Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a filament sensor cover. Start with a base rectangular block 39mm wide, 28mm deep, and 5mm thick, centered on the X-axis. Add a 10mm wide by 10mm deep by 6mm tall rectangular block at the back left corner. On the top surface, add two cylinders with a radius of 5mm and a height of 1mm, positioned at coordinates (... | module fs_cover()
{
difference()
{
union()
{
translate([-17,-17,0]) cube([39,28,5]);
translate([0,-10,5]) cylinder(h=1,r=5,$fn = 60);
translate([0,0,5]) cylinder(h=1,r=5,$fn = 60);
translate([-5,-10,0]) cube([10,10,6]);
}
translate([0,0,-1]) cylinder(h=20,r1=1.2, r2=4,$... | glb/cad_bdc6bb5e79e0.glb |
Create a cargo cover wall mount bracket. Start by constructing a solid rectangular block with an overall width of 49mm, a depth of 51mm, and a height of 36mm. The walls of this block should be 2mm thick.
Hollow out the center to create an inner cavity measuring 45mm wide, 47mm deep, and 34mm high. At the bottom center... | thickness = 2;
innerx = 45;
innery = 47;
innerz = 34;
facets = 80;
offset = 10;
headdiam = 8.5;
module polyhole(h, d=0, r=0, center=false) {
_r = (r == 0 ? d / 2 : r);
_d = (d == 0 ? r * 2 : d);
n = max(round(2 * _d), 3);
rotate([0, 0, 180])
cylinder(h=h, r=(_d / 2) / cos(180 / n), $fn=80, cen... | glb/cad_8eca25e9fffd.glb |
Create a torus with a major diameter of 40mm and a tube thickness of 7mm. The overall shape should be constructed using a low-poly resolution of 20 facets for both the circular cross-section of the tube and the path of the extrusion, resulting in a faceted, geometric appearance rather than a smooth surface. | module torus(d=10, thickness=4,res=20){
rotate_extrude($fn=res) {
translate([d, 0]) circle(thickness, $fn=res);
}}
torus(thickness=7, d=20); | glb/cad_514648791ac4.glb |
Create a bicycle mudguard mount extender by designing a flat plate with a thickness of 5mm. The overall shape is a stadium-like capsule formed by the convex hull of two circles, each with a diameter of 12mm, whose centers are spaced 25mm apart. Centered within each of these outer circular ends, create a cylindrical hol... | id = 5;
od = 12;
offset = 25;
thickness = 5;
$fn = 90;
linear_extrude(thickness) difference() {
hull() {
circle(d = od);
translate([offset, 0]) circle(d = od);
}
circle(d = id);
translate([offset, 0]) circle(d = id);
} | glb/cad_140d5cde17ba.glb |
Create a cake topper consisting of three lines of text: "Simply", "Meant", and "To Be". The model is composed of two layers. First, create a bottom base layer with a thickness of 0.6mm. This base is formed by taking the three lines of text in the "Photoshoting" font at a size of 24pt and applying an offset of 2.2mm to ... | my=31;
bt=0.6;
tt=2.4;
tpr=1.05;
ffn=60;
fontName="Photoshoting";
fontSize=24;
tl1="Simply";
tl2="Meant";
tl3="To Be";
tlx1=-62;
tlx2=-64;
tlx3=-39;
tly1=2*my;
tly2=my;
tly3=0;
ooo=2.2;
color("white")linear_extrude(bt){
translate([tlx1,tly1,0])offset(ooo)text(tl1,size=fontSize,font=fontName,$fn=ffn);
transl... | glb/cad_0a55d1dce4dd.glb |
Create a variable spheric scoop for washing powder. Start by creating a hollow hemispherical bowl with an outer radius of 2.62mm and an inner radius of 2.12mm, leaving a wall thickness of 0.5mm. The top half of the sphere should be open, effectively removing the upper portion of the sphere with a cube to create a basin... | volume = 15;
radius = ((3/2) * (volume*100 / 3.14)) ^(1/3);
strength = 2;
length = 50;
width = 6;
module body (radius) {
$fn = 100;
difference() {
difference() {
sphere (r = radius+(strength/2));
sphere (r = radius);
}
translate([-radius*2,-radius*2,-radius*3])
... | glb/cad_20d07db38634.glb |
Create a shampoo filter for a water jet intake. Start by constructing a hollow cylindrical filter body with an outer diameter of 17mm, a height of 15mm, and a wall thickness of 1mm. The bottom of this cylinder must be closed with a solid 1mm thick circular disk. Along the vertical walls of this cylinder, create 20 smal... | include <BOSL/constants.scad>
use <BOSL/shapes.scad>
use <BOSL/paths.scad>
use <BOSL/transforms.scad>
use <BOSL/beziers.scad>
use <BOSL/math.scad>
$fs=0.2; $fa=7;
nozzle_size = [6, 15];
filter_size = [17, 15];
filter_hole = 1;
hole_count = 20;
wall = 1;
difference() {
tube(d=filter_size[0], h=filter_size[1], wall=wa... | glb/cad_6efc7df5233f.glb |
Create a K-Cup holder consisting of two separate components: a main tube and a mounting bracket. For the tube, create a hollow cylinder with an outer diameter of 54mm, an inner diameter of 53mm, and a total height of 290mm. Cut a rectangular slot through the wall of this cylinder, measuring 54mm wide by 48mm high, posi... | innerDiam = 53;
outerDiam = 54;
height = 290;
kkupHeight=48;
$fn = 120;
kCupTube();
*kCupBracket();
module kCupBracket(){
union(){
cube([120,46,4],center=true);
difference(){
hull(){
translate([60,0,0])cube([1,46,4],center=true);
translate([88,0,-2])cyli... | glb/cad_dcf32ea9b1f5.glb |
Create an Auto Rewind Spool Holder consisting of a central hub, a cap, and a stack of spiral springs.
Create a cylindrical hub with a total length of 81mm and an outer diameter of 48.1mm. The hub should have a central hole for an 8mm axle and a cavity for a 22.2mm diameter bearing. Incorporate a threaded section at on... | output = "springOdd";
universalRewinderSpring = false;
rewinderLength = 81;
springBladeCount = 9;
rewinderDiameter = 48.1;
rewinderSetRimDiameter = 50;
axleDiameter = 8;
hubRibDepth = 0;
hubHoles = true;
embossDecals = true;
embossCharacterTop = "<";
embossCharacterBottom = ">";
embossAlternateMirror = fals... | glb/cad_cda637e14928.glb |
Create an Auto rewind air-tight spool holder consisting of a central hub and a matching cap.
Construct the hub as a cylinder with a total length of 81mm and a diameter of 48.1mm. The hub should feature a central bore for an 8mm axle and a cavity for a 608-type bearing (22mm outer diameter, 7mm width). Incorporate a s... | output = "cap";
universalRewinderSpring = false;
rewinderLength = 81;
springBladeCount = 9;
rewinderDiameter = 48.1;
rewinderSetRimDiameter = 60;
axleDiameter = 8;
hubRibDepth = 0;
hubHoles = true;
embossDecals = true;
embossCharacterTop = "<";
embossCharacterBottom = ">";
embossAlternateMirror = false;
em... | glb/cad_41a0d6700940.glb |
Create an Auto Rewind Spool Holder consisting of a central hub, a cap, and a stack of spiral springs.
Construct the hub as a cylinder with a diameter of 48.1mm and a total length of 81mm. The hub should feature a central hole for an 8mm axle and a cavity for a 22mm diameter bearing. Incorporate 60 radial ribs on the o... | output = "springBase";
universalRewinderSpring = false;
rewinderLength = 81;
springBladeCount = 9;
rewinderDiameter = 48.1;
rewinderSetRimDiameter = 50;
axleDiameter = 8;
hubRibDepth = 0;
hubHoles = true;
embossDecals = true;
embossCharacterTop = "<";
embossCharacterBottom = ">";
embossAlternateMirror = fal... | glb/cad_ba89d0ebf390.glb |
Create an Auto Rewind Spool Holder consisting of a central hub, a cap, and a stack of spiral springs.
Construct the hub as a cylinder with a diameter of 48.1mm and a total length of 81mm. The hub should feature a central bore for an 8mm axle and a cavity for a 608-type bearing (22.2mm outer diameter, 7mm width). Inclu... | output = "springTop";
universalRewinderSpring = false;
rewinderLength = 81;
springBladeCount = 9;
rewinderDiameter = 48.1;
rewinderSetRimDiameter = 50;
axleDiameter = 8;
hubRibDepth = 0;
hubHoles = true;
embossDecals = true;
embossCharacterTop = "<";
embossCharacterBottom = ">";
embossAlternateMirror = fals... | glb/cad_72bf7dc35795.glb |
Create an Auto Rewind Spool Holder consisting of a central hub and a matching cap.
Construct the hub as a cylinder with a diameter of 48.1mm and a total length of 81mm. The hub should have a central bore of 22.2mm to accommodate a 608 bearing, with a 1mm thick cover to prevent the bearing from sliding through. The ex... | output = "hub";
universalRewinderSpring = false;
rewinderLength = 81;
springBladeCount = 9;
rewinderDiameter = 48.1;
rewinderSetRimDiameter = 50;
axleDiameter = 8;
hubRibDepth = 0;
hubHoles = true;
embossDecals = true;
embossCharacterTop = "<";
embossCharacterBottom = ">";
embossAlternateMirror = false;
em... | glb/cad_13faffbf4b62.glb |
Create an Auto Rewind Spool Holder consisting of a central hub, a cap, and a stack of spiral springs.
