary diameter of 3mm and a... | PART = "NEMA17_HOLES";
if (PART == "NEMA17") {
nema_stepper(nema_size = 17, height = 30);
}
if (PART == "NEMA17_HOLES") {
nema_stepper_holes(17,15);
}
function NEMA_A(nema_size) = nema_size == 11 ? 28.2 : (
nema_size == 14 ? 35.2 : (
nema_size == 17 ? 42.3... | glb/cad_1708c5896fc9.glb |
Create a rail end stop bracket with a width of 7mm. The main body is a cylinder with an outer diameter of 15mm and a concentric inner hole of 10.5mm, creating a ring. This ring is integrated into a rectangular block that extends outward from the sides of the cylinder to form clamping tabs. The total width of this centr... | include <vars.scad>;
microswitch_color="black";
microswitch_button_color="red";
microswitch_contact_color="grey";
use <microswitch.scad>;
PART = "rail_end_stop_bottom";
id=10.5;
od=15;
width=7;
if (PART == "rail_end_stop_assembly") {
color(part_color) rail_end_stop_top(id=id, od=od, width=width);
color(part_co... | glb/cad_48128a404999.glb |
Create a rail Y pulley mount assembly consisting of two mirrored mounting brackets, each supporting a pulley assembly.
For each bracket, start with a central tongue that is 48mm wide, 14mm deep, and 7mm high. Add a riser that is 48mm wide, 7mm deep, and 24mm high, centered on the tongue. Create a shelf that is 5mm hi... | include <vars.scad>;
include <linear_bearings.scad>;
use <M5.scad>;
use <g2.scad>;
PART = "rail_y_pulley_mount_assembly";
brace_thickness = 0;
if (PART == "rail_y_pulley_mount_assembly") {
rotate([0,0,90]) {
color(part_color) rail_y_pulley_mount();
translate([9, 30, 16]) pulley_assembly();
translate([37... | glb/cad_0c4ee00e85a4.glb |
Create a 2020 dual connector by starting with a rectangular base plate measuring 80mm in length, 40mm in width, and 5mm in thickness, centered on the origin. Remove eight cylindrical holes, each with a diameter of 5mm and a height of 6mm, passing through the plate. Position these holes in two parallel rows of four. The... | include <vars.scad>;
PART = "2020_dual_connector";
if (PART == "2020_dual_connector") {
2020_dual_connector();
}
module 2020_dual_connector() {
difference() {
cube([80,40,5], center=true);
translate([ 10, 10,0]) cylinder(h=6, d=5, center=true);
translate([ 30, 10,0]) cylinder(h=6, d=5, center=true);... | glb/cad_aee8266695f8.glb |
Create a tension knob consisting of a central cylindrical base and a flower-like top. Start by creating a central cylinder with a diameter of 17mm and a height of 7mm, centered on the Z-axis. Add a second, shorter cylinder on top of this base with a diameter of 30mm and a height of 5mm, centered at Z = 1.75mm. Around t... | part_color = "skyblue";
nut_height = 3.5;
nut_diam = 11;
bolt_hole = 5.5;
knob_diam = 15;
PART = "tension_knob";
if (PART == "tension_knob") {
color(part_color)
rotate([0,180,0])
tension_knob(
nut_height = 3.5,
nut_diam = 11,
bolt_hole = 5.5,
knob_diam = 15
);
}
module tension_knob(
nut... | glb/cad_0b4399bade83.glb |
Create a 3D model of a printer hotend consisting of a series of stacked and subtracted geometric primitives centered on a vertical axis. Start by building the upper section with a series of cylinders: place a 1.5mm high cylinder with a 10mm diameter at z=18.5, a 1.5mm high cylinder with a 5mm diameter at z=17, and a 1.... | include <vars.scad>;
PART = "hotend";
if (PART == "hotend") {
color(part_color)
hotend();
}
module hotend() {
difference(){
union(){
translate([0,0, 18.5]) cylinder(h=1.5,d=10, $fn=100, center=true);
translate([0,0, 17]) cylinder(h=1.5,d=5, $fn=100, center=true);
translate([0,0, 15.5]) c... | glb/cad_b64382420ac0.glb |
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