Construct the hub as a cylinder with a total length of 81mm and an outer diameter of 48.1mm. The hub should have a central bore of 22.2mm to accommodate a 608 bearing, with a 1mm thick cover to prevent the bearing fro... | output = "springEven";
universalRewinderSpring = false;
rewinderLength = 81;
springBladeCount = 9;
rewinderDiameter = 48.1;
rewinderSetRimDiameter = 50;
axleDiameter = 8;
hubRibDepth = 0;
hubHoles = true;
embossDecals = true;
embossCharacterTop = "<";
embossCharacterBottom = ">";
embossAlternateMirror = fal... | glb/cad_496c8d0dc898.glb |
Create a Kamen Rider Drive Shift Car Display by starting with a base rectangular plate measuring 50mm wide, 100mm deep, and 5mm thick. Centered on this base, add a secondary rectangular block that is 25.5mm wide, 55mm deep, and 10mm thick, positioned so it sits 5mm above the base. From this upper block, remove a centra... | include </home/monyarm/Documents/3D Printable/monyarm.scad>
union() {
translate([0,0,5]) {
difference() {
translate([0,0,-2.5]) {cube([25.5,55,10],true);};
union() {
translate([0,13+6.5,0]) {
cube([23,20.01,2.5],true);
};
translate([0,13+6.5,2.49]) {
... | glb/cad_2436f109b316.glb |
Create an MK4S LCD Adapter for a printer enclosure. The main body is a flat plate 8mm thick. Construct the outer boundary by creating a hull between two 8-sided prisms (octagons) with diameters of 55mm, positioned 100mm apart center-to-center along the X-axis. Intersect this with a second hull formed by two 75mm diamet... | module screws() {
d = 3.75;
h = 20;
for (x = [ -60, 60 ])
for (y = [ 0, -25, -25 - 12 ]) translate([ x, y + (25 + 12) / 2, 0 ]) cylinder(d = d, h = h);
for (x = [ -60, 60 ]) translate([ x, (25 + 12) / 2, 3 ]) cylinder(d = 5, h = h);
if (0)
for (x = [ -60, 60 ])
for (y = [ -25, -25 - 12 ]) tran... | glb/cad_118fd373adb3.glb |
Create a parametric fruit fly trap consisting of a wide circular base and a tapered conical funnel. Start by creating a flat, solid cylindrical base with a diameter of 73mm and a height of 1mm. Centered on this base, construct a hollow conical shell with a height of 30mm. The bottom opening of this cone should have a d... | $fn=64;
cupOuterDia=70;
cupInnerDia=60;
difference(){
cylinder(h=1,d=cupOuterDia+3);
cylinder(h=30,d1=cupInnerDia,d2=25);
}
difference(){
cylinder(h=4,d=cupOuterDia+4);
cylinder(h=4.5,d=cupOuterDia+2);
};
difference(){
cylinder(h=30,d1=cupInnerDia,d2=25);
translate([0,0,-1])cylinder(h=30,d1=cupInnerDia-2,d2=22);
... | glb/cad_b8bdf2fd843c.glb |
Create a Dryer Knob consisting of a cylindrical body and a D-shaped shaft. Start with a main cylindrical knob body 35mm in diameter and 20mm in height. Centered on the bottom face of this body, extend a vertical shaft downwards with a total height of 14mm and an outer diameter of 10.35mm.
Inside this shaft, create a ... | d=6.35;
wall=2;
height=12;
flat_pct=0.1186;
knob_d=35;
knob_h=20;
knob_roundout=18;
ind_depth=1;
$fa=1;
$fs=.1;
height_l = height+2;
rotate([180,0,0]) {
difference()
{
union() {
translate([0,0,height]) cylinder(d=knob_d, h=knob_h);
cylinder(d=d+2*wall, h=height_l);
}... | glb/cad_a2ead51d9cfa.glb |
Create a toothbrush stand consisting of five identical holder units arranged in a row. Each holder unit is based on a rectangular block 10mm thick, 34mm wide, and 130mm high. Space each holder unit 5mm apart.
At the base of the row, create a shared rectangular tray that is 200mm long, 6mm high, and 10mm thick. The tra... | holderWidth=34;
holderHeight=130;
holderSpace=5;
standLength=10;
trayLength=200;
trayHeight=6;
trayWall=2;
toothbrushHoleDiameter=30;
balconyLength=130;
balconyHeight=16;
balconyAngle=-5;
numHolders=5;
rotate([0, -90, 0])
holderMulti(numHolders);
module holderMulti(num) {
union() {
for(i = [0 : num-1... | glb/cad_3cb8052d21eb.glb |
Create a Zyudenshi display stand starting with a rectangular base plate measuring 27.5mm wide, 70mm long, and 2.5mm thick, with rounded corners. On the top surface of this base, place three small cylindrical pegs, each 7.5mm tall with a radius of 2mm. These pegs must be rendered as 12-sided prisms. Position two pegs sy... | r = 2;
union() {
translate([2.5*1+1.25*3-0.5-5,0,0]) cube([25+2.5,70,2.5],true);
translate([0,30-5-r/2,2.5*2]) cylinder(h = 5*1.5,r = r, $fn=12,center = true);
mirror([1,0,0]) translate([7.5-r/2+0.25,-30+5+r/2,2.5*2]) cylinder(h = 5*1.5,r = r, $fn=12,center = true);
translate([7.5-r/2+0.2... | glb/cad_882bac9c12b8.glb |
Create a game piece by starting with a five-pointed star extruded to a height of 10mm. Remove a cylindrical hole with a radius of 5mm from the center of this star, extending from the bottom up to a height of 7.5mm. Finally, add a solid cylinder with a radius of 4.5mm and a height of 8mm, positioned so that its base sta... | include <star.scad>
union(){
difference(){
linear_extrude(height=10) pentagram(20);
cylinder(h=7.5,r=5);
}
translate([0,0,9]) cylinder(h=8,r=4.5);
} | glb/cad_56cc775b17a9.glb |
Create a safety cap for a weight rack by constructing a hollow square plug with a rounded, pyramid-like top. Start with a square base that has an internal width of 46mm and a wall thickness that allows for a 48mm outer width. The main body of the plug should be a hollow square tube extending 60mm deep, with all four ve... | ssq=46;
ro=4;
$fn=73;
os=ssq/2-ro;
module pyramid() {
bos=os+2;
difference() {
hull () {
translate([0,0,2*ssq])sphere(r=ro);
translate([ bos, bos,0])sphere(r=ro);
translate([ bos,-bos,0])sphere(r=ro);
translate([-bos, bos,0])sphere(r=ro);
translate([-bos,-bos,0])s... | glb/cad_81f970dad67d.glb |
Create a wall-mounted LED remote holder with a uniform wall thickness of 3mm. The holder is designed as a pocket to house a remote measuring 47.5mm wide, 100.6mm high, and 11.6mm deep.
The base of the holder is a flat plate 53mm wide and 18mm deep. From this base, create a front retaining wall 40mm high. The back wall... | include<rounded_cube.scad>;
$fn=40;
holder_width=53;
holder_depth=18;
holder_front_height=40;
holder_back_height1=65;
holder_back_height2=95;
holder_back_ramp_height=55;
holder_thickness=3;
remote_height=100.6;
remote_width=47.5;
remote_depth=11.6;
controls_lower_end=40;
controls_height=32;
controls_width=40;
powe... | glb/cad_fe27276691f8.glb |
Create a Bottle Cap Magnet Insert consisting of a main cylindrical body and a wider base lip. Start by creating a cylinder with a radius of 9.5mm and a height of 4mm. At the bottom of this cylinder, add a wider concentric disk (the lip) with a radius of 10.5mm and a height of 1mm.
To create the space for the magnet, ... | Vertices = 512;
Thickness = 0;
Cap_radius = 9.5;
Magnet_radius = 6.5;
Magnet_depth = 4;
Lip_width = 1;
Lip_depth = 1;
thick = max(Magnet_depth + 1, Thickness);
module body() {
base_thick = thick - ((Lip_width == 0) ? 0 : Lip_depth);
linear_extrude(base_thick){
circle(Cap_radius, $fn = Vertices);
... | glb/cad_7393108283ba.glb |
Create a cross-shaped clip for an openbeam extrusion. Start by creating a primary rectangular profile that is 15mm wide and 15mm long. Within this profile, center a rectangular slot that is 15mm wide, 2mm thick, and 4mm high. Directly above this, add a second rectangular slot that is 15mm wide, 0.4mm thick, and 4mm hig... | module beamclip(length){
linear_extrude(length){
translate([0, -0.5])square([15,1], center=true);
translate([0, 0.7015])square([2.5, 2], center=true);
translate([0, 2.7])square([5.5, 2], center=true);
}
}
module cornerclip(length) {
intersection(){
union(){
rotate([45,0,0])beamclip(length);
translate([0, -1*lengt... | glb/cad_93358050201e.glb |
Create a clamp for a 15mm beam by starting with a cube that is 20mm on all sides. Center a smaller cubic cutout of 15.5mm by 15.5mm by 20.1mm within the main cube to create a hollow square sleeve that is open at the top and bottom. Finally, pierce a hole completely through the side walls of the clamp using a cylinder w... | $fn=20;
difference(){
cube(20,center=true);
cube([15.5,15.5,20.1], center=true);
rotate([0,90,0])cylinder(d=3.5, h=25, center=true);
} | glb/cad_572d5fc6c576.glb |
Create a finger splint consisting of a hollow cylindrical ring with a partial cutout. The ring should have an outer diameter of 21.45mm and a wall thickness of 2mm, resulting in an inner diameter of 17.45mm. The cylinder's total length along its axis is 107.25mm.
Cut a large opening out of the cylinder to create a ga... | size=7.5;
function ring_diameter(size) = (0.458+(0.032*size)) * 25.4;
fudge=0.2 +0.0;
inner_diameter=ring_diameter(size) + fudge;
wall_thickness=2.0 +0.0;
bar_length=35 +0;
angle=65 +0;
widthTop=4.5 +0.0;
$fn=30+0;
smooth=0.0 +0.0;
id=inner_diameter + (smooth*2);
wt=wall_thickness - (smooth*2);
s=id+(wt*2);
L=s*5... | glb/cad_5c7bff90c2ee.glb |
Create a pair of Wellington-style glasses frames with a total thickness of 5mm. Construct two symmetrical lens frames, each with a width of 90mm, positioned with centers 90mm apart. The frames should have a thickness of 5mm and a line width of 5mm. Connect the two lens frames with a bridge that has a diameter of 100mm,... | LensWidth=90;
PupillaryDistance=90;
FrameThickness=5;
FrameWidth=5;
HingeSpacing=60;
HingeHeight=16;
BridgeDiameter=100;
BridgeHeight=25;
BridgeWidth=12;
BridgeCutOffHeight=0;
$fn=100;
translate([PupillaryDistance/2,0,0])
linear_extrude(height=FrameThickness) {
difference() {
scale([LensWidth/90*0.985,LensWidth/9... | glb/cad_7f9a44a5e749.glb |
Create a pair of Wellington-style glasses frames with a total thickness of 5mm. The front of the frame consists of two symmetrical lens openings, each based on a complex rounded-rectangular shape with a width of 90mm. Position the centers of these two lens openings 110mm apart.
Connect the two lens frames with a centr... | LensWidth=90;
PupillaryDistance=110;
FrameThickness=5;
FrameWidth=5;
HingeSpacing=60;
HingeHeight=16;
BridgeDiameter=100;
BridgeHeight=25;
BridgeWidth=12;
BridgeCutOffHeight=0;
$fn=100;
translate([PupillaryDistance/2-9,0,0])
linear_extrude(height=FrameThickness) {
difference() {
scale([LensWidth/90*0.985,LensWidt... | glb/cad_6adb9201b323.glb |
Create a glasses frame component with a total length of 200mm and a thickness of 5mm. The main body is a flat, elongated strip with rounded ends, each having a radius of 7.5mm. At one end of this strip, create a circular cutout with a radius of 3mm.
Attached to the side of the main body is a hinge mechanism. This hin... | Length=200;
$fn=100;
linear_extrude(height=5)
difference() {
hull() {
translate([7.5,0,0])
circle(r=7.5);
translate([-Length+32.5,0,0])
circle(r=7.5);
}
translate([-Length+32.5,0,0])
circle(r=3);
}
translate([0,2.9,0])
rotate([90,0,0])
linear_extrude... | glb/cad_e4f2c5cb91e2.glb |
Create a graphic equalizer preset comb consisting of a long rectangular base with a series of protruding teeth of varying heights. The base is a flat plate measuring 139mm in length, 6mm in width, and 2mm in thickness. Positioned atop this base are ten vertical rectangular teeth, each 4mm wide and 2mm thick. These teet... | espace=15;
qte=5;
actif=4;
delta=14;
preset=[8,5,1,5,5];
for (x=[0 : qte - 1]) {
translate([(x * espace),0,0])
{
cube([actif,preset[x]*delta/10,2]);
}
}
for (x=[0:qte-1]) {
translate([qte*espace + (x * espace),0,0])
{
cube([actif,preset[x]*delta/10,2]);
}
}
translate([actif+1.... | glb/cad_b84c09693f20.glb |
Create a slide digitizer adapter consisting of a base holder and a conical shroud. Start by creating a square base block 52mm wide, 52mm deep, and 5mm high. In the center of this base, create a square opening 36mm wide and 36mm deep, with a height of 3mm. On one side of the base, add a semi-circular eject slot with a r... | lens_dia=68+1;
module slide() {
difference() {
cube([50, 50, 2.7]);
translate([(50-35)/2, (50-24)/2, -1]) cube([35, 24, 5]);
}
}
module holder() {
difference() {
translate([-26, -26, 0]) cube([52,52,5]);
translate([-25.25, -25.25, 1]) cube([55,50.5,3.2]);
translate(... | glb/cad_c0507ceb1c8f.glb |
Create a Gridfinity Dupont Cable Organiser tray with a base size of 1x3x4 grid units. The tray should be hollowed out to allow for stacking, but if the y-dimension is 4 units or greater, maintain a support section in the middle of the tray.
Inside the tray, integrate a cable comb system designed to hold Dupont cables.... | use <gridfinity-openscad-lib/tray.scad>
epsilon=0.01;
size=[1,3,4];
cableLength = 75;
cablesPerGroup = 9;
numGroups = size.x;
cableReturn = true;
combThickness = 4;
combBaseWidth = 2;
combToothLength = 19;
combToothWidth = 1.2;
combSharpLength = 1.1;
combToothSpacing = 2.2;
combGroupSpacing = 2.2;
toothBumpLengt... | glb/cad_4a94c3f1ec4a.glb |
Create a Book Folio for a Supernote Nomad. The model consists of several flat plates and structural components.
Create a back cover and a front cover, both based on a central device cutout of 139.2mm by 191.5mm with 2mm corner radii. The covers should have a thickness of 2.5mm. Add a bezel width of 8mm around the devi... | $fa = 8;
$fs = 0.25;
corner_radius = 2;
device_clearance = 1;
bezel_width = 8;
front_bezel_thickness = 2;
cover_overhang = 3;
cover_thickness = 2.5;
cover_material_thickness = 1;
registration_pin_r = 1.5;
registration_pin_clearance = 0.5;
registration_pin_height_b = 4;
registration_pin_height_f = 2;
penloop_height ... | glb/cad_1f0fbdecf92f.glb |
Create a wall bracket support plate for a vacuum cleaner. Start with a rectangular base measuring 130mm in width, 90mm in length, and 15mm in height, ensuring all edges are rounded.
From this base, remove a large semi-circular section from the front edge by centering a cylinder with a 120mm diameter at the midpoint o... | rect_width = 130;
rect_len = 90;
cylinder_diameter = 120;
notch_len = 25;
notch_width = 10;
height = 15;
washer_diameter = 7;
screw_diameter = 3;
$fn = 100;
module cube_make() {
minkowski() {
cube([rect_width, rect_len, height/2], center = false);
cylinder(height/2,10,center=false);
}
}
modul... | glb/cad_4295f6b1a813.glb |
Create a pair of customizable fursuit goggles. Start by constructing two main circular frames with a pupillary distance of 120mm between their centers. Each frame consists of a base ring with an outer diameter of 80mm and a wall thickness of 8mm, extruded to a height of 10mm. On top of each base ring, add a thinner len... | LensDiameter=80;
FrameThickness=10;
FrameWidth=8;
LensThickness=3;
Pupillary_Distance=120;
$fn=100;
translate([Pupillary_Distance/2,0,0])
linear_extrude(height=FrameThickness)
difference() {
circle(r=LensDiameter/2);
circle(r=LensDiameter/2-FrameWidth);
}
translate([Pupillary_Distance/2,0,FrameThickness])
li... | glb/cad_cb0e87e3501d.glb |
Create a magnetic label for drawer organization. Start by creating a rectangular base with a thickness of 5mm and a height of 20mm. The width of the rectangle should be dynamically sized to fit the text "Wrenches" with a horizontal padding of 5mm on each side.
On the underside of the base, create two cylindrical hole... | rectangle_thickness = 5;
magnet_radius = 3;
magnet_depth = 3;
text_size = 10;
text_depth = 1.5;
font_style = "Racing Sans One";
text_to_emboss = "Wrenches";
magnet_edge_distance = 10 + magnet_radius;
text_vertical_padding=5;
text_h_padding=5;
rectangle_height = text_size+ text_vertical_padding*2;
metrics = textmetrics... | glb/cad_b50e8060e47e.glb |
Create a nesting stacking coin sorting tray. The tray is a square-based container with a total width of 150mm, a height of 30mm, and wall thickness of 1.6mm. The bottom is a flat plate 1.6mm thick.
The main body is a square basin with walls that taper slightly inward toward the base. On one side, create a wide rectang... | draw_tray = 1;
coin1 = 25.75/2;
coin2 = 24.25/2;
coin3 = 23.25/2;
coin4 = 22.25/2;
coin5 = 21.25/2;
coin6 = 19.75/2;
coin7 = 18.75/2;
coin8 = 16.25/2;
min_hole_spacing = 3.0;
tray_top = 150;
tray_wall = 1.6;
tray_height = 30;
tray_bottom = 1.6;
tray_ledge = 0.6;
tolerance = 0.2;
$fn=72;
tray_top1 = tray_top;
... | glb/cad_26bddc46a67a.glb |
Create a nesting coin sorting tray with a square footprint of 127mm. The tray has a total height of 25mm, with a base thickness of 1.6mm and walls that are 1.6mm thick.
The main body is a hollowed-out square basin. To allow for nesting, the interior walls taper slightly. A small ledge of 0.6mm is integrated into the ... | draw_tray = 1;
coin1 = 24.26/2;
coin2 = 21.21/2;
coin3 = 19.05/2;
coin4 = 17.91/2;
min_hole_spacing = 3.0;
tray_top = 127;
tray_wall = 1.6;
tray_height = 25;
tray_bottom = 1.6;
tray_ledge = 0.6;
tolerance = 0.2;
$fn=72;
tray_top1 = tray_top;
tray_top2 = tray_top1 - (tray_wall+tolerance)*2;
tray_top3 = tray_to... | glb/cad_05de0a050c4d.glb |
Create a raised hex adapter consisting of a hexagonal base and a vertical cylindrical tower. Start by creating a regular hexagonal prism for the base with a radius of 14.55mm and a height of 2mm, using 6 sides for the hexagon. Centered on this base, place a vertical cylinder with a radius of 3.5mm, a total height of 35... | difference() {
cylinder(35, 3.5, 5, $fn=30);
translate([-2,-2,30.9])
cube(4.1);
}
cylinder(r=14.55, h=2, $fn=6);
translate([0,3.1,35])
cylinder(2, 1, $fn=20);
translate([0,-3.1,35])
cylinder(2, 1, $fn=20);
translate([3.1,0,35])
cylinder(2, 1, $fn=20);
translate([-3.1,0,35])
cylinder(2, 1... | glb/cad_3bb3e50ed53f.glb |
Create a raised hex adapter by starting with a hexagonal prism that has a radius of 22mm and a total height of 5mm. The top edges of this hexagon should be chamfered. From the center of the bottom face, remove a hexagonal prism with a radius of 18.5mm and a height of 3mm, leaving a 2mm thick base. To create mounting po... | include <Chamfers-for-OpenSCAD/Chamfer.scad>;
difference() {
chamferCylinder(5, 22, 22, 0, 3, 360, 6);
*cylinder(r=22, h=4, $fn=6);
translate([0,0,2])
cylinder(r=18.5, h=3, $fn=6);
translate([0,3.1])
cylinder(2.15, 1, $fn=20);
translate([0,-3.1])
cylinder(2.15, 1, $fn=20);
... | glb/cad_17d300fa4057.glb |
Create a raised hex adapter by starting with a hexagonal prism that has a radius of 18.25mm and a height of 5mm. In the center of this prism, create a square hole that is 4.1mm wide and 4.1mm deep, positioned 2mm from the bottom surface. | difference() {
cylinder(r=18.25, h=5, $fn=6);
translate([0,0,2])
cube(4.1, center=true);
} | glb/cad_c848d865ee43.glb |
Create a Pen Holder Insert for a cylindrical can. Start by constructing a hollow ring with an outer diameter of 82.2mm, an inner diameter of 68.8mm, and a height of 6mm. The wall thickness of this ring is 1.2mm.
Divide the interior of the ring into four equal quadrants using two intersecting rectangular walls. Each wa... | d_inner = 72.4;
d_outer = 78;
depth = 100;
sides = 4;
wall = 1.2;
chamfer = 3;
$fn=128;
topThickness = 6;
module penHolder()
{
difference(){
difference (){
cylinder(topThickness, d=d_outer+(wall*2));
translate([0,0,-0.1]) cylinder(topThickness+.2, d=d_inner-(wall*2));
};
translate(... | glb/cad_9e2173afa9f9.glb |
Create a test weight for a foil consisting of a cylindrical container and a matching cap.
The main body is a hollow cylinder with an outer diameter of 34mm and a total height of 66mm. The walls of this cylinder are 2mm thick. The interior of the body is designed to hold a stack of steel washers, each 30mm in diameter... | $fn=200;
targetWeight = 500;
mlarge = 28.82/5;
msmall = 28.1/4;
mplastic = 18;
Dwasher=30;
Dinnerl=13;
Dinners=6.6;
Hwasher=1.5;
nlarge = round(40/Hwasher);
nsmall = round((targetWeight - mlarge*nlarge - mplastic)/msmall);
OuterWall = 2;
InnerWall = 3;
Bottom = 2;
Top = 2;
showsidebyside = true;
echo(nlarge);... | glb/cad_8b3dacb11fbb.glb |
Create a Go Bowl storage container consisting of a base and a screw-on lid.
For the base, create a cylinder with an inner width of 110mm and an inner height of 68mm. The walls should be 1.6mm thick with a bottom floor thickness of 2.2mm. On the exterior upper edge of the base, add a screw thread that is 9mm high with... | include <Chamfers-for-OpenSCAD/Chamfer.scad>;
Inner_Width_Base = 110;
Inner_Height_Base = 68;
wall_thickness = 1.6;
wall_thickness_lid = 1.8;
bottom_thickness = 2.2;
Hieght_Rim = 0;
Diameter_Rim = Inner_Width_Base + 0.2;
thread_height = 9;
thread_turns = 3;
cut_thread_percent = 10;
smooth_sides = 0;
chamfer... | glb/cad_da42327d4438.glb |
Create a Computer Club Name Tag by combining a rectangular base with extruded 3D text. First, construct a solid rectangular slab that is 50mm wide, 160mm tall, and 10mm thick. Position this slab vertically. On the face of this slab, create the words "COMPUTER CLUB" as raised 3D geometry. The text should be arranged suc... | $fn = 100;
color("red")
scale([0.25,0.25,0.25]) rotate_extrude(angle=-60, convexity = 1)
translate([90, 30, 0])
rotate([0,0,-90])
union(){
translate([0,20,0])
text("COMPUTER", size = 80);
translate([150,-65,0])
text("CLUB", size = 80);
}... | glb/cad_ed9920076e1a.glb |
Create an enlarged case for an SQ11 camera. The main body is a rectangular shell with outer dimensions of 55mm in length, 23.5mm in width, and 23mm in height. The walls are 1.2mm thick. On the bottom face, create four screw posts: two positioned at x=17mm and two at x=51mm, each 4mm square and 23mm high, with a 1.4mm d... | $fn=120;
union(){
LensSlot();
MainBody();
}
translate([0,53,0])
rotate([90,0,0])
Cover();
module MainBody(){
translate([3,0,0])
cube([52,23.5,2.2]);
difference(){
translate([3,0,0])
cube([52,1.2,23]);
translate([9,3,8])
rotate([90,0,0])
SwitchCutout();
}
translate(... | glb/cad_4c4117db18a8.glb |
Create a game insert for "Lofoten" consisting of several trays and a divider layer. The overall outer box dimensions are 197mm x 197mm x 51.5mm with 1mm walls.
Construct a merchandise tray with an outer size of 36.7mm x 36.7mm and a height of 35.1mm. Create a matching lid for it using a honeycomb pattern with a 4mm bo... | include <BOSL/constants.scad>
use <BOSL/transforms.scad>
use <BOSL/shapes.scad>
use <BOSL/masks.scad>
part = "all";
$fn=30;
wall = 1;
safe = 0.2;
holder = 0;
box_xy = 197;
box_z = 51.5;
cb_z = 2.1;
lid_z = 4;
takeout_d = 20;
takeout_y = 6;
flt_o = 2;
flt_i = 1;
merch_xy = 34.7+safe;
merch_cnt = 32;
merch_z =... | glb/cad_fdc67c61599c.glb |
Create a Customizable French Cleat Box. Start by constructing the mounting cleat: create a solid rectangular block 134mm wide, 21mm deep, and 20mm high. To create the characteristic cleat angle, remove a section from the front of this block using a 45-degree angled cut that runs the full width of the piece.
Next, buil... | $fn = 180;
cleatDepth = 21;
cleatTopHeight = 20;
boxWallThinkness = 2;
boxDepth = 44;
boxHeight = 70;
cleatWidth = 134;
cleat();
box();
module box(){
difference(){
translate([-cleatWidth/2,0,-boxHeight+cleatTopHeight])
cube([cleatWidth, boxDepth, boxHeight]);
translate([-cleatWidth/2+boxWallThinkness,boxWallThinkn... | glb/cad_c72ce2a3f27a.glb |
Create a crown by first constructing a flat, elliptical ring base. The base should have an outer radius of 70mm on the x-axis and 80mm on the y-axis, with a uniform wall thickness of 3mm and a height of 8mm.
From this base, extend a vertical wall upwards that follows the same elliptical footprint but scales outward t... | $fn=200;
module ellipse(r)
{
fn=$fn?$fn:20;
rr=is_list(r)?r:[r,r];
polygon([for(a=[0:360/fn:360]) [rr.x*cos(a),rr.y*sin(a)]]);
}
module lemon(r)
{
hull()
{
ellipse(r);
translate([0,r.y+10])
circle(r=1);
}
}
r=[70,80];
linear_extrude(8)
difference()
{
lemon(r);
... | glb/cad_2e778bb214d4.glb |
Create a 3.5" floppy drive bay USB port mount. Start with a base rectangular plate measuring 102.25mm wide, 26.25mm deep, and 4mm thick. At each end of the base, add vertical walls that are 4mm thick and 93mm high (extending from the base to a total height of 93mm). The inner space between these walls is 94.25mm.
Cut ... | $fn=100;
module usb() {
cube([40, 12.5, 3]);
translate([20-8, 2.25, -1])
#cube([16, 8, 4]);
translate([20-8-4.5-(4.5/2), 6.25, -1])
#cylinder(h=4, d=4.5);
translate([20+8+4.5+(4.5/2), 6.25, -1])
#cylinder(h=4, d=4.5);
}
difference() {
union() {
cube([102.25, 26.25,... | glb/cad_7318c9ca191e.glb |
Create a Tokyo Marui M92 hop-up rubber consisting of a tiered cylindrical base and a specialized upper tip. Start with a bottom flange that is 3.8mm high with a diameter of 10.2mm. This flange has a central tapered hole: the bottom 1.0mm of the hole is 8.2mm in diameter, tapering upward to 7.2mm, and continuing through... | $fn = 100;
HopUpFactor = 0.2;
FlangeHeight = 3.8;
FlangeDiameter = 10.2;
BodyHeight = 2.0;
BodyDiameter = 8.0;
TopHoleDiameter = 6.2;
BottomHoleDiameter = 7.2;
BottomHoleBevelDiameter = 8.2;
BottomHoleBevelHeight = 1.0;
HopUpLength = 6.68 - BodyHeight;
HopUpCut = 2;
difference()
{
cylinder(h=FlangeHeight, d=Flan... | glb/cad_02729b1c8d4c.glb |
Create a dowel rod cap consisting of a wide base and a narrower cylindrical sleeve. Start by creating a flat circular base with a diameter of 1.375 inches and a height of 0.125 inches. Centered on top of this base, add a hollow cylinder with an outer diameter of 1 inch and a total height of 1.125 inches. To create the ... | facets = 60;
wall_thickness = 1/8;
cap_diameter = 1 + (3/8);
cap_thickness = 1/8;
rod_diameter = 7/8;
rod_depth = 1;
out_diameter = (rod_diameter + wall_thickness);
difference() {
union() {
cylinder(
d = cap_diameter,
h = cap_thickness,
$fn = facets
);
cyl... | glb/cad_93209ada3a6b.glb |
Create a Christmas tree topper consisting of a five-pointed star and a supporting mounting tube.
The star is composed of two mirrored halves. Each half features five arms radiating from the center. Each arm is a 3D wedge shape with a thickness of 2mm. The distance from the center of the star to the furthest tip of an... | include <../const.scad>
use <../generic.scad>
CENTER_LENGTH = 75;
MID_LENGTH = 30;
MID_HEIGHT = 10;
THICKNESS = 2;
ARM_NUM = 5;
SCREW_FROM = 10;
TUBE_LENGTH = 50;
angle = 360/ARM_NUM/2;
MID_X = sin(angle) * MID_LENGTH + 0.01;
MID_Y = cos(angle) * MID_LENGTH;
CENTER_LENGTH_B = (MID_HEIGHT+THICKNESS)/(MID_HEIGH... | glb/cad_0a49a5758745.glb |
Create a KABA LA-PC mounting plate by starting with a central rectangular block 23mm wide, 24mm deep, and 4mm thick. Attach a second rectangular block to the top, centered and measuring 25mm wide, 14mm deep, and 4mm thick. Add three protruding alignment features: a square prism 10mm long with a 4mm side length centered... | $fn=100;
difference(){
union(){
cube([23,24,4],center=true);
translate([0,7,0]) cube([25,14,4],center=true);
color("green"){
translate([0,-12,0]) rotate([0,90,0]) cylinder(h=10,d=4,center=true, $fn=4);
translate([0,14,0]) rotate([0,90,0]) scale([2,1,1]) cylinder(h=10,... | glb/cad_87eec88110d8.glb |
Create a rectangular seal for a magazine bottom. The overall outer dimensions of the rectangular loop are 16mm by 13.2mm. The entire seal is formed from a continuous cylinder with a uniform diameter of 2.5mm.
Construct the four straight sections of the loop first: place two parallel cylinders 15mm long (16mm minus 1m... | $fn = 100;
x = 16;
y = 13.2;
thickness = 2.5;
RadiusFactor = 1;
translate([-x/2+0.5*RadiusFactor,y/2+thickness/2,0])
rotate([0,90,0])
cylinder(h=x-1*RadiusFactor, d=thickness);
translate([-x/2+0.5*RadiusFactor,-(y/2+thickness/2),0])
rotate([0,90,0])
cylinder(h=x-1*RadiusFactor, d=thickness);
translate([x/2+t... | glb/cad_6c7f55699f9a.glb |
Create a zip tie cardboard connector by starting with a truncated cone that has a bottom diameter of 30mm, a top diameter of 25mm, and a height of 7mm. From this main body, remove a smaller concentric truncated cone starting 5mm from the base with a bottom diameter of 20mm, a top diameter of 21mm, and a height of 7mm t... | difference(){
cylinder(d=30,d2=25,h=7);
translate([0,0,5])cylinder(d=20,d2=21,h=7);
translate([-1.5,-5,-4.5]){
rotate([0,20,0])cube([3,10,20]);
rotate([0,-20,0])cube([3,10,20]);}
} | glb/cad_bd0fb2d39fd3.glb |
Create a dosing funnel for a 51mm portafilter. Start with a main body consisting of a base cylinder with an outer diameter of 67mm and a height of 5mm. On top of this base, add a conical section that transitions from a diameter of 48.75mm (75% of the funnel diameter) at the bottom to a top diameter of 65mm over a heigh... | $fn = 180*1;
ID = 51;
FD = 65;
FH = 20;
OH = 2;
WALL = 2.8;
OD = 67;
LD = 62;
LIP = 1;
LUGL = 23;
LUGH = 5;
LUGT = 1;
module body () {
cylinder(d=OD, h=FH+LUGH);
translate([0,0,LUGH]) cylinder(d1=FD*.75, d2=FD, h=FH);
}
module lugholes () {
if (LUGT == 1) {
translate([OD/2,0,0]) {
... | glb/cad_5ff98ee9f3e2.glb |
Create a parametric funnel by revolving a specific profile around a central vertical axis. The profile should be defined as a polygon with a wall thickness of 1mm. Start the profile at the base with a horizontal segment of 1mm at a radius of 14mm, extending upwards for 10mm to create a cylindrical throat. From the top ... | funnel_height = 50;
funnel_top_radius = 50;
throat_height = 10;
throat_radius = 14;
wall_thickness = 1;
top_edge_height = 5;
smoothness_segments = 200;
module funnel() {
rotate_extrude($fn=smoothness_segments) {
translate([funnel_top_radius, 0, 0]) {
polygon(points=[
[throat_rad... | glb/cad_2047cd4bd1fc.glb |
Create an espresso tamper consisting of a wide base and a tiered handle. Start with a cylindrical base 51mm in diameter and 15mm high. On the top face of this base, center a conical transition section 15mm high that tapers from the 51mm base diameter down to a 24mm diameter. Atop this taper, add a cylindrical handle 45... | Tamper(50);
module Tamper(size=50, $fn=40) {
tampHeight = 15;
tampRadius = 25.5;
taperHeight = 15;
handleHeight = 45;
handleRadius = 12;
taper2Height = 10;
logoRadius = 18;
logoHeight = 0.5;
topHeight=2;
filenameBot = "chonkeydonkey_320_2xblur.png";
filenameTop = "chonkeydo... | glb/cad_354d043aa4e4.glb |
Create a TRS80 Model 3 and 4 power and cassette plate. Start with a main front panel that is 95mm wide, 39.5mm deep, and 1.5mm thick. Add a rectangular block to the back of this panel measuring 83mm wide, 39.5mm deep, and 14mm thick, starting 6mm from the left edge. On the face of the panel, emboss the word "CASSETTE" ... | $fa = 1;
$fs = 0.5;
$fn = 50;
module screw_oval() {
height=4;
diameter=4;
rotate([90,0,0])
union() {
translate([0,diameter/2,0]) cylinder(h=height, r=diameter/2);
cube([10,diameter,4]);
translate([10,diameter/2,0]) cylinder(h=height, r=diameter/2);
}
}
module screw_hole() {
height=4;
diamete... | glb/cad_af48da6978aa.glb |
Create a protective phone case for a Google Pixel 9 Pro XL. Start with a main body that has an outer width of 78.1mm, a height of 163.9mm, and a total thickness of 9.1mm. The outer corners should be rounded with a radius of 12.7mm. Hollow out the center to create a shell with a wall thickness of 1mm, leaving an interna... | b=76.1;
h=161.9;
a=1;
c=8.1;
r=11.7;
t=1;
x=2.975;
y=12.55;
x_1=70.75;
y_1=22.7;
radius=11.85;
p=39.25;
l=0;
pr=42.5;
lr=43;
k=52;
w=6.5;
i=0;
width_speaker=0;
height_speaker=0;
il=0;
width_speaker_l=0;
height_speaker_l=0;
name="";
textsize=10;
xt=0;
yt=-h/4;
s=0.8;
n=0.7;
o=0.5;
hg = (l =... | glb/cad_194d02049901.glb |
Create a Box for Apex wetstones by starting with a solid rectangular block measuring 136mm in width, 161mm in depth, and 15mm in height. Carve out a series of 12 vertical slots to hold sharpening stones. Each slot must be 11mm wide and 156mm deep.
The first 9 slots are identical, each featuring a cutout at the bottom... | slots_stone=9;
slots_diamant=3;
slot_width=11;
box_Z=11;
slots=(slots_stone+slots_diamant);
difference(){
cube([slot_width*slots+4,155+5+6,box_Z+2+2]);
for(i=[0:1:slots_stone-1]){
translate([2+(i*slot_width),2,2])brousek(161);
}
for(i=[0:1:slots_diamant-1]){
translate([2+((i+slots_ston... | glb/cad_3e17f9763a83.glb |
Create a shower holder designed to clamp onto a pipe. The main body is a cylinder with a diameter of 45mm and a length of 55mm. Remove a central cylindrical core with a diameter of 26mm (25mm for the mounting pipe plus 1mm clearance) to create a hollow tube.
On one side of the cylinder, create a vertical slot to allow... | $fn = 100;
use<threads.scad>
use</home/gapi/.local/share/OpenSCAD/libraries/MCAD/metric_fastners.scad>;
MountingPipeDia = 25;
ClipUp = 23.2;
ClipDn = 20;
ClipH = 57;
ClipOut = 28;
fast=false;
snapOn = false;
teethDepth = 2;
numTeeth = 15;
ShowerHolder();
module ShowerHolder()
{
dia = 45;
l = 55;
Screw(dia, l... | glb/cad_95bb3980de46.glb |
Create a hot air gun holder consisting of a hollow cylindrical sleeve and a mounting plate. Start by creating a cylinder with an outer diameter of 92mm, an inner diameter of 82mm, and a height of 25mm. Cut a rectangular slot through the bottom of this cylinder wall to accommodate a handle, with the slot measuring 37mm ... | $fn=100;
diameter = 82;
handleThickness = 37;
height = 25;
mountingScrewDiameter = 5;
materialThickness = 5;
difference()
{
cylinder(d=diameter + materialThickness*2, h=height);
translate([0,0,-1])
cylinder(d=diameter, h=height+2);
translate([-handleThickness/2,-diameter/2-materialThickness-1,materialThickness... | glb/cad_f18e1e7d853c.glb |
Create a manual motorcycle gearbox model consisting of two parallel shafts with multiple gears.
First, construct the main shaft. Start with a base cylinder 10mm high and 4mm radius, followed by a 20mm high cylinder with a 6mm radius. Add a 2mm high cylinder with a 5mm radius at the top, and a final 20mm high cylinder... | use <MCAD/gears/involute_gears.scad>
use <MCAD/gears/gears.scad>
gear = 0;
axle_distance = 37;
n1m=14;
n1d=38;
n2m = 18;
n2d = 35;
n3m=35;
n3d=23;
n4m=33;
n4d=28;
n5m=29;
n5d=28;
axle_distance = 37;
Gearbox();
module Gearbox(){
translate([axle_distance,0,0])
{
MainShaft();
translate([0,0,14.5])
... | glb/cad_af6169f7842c.glb |
Create a Carcassonne Tower Lid consisting of a base plate and a surrounding rim. Start with a square base plate 50mm wide and 1.5mm thick. Centered on this plate, create a circular hole with a diameter of 37mm.
Add a secondary square wall that sits atop the base plate. This wall should be 47mm wide and 5mm high, cente... | nominal_lid_side_length = 47;
eps = 0.0;
wall_thickness = 1.5;
wall_height = 5;
corner_chamfer_depth = 1;
des = 5;
in_lid = nominal_lid_side_length - 2*eps;
out_lid = nominal_lid_side_length + 2*wall_thickness;
cw = nominal_lid_side_length/2 - wall_thickness - des - wall_height;
cut_d = nominal_lid_side_length... | glb/cad_8376e3488e2e.glb |
Create a baby gate bottom hinge side end pin. Start with a central rectangular block measuring 13.7mm wide, 23mm long, and 13.7mm high. Centered on the top face of this block, add a cylinder with a diameter of 23mm and a height of 11.5mm. Attached to the bottom of the main block, create a vertical cylindrical shaft wit... | use <BOSL2/std.scad>;
use <BOSL2/rounding.scad>;
cuboid ([13.7,23,13.7]);
rotate([90,0,0])
translate([0,0,11.5])
cylinder(5,d=23,$fn=70);
hull(){
translate([0,-26.6,-45])
cylinder(45,d=9.5,$fn=70);
translate([0,-26.6,-45])
sphere(d=9,$fn=70);
}
hull(){
translate([0,-27.25,0])
cylinder(5,d=16.5,$fn=70);
translate([0,-2... | glb/cad_26d420855c96.glb |
Create a semi child safe door lock by combining two cylindrical components. First, create a base cylinder with a radius of 18mm and a height of 24mm. On top of this base, place a second, thinner disk with a radius of 30mm and a height of 8mm. Position this top disk so that its center is offset by 12mm along the x-axis,... | module bottom_cylinder(h) {
cylinder(r=18, h=h, $fn=100);
}
module door_lock(h) {
difference() {
union() {
bottom_cylinder(h);
translate([12, 0, h])
cylinder(r=30, h=8, $fn=100);
}
translate([0, 0, -1])
cylinder(r=1.25, h=h+10, $fn=100);
... | glb/cad_1d2ae8908418.glb |
Create a Schneider Silent Master oil trap by constructing a hollowed-out vertical vessel. Start with a base cylinder 7mm in diameter and 15mm high. Above this, add a conical transition section 10mm high that expands from a 7mm diameter at the bottom to a 20mm diameter at the top. Atop the cone, place a final cylinder 2... | $fn=30;
difference(){
union(){
cylinder(d=7,h=15);
translate([0,0,15])cylinder(d=7,d2=20,h=10);
translate([0,0,25])cylinder(d=20,h=20);
}
cylinder(d=4,h=15);
translate([0,0,15])cylinder(d=4,d2=18,h=10);
translate([0,0,25])cylinder(d=18,h=20);
for(i=[1:4]){
rotate(... | glb/cad_16efd01670b2.glb |
Create a Schneider Silent Master oil trap by starting with a solid cylinder 23.8mm in diameter and 5mm in height. Remove a central cylindrical core with a diameter of 20.4mm and a height of 5mm, positioned 1.5mm from the base, to create a ring-shaped wall. Within the remaining base material, create ten evenly spaced ve... | $fn=30;
difference(){
cylinder(d=23.8,h=5);
translate([0,0,1.5])cylinder(d=20.4,h=5);
for(i=[1:10]){
rotate([0,0,i*360/10])translate([0,8,0])cylinder(d=4,h=5,$fn=30);
}
} | glb/cad_a7ad288b259a.glb |
Create a glass dome height extension consisting of two stacked concentric cylinders with a hollow center. First, create a base cylinder with an outer diameter of 141mm and a height of 10mm. Directly on top of this base, add a second cylinder with an outer diameter of 137mm and a height of 3mm. Finally, remove a central... | h=10;
ih=3;
id=137;
th=2;
$fn=256;
difference() {
union() {
cylinder(h=h,d=id + 2 * th);
translate([0,0,h])cylinder(h=ih,d=id);
}
translate([0,0,-1]) cylinder(h=2 * (h + ih),d=id-th/2,center=false);
} | glb/cad_bcd3b3861eec.glb |
Create a part for a mini screwdriver by starting with a central cylindrical void with a radius of 9.5mm and a length of 30mm. Around this void, construct a complex outer shell. First, create a base block by extruding a custom 2D polygon with vertices at (-6.5, 1.6), (-5.65, 2.95), (5.65, 2.95), (6.5, 1.6), (6.5, -1.6),... | include <BOSL2/std.scad>
big_radius = 19/2;
difference(){
union() {
{
linear_extrude(height=13)
polygon(
points = [[-13.0/2, 3.2/2], [-11.3/2, 5.9/2], [11.3/2, 5.9/2], [13.0/2, 3.2/2], [13.0/2, -3.2/2], [11.3/2, -5.9/2], [-11.3/2, -5.9/2], [-13.0/2, -3.2/2]]
);}
back(3.2/2)
... | glb/cad_cab4286449b5.glb |
Create a parametric stand for a Tempera synthesizer. The stand is a wedge-shaped block with a width of 22mm and a thickness of 10mm. The profile is defined by a polygon with a 28-degree incline, featuring a 10mm step at both the front and rear.
Within this body, create two counterbore screw holes spaced 100mm apart (V... | $fn = 100;
include <test_models.scad>;
gear_size = 194;
gear_feet_size = 16;
gear_feet_to_hole = 31;
gear_feet_depth = 2.6;
mounting_hole_offset = 47;
mounting_hole_dist = 100;
stand_thickness = 10;
stand_width = 22;
step_front = 10;
step_rear = step_front;
shear = 0;
angle = 28;
r2 = 1.5;
r1 = r2 * 2;
screw_h... | glb/cad_df9700ce2bad.glb |
Create a personalized iPhone 12 mini case. Start with a main body that is 64.9mm wide, 132.2mm deep, and 7.4mm high. The body should have rounded corners with a radius of 10.6mm and a wall thickness of 1.2mm.
Cut a central phone cavity from the body with a corner radius of 10mm. Within this cavity, create a camera cut... | $fn = 25;
thickness = 1.2;
thickness_bot = 1.7;
measured_width = 64.3;
measured_depth = 131.6;
margin = 0.6;
width = measured_width + margin;
depth = measured_depth + margin;
height = 7.4;
rad_corner = 10;
rad_cutout = 3.75;
camera_rect_rad = 9;
camera_rect_depth = 33;
camera_rect_width = 30;
camera_rect_offsetx = 2.5... | glb/cad_f3c2430b2a2c.glb |
Create a USB Lead Lamp Stem Clip designed to secure a 4.5mm diameter cable onto a 20mm diameter lamp gooseneck. The main body is a flat plate 4mm thick.
On one side, create a circular C-shaped clamp with an inner radius of 10mm and a wall thickness of 4mm. This clamp should have a 45-degree segment removed from its o... | clamp_rad=10;
usb_rad=4.5/2;
usb_standoff=6;
wall=4;
prong_height=10;
prong_standoff_x=usb_standoff+10;
module prong() {
cylinder(h=prong_height,r=wall/2,$fn=20);
translate([0,0,prong_height]) sphere(wall/2,$fn=32);
}
module clip_hull() union() {
hull() {
translate([clamp_rad+wall,0,0]) cylinder(h... | glb/cad_5b96f25e5fef.glb |
Create a parametric washer by constructing a flat, solid cylinder with an outer diameter of 20mm and a thickness of 2mm. Center a concentric circular hole through the entire thickness of the cylinder with an inner diameter of 10mm, resulting in a ring shape with a uniform wall thickness. Ensure the circular profiles ar... | inner_diameter = 10;
outer_diameter = 20;
thickness = 2;
washer(inner_diameter, outer_diameter, thickness);
module washer(id, od, t) {
difference() {
cylinder(d = od, h = t, $fn = 200);
translate([0, 0, -1])
cylinder(d = id, h = t + 2, $fn = 100);
}
} | glb/cad_6479d7c4a61c.glb |
Create a parametric cat toy consisting of a hollow outer shell and a smaller inner ball. Start by creating a hollow sphere with an outer radius of 20mm and a wall thickness of 2.4mm. Use 32 vertices for the sphere's resolution to maintain a faceted appearance.
Cut several hexagonal holes through the shell to create a ... | ball_radius = 20;
ball_thickness = 2.4;
hole_coeff = .25;
north_hole = true;
south_hole = false;
ball_verts = 32;
hole_verts = 6;
adhesion_cut = 1.2;
egginess = 0;
module hollow_sphere(r = 1, thickness = .5) {
difference() {
scale([1 + egginess / 10, 1, 1])
sphere(r = r);
scale(... | glb/cad_11ab3d8ff51d.glb |
Create a spool extender consisting of a hollow cylindrical body with a total height of 120mm. The main outer body is a cylinder with a radius of 26mm. At the top of this body, create a flared rim that extends from a height of 120mm to 130mm, widening from a radius of 26mm at the base of the rim to 36mm at the top edge.... | $fn = 500;
difference() {
cylinder(h=120, r=26);
translate([0, 0, 90]) {
cylinder(h=30, r=23.5);
}
cylinder(h=90, r=17.5);
}
difference() {
translate([0, 0, 120]) {
cylinder(h=10, r1=26, r2=36);
}
translate([0, 0, 90]) {
cylinder(h=60, r=23.5);
}
} | glb/cad_95ea5585dac0.glb |
Create a Gear-Market card holder shaped as a shallow arc. The object is generated by sweeping a specific profile along a circular path with a radius of 300mm. The arc should be long enough to accommodate 6 cards, each 46mm wide, with 3mm of padding between them.
The profile of the stand is a symmetrical polygon with a... | include <BOSL2/std.scad>
include <BOSL2/rounding.scad>
$fa = 1;
$fs = 0.2;
module cardHolderArc(number_of_cards = 3, card_width = 65, card_width_padding = 3, card_depth = 1, text="", base_width = 15)
{
radius = 300;
a = (number_of_cards * card_width + (number_of_cards+1) * card_width_padding) / (2 * PI * radi... | glb/cad_aa976a241744.glb |
Create a vehicle magnetic mount for an N-type antenna. The main body is a rounded, equilateral triangular prism with a total thickness of 40mm.
At the center of the top face, create a circular boss with a diameter of 30mm and a height of approximately 11.3mm. Within this boss, carve a central hole for an N-type conne... | magnet_size = 43;
n_hole_dia = 16.26;
n_hole_flat_dist = 13.67;
mount_spacing = magnet_size / 2;
mount_thickness = 40;
$fn=128 ;
mount_boss_height = 0;
mount_boss_dia = magnet_size / 2.5;
mink=50;
mount_space_extra = 30;
rounding_scale = 0.2;
antenna_angle = 7;
n_boss_height = mount_thickness / 3 - 2;
n_boss_dia = ... | glb/cad_f8b02fed63da.glb |
Create an LED bar holder by starting with a central rectangular block that is 18mm wide, 20mm long, and 10.5mm high. Carve out a central cavity to fit an LED bar, leaving a 2mm wall thickness on the sides and bottom, resulting in an inner opening that is 14mm wide and 8.5mm high.
Attach two flat wings to the sides of... | include <screw_holes.scad>
led_width = 14;
led_height = 8.5;
wall_thickness = 2;
holder_length = 20;
wing_width = 9;
wing_thickness = 3.5;
metric_size = M3;
iso = DIN965;
screw_length = wing_thickness + 0.5;
thread_length = 0;
screw_fn = 64;
outer_width = led_width + 2 * wall_thickness;
outer_height = led_height + ... | glb/cad_2f7d1acacf4f.glb |
Create a PCB tray with outer base dimensions of 134mm in length and 172mm in width. The tray features a solid bottom plate 3mm thick. Around the perimeter, construct a low wall that is 5mm high, with the corners rounded using a 3mm radius.
The interior of the tray contains a series of parallel ribs designed to hold P... | Length = 80;
Width = 50;
PCBThickness = 1.6;
bottom_thickness = 3;
rib_width = 5;
extra_slot_space = 0.3;
module pcb_tray(width, length, pcb_thickness)
{
union()
{
difference()
{
union()
{
hull()
{
for(x = [-1, 1... | glb/cad_e414423dba0d.glb |
Create a spherical joint for a frame enclosure. Start with a solid sphere with a diameter of 32mm.
Subtract three cylindrical channels from the sphere to create sockets for tubes. Each channel must have a diameter of 12.8mm and a depth of 28mm. Position these three channels so they are mutually perpendicular, aligned... | $fn = 100;
diamtubo = 12.5+0.3;
diamsfera = 32;
incrociotubi = 14;
prof = 600;
larg = 600;
alte = 700;
corpovite = 3/2;
testavite = 6/2;
module corpopieno(){
translate([0,0,diamsfera/2.5])
color("blue")
sphere(diamsfera);
}
module tubi(){
translate([0,0,incrociotubi*2])
color("gray")
cylinder(alte, diamtubo,diamtubo)... | glb/cad_0e77372ced14.glb |
Create a videowall monitor support consisting of three identical cylindrical tube clamps arranged in a row. Each clamp is a hollow cylinder with an outer radius of 15.75mm and a wall thickness of 3mm, creating an inner bore radius of 12.75mm.
The three clamps are aligned along a central axis. To complete the assembly... | spessoremonitor = 12.25;
spessoremonitorgrosso = 16;
bersodavanti = 9.5;
bersodietro = 15;
spessoremateriale = 3;
larghezzasupporto = 100;
raggiotubo = 10+0.3;
raggiosupportotubo = 15+(spessoremateriale/2);
$fn=80;
module forobullone(){
cylinder(h=35, r1=3.5, r2=3.5, center = true);
translate([0,0,13.5])
cylinder(h=6,... | glb/cad_28554e62fba6.glb |
Create a videowall mounting support consisting of a central cylindrical body with four radiating fins. Start by creating a hollow cylinder with an outer radius of 25mm and a height of 30mm. Through the center of this cylinder, create a vertical hole 7mm in diameter and 35mm long to accommodate a bolt.
Around the exter... | $fn=80;
module forobullone(){
cylinder(h=35, r1=3.5, r2=3.5, center = true);
translate([0,0,13.5])
cylinder(h=6, r1=6, r2=6, center = true, $fn=6);
}
module cilindro(){
rotate_extrude($fn=80)
difference(){
square([25,30]);
translate([0,5])
square([(35/2)+0.3,80]);
}
}
module piede(){
linear_extrude(height = 15, ce... | glb/cad_60e40e19fb86.glb |
Create a videowall monitor support bracket. Start with a central rectangular plate that is 3mm thick, 100mm wide, and 12.25mm deep. Attach two small 3mm thick cubes to the ends of this plate, each measuring 3mm by 3mm by 12.5mm, positioned at the outer edges of the width.
Add a second rectangular plate to the back, 3m... | spessoremonitor = 12.25;
spessoremonitorgrosso = 16;
bersodavanti = 9.5;
bersodietro = 15;
spessoremateriale = 3;
larghezzasupporto = 100;
raggiotubo = 10+0.3;
raggiosupportotubo = 15+(spessoremateriale/2);
module supporto(){
color("orange", 1.0)
translate([-spessoremateriale,(+larghezzasupporto/2)-spessoremateriale,... | glb/cad_fa4cd4858b23.glb |
Create a videowall monitor support bracket. Start by constructing a central vertical plate that is 3mm thick, 100mm wide, and 25mm tall. Attach two additional 3mm thick plates to the sides of this central plate: one extending 9.5mm forward and one extending 15mm backward, both 100mm wide. Connect these three plates wit... | spessoremonitor = 12.25;
spessoremonitorgrosso = 16;
bersodavanti = 9.5;
bersodietro = 15;
spessoremateriale = 3;
larghezzasupporto = 100;
raggiotubo = 10+0.3;
raggiosupportotubo = 15+(spessoremateriale/2);
module supporto(){
color("yellow", 1.0)
cube([spessoremateriale,larghezzasupporto,bersodavanti]);
color("orange"... | glb/cad_7799b7c4439c.glb |
Create a videowall monitor support consisting of a thick cylindrical ring joined to a solid cylinder. Start by creating a hollow cylinder with an outer radius of 30mm and an inner radius of 20.3mm (to accommodate a 20mm PVC tube), with a total height of 30mm.
Attached to the side of this ring, add a solid cylinder th... | spessoremonitor = 12.25;
spessoremonitorgrosso = 16;
bersodavanti = 9.5;
bersodietro = 15;
spessoremateriale = 3;
larghezzasupporto = 100;
raggiotubo = 10+0.3;
raggiosupportotubo = 15+(spessoremateriale/2);
$fn=80;
module forobullone(){
cylinder(h=35, r1=3.5, r2=3.5, center = true);
translate([0,0,13.5])
cylinder(h=6,... | glb/cad_c2816eda2516.glb |
Create a videowall monitor support bracket. Start by constructing a main body as a rotated polygon base that is 60mm long at its widest point, 45mm high, and 20mm thick. Within this main body, create a vertical cylindrical hole with a radius of 4.3mm that passes through the 20mm thickness. Position a small rectangular ... | spessoremonitor = 12.25;
spessoremonitorgrosso = 16;
bersodavanti = 9.5;
bersodietro = 15;
spessoremateriale = 3;
larghezzasupporto = 50;
raggiotubo = 10+0.3;
raggiosupportotubo = 15+(spessoremateriale/2);
module piede(){
linear_extrude(height = 20, center = false, convexity = 0)
polygon( points=[[0,0],[60,0],[10,30],... | glb/cad_c57717245ef1.glb |
Create a parametric keyboard plate with a total thickness of 4mm. The main body is a rectangular slab measuring 304mm in width and 130mm in height, with all four corners rounded to a radius of 10mm.
Across the surface, create a grid of square switch holes measuring 14mm by 14mm. These holes are spaced 19.05mm apart (c... | plateThickness=4;
spacing=19.05;
holesize=14;
width=15;
height=6;
cutoutheight = 3;
cutoutwidth = 1;
holetype = 2;
plateWidth=304;
plateHeight=130;
plateRadius=10;
switchOffsetX=9.475;
switchOffsetY=98.48;
largerHoleRadius=2.15;
mediumHoleRadius=1.8;
smallerHoleRadius=1.5;
cutoutRadius=3;
keyboardLayout = [
... | glb/cad_6628dc25770a.glb |
Create an open air ATX cluster pod consisting of a front support, a back support, and optional stacking clips.
For the front and back supports, create a base block with a width of 143mm (3mm border + 140mm PSU width), a depth of 243mm (3mm border + 85mm PSU depth + 100mm HDD depth + 3mm border), and a height of 23mm.... | psux = 140;
psuz = 150;
psuy = 85;
hddx = 25;
hddz = 100;
hddy = 140;
mobox = 240;
moboy = 240;
moboz = 1;
bordo = 3;
$fn=100;
module psu(){
cube([psux,psuy,psuz]);
translate([psux,16,psuz-6])
rotate([0,90,0])
cylinder(10, 2.25, 2.25);
translate([psux,psuy-6,psuz-6])
rotate([0,90,0])
cylinder(10, 2.25, 2.25);
t... | glb/cad_afb83e120056.glb |
Create a car microphone cover consisting of a circular base and a perforated upper ring. Start by creating a solid cylinder with a radius of 15.5mm and a height of 2mm. From this base, remove a smaller concentric cylinder with a radius of 14mm and a height of 10mm, starting from a height of 1mm, to create a thin outer ... | $fn=100;
difference(){
cylinder(2, 15.5, 15.5);
translate([0,0,+1])
cube([26,2,4],center=true);
translate([0,-4,+1])
cube([22,2,4],center=true);
translate([0,+4,+1])
cube([22,2,4],center=true);
translate([0,-8,+1])
cube([18,2,4],center=true);
translate([0,+8,+1])
cube([18,2,4],center=true);
translate([0,-12,+1])
cube(... | glb/cad_c06bcc2eabe8.glb |
Create a battery door for a handheld game console. Start with a main rectangular base plate measuring 100.5mm in length, 15.4mm in width, and 1.7mm in thickness.
Along one of the 100.5mm edges, add a curved lip that extends 5mm outward with a radius that arcs 85 degrees. On the opposite side of the base, add a thin r... | $fn=100;
pi = 3.14159265359;
module curve(width, height, length, a) {
if( a > 0 ) {
r = (360 * (length/a)) / (2 * pi);
translate( [-r-height/2,0,0] )
rotate_extrude(angle = a)
translate([r, 0, 0])
square(size = [height, width], center = false);
} else {
... | glb/cad_3235eea79e88.glb |
Create an anemometer consisting of a central conical housing and three hemispherical cups. Start by constructing the central cone with a base diameter of 34mm and a wall thickness of 2mm. The cone should have a total height of 30mm, tapering from the 34mm base to a top diameter of 14mm. At the very top, add a small cyl... | $fn = 100;
difference(){
translate([0,0,+21.5])
cylinder(h = 30, r1 = 17, r2 = 7, center = true);
translate([0,0,+18.5])
cylinder(h = 32, r1 = 16.4, r2 = 5, center = true);
}
difference(){
translate([0,0,+29.5])
cylinder(h = 10, r1 = 5, r2 = 5, center = true);
translate([0,0,+29.5])
cylinder(h = 12, r1 = 3, r2 = 3, c... | glb/cad_307d03f77d23.glb |
Create two mirrored fan clamps for a hotend assembly. For each clamp, start with a rectangular base measuring 15.79mm wide by 26.3mm high with a thickness of 2.0mm.
On the base, integrate a vertical lip that is 15.79mm wide, 2.54mm high, and 2.88mm thick. Add a secondary vertical section measuring 1.79mm wide, 3.3mm ... | base_width = 15.79;
base_height = 26.3;
base_thickness = 2.0;
lip_width = base_width;
lip_height = 2.54;
lip_thickness = 2.88;
l_width = 1.79;
l_height = 3.3;
l_thickness = 5.81;
r_width = 1.27;
r_height = 10.55;
r_thickness = 3.95;
m_width = 1;
m_height = 5.04;
m_thickness = 5.04;
u_width = 2.66;
u_height = 1.24;... | glb/cad_65cbd33b97a9.glb |
Create a webcam privacy shutter consisting of two rectangular plates connected by an in-place hinge. The first plate, which serves as the mounting base, is a rectangular prism measuring 50mm in width, 38.75mm in depth, and 3mm in height. The second plate, which acts as the sliding cover, is a rectangular prism measurin... | use <hinge.scad>;
cam_depth=30;
shutter_width=50;
shutter_height=20;
applyHinges([[0,2,0]], [0], 2.75, 2.75, shutter_width-10, 4, 0.5)
union() {
translate([-5,0.75,0])
cube([shutter_width,cam_depth+8.75,3]);
translate([-5,-(shutter_height+.75),0])
cube([shutter_width,shutter_height,3]);
}
transla... | glb/cad_3f65d73a3b22.glb |
Create a Filament Spool Drum Sorter consisting of three identical bins arranged symmetrically around a central circular void. Each bin is a curved tray defined by an inner radius of 54mm and an outer radius of 100mm, with a total height of 29mm. The walls of the bins are 2mm thick.
For each of the three bins, construc... | open=0;
inner=54;
outer=100;
height=58/2;
bpos=96.5;
thickness=2;
segment=120;
segments=3;
comps=1;
$fn=60;
for (j=[0:2]){
rotate([0,0,j*120])
rotate([0,0,segment])translate([bpos,thickness,0])
rotate([0,0,open])
translate([-bpos,-thickness,0])rotate([0,0,-segment])
drawer();
}
module drawer... | glb/cad_301c383e9fbc.glb |
Create a Filament Spool Drum Sorter consisting of two stacked cylindrical sections with a hollow center. First, create a base cylinder with a diameter of 55mm and a height of 7.5mm. On top of this base, add a second cylinder with a diameter of 53mm and a height of 15mm. To create the hollow interior, remove a central c... | difference(){
union(){
cylinder(7.5,d=55,$fn=180);
cylinder(15,d=53,$fn=180);
}
cylinder(15,d=48,$fn=180);
} | glb/cad_436d3411e109.glb |
Create a toy spoon by first forming the bowl as a convex hull between two spheres: one with a radius of 11.5mm centered at the origin, and another with a radius of 14mm centered 12mm away along the x-axis. To hollow out the bowl, remove a smaller convex hull created from a sphere of radius 11.5mm at the origin and a sp... | $fn=123;
difference() {
union() {
hull() {
sphere(r=23/2);
translate([12,0,0]) sphere(r=28/2);
}
translate([0,0,0.01]) hull() {
cylinder(r=10/2+2, h=5);
translate([80-23/2-10/2,0,0]) cylinder(r=10/2, h=5);
}
}
translate([-23/2-.01, -28/2-.01, -28/2])
cube([23/2+80.02... | glb/cad_91e4af7e33fb.glb |
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