Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a Tapestry game organizer tray by starting with a solid rectangular block measuring 188mm x 84mm x 42.5mm. From this block, carve out several custom-shaped voids to house game miniatures.
First, create a void for the Skyscraper at the right end: carve a rectangular slot 43mm wide and 8mm deep starting from the ... | $fn=50;
difference(){
cube([188,84,42.5]);
translate([88,0,0]){
translate([1.5,74.5,1])
cube([43,8,45]);
translate([9.5,74.5,8])
mirror([0,1,0])
linear_extrude(height=50)
polygon(points=[[0,0],[0,16],[1,16],[1,37],[24,37],[26,37],[26,16],[27,16],[27,0]]);
translate([9.5,74.5,12])
mirror([0,1,0])
linear_extrude(heigh... | glb/cad_c9f8a13fc5fa.glb |
Create a Tapestry organizer tray by starting with a solid rectangular block measuring 188mm in length, 36mm in width, and 30.5mm in height.
Hollow out the main body of the block by removing a rectangular section starting 1.5mm from the left and 1.5mm from the front, with dimensions of 161.5mm by 33mm and a depth of 1... | $fn=100;
difference(){
cube([188,36,30.5]);
translate([1.5,1.5,1])
cube([161.5,33,100]);
translate([164.5,0,20.5])
cube([23.5,36,100]);
translate([164.5,1.5,1])
cube([22,33,100]);
translate([175.5,200,20.5])
rotate([90,0,0])
cylinder(h=400, r=11, center=false);
} | glb/cad_50f39561d3c5.glb |
Create a Tapestry game insert tray by starting with a solid rectangular block measuring 136.5mm in width, 98mm in depth, and 21.5mm in height.
From this block, remove a rectangular section measuring 30.5mm by 98mm with a height of 50mm, positioned at x=106, y=0, and z=9.5.
Carve out several cylindrical holes and ge... | $fn=50;
difference(){
cube([136.5,98,21.5]);
translate([106,0,9.5])
cube([30.5,98,50]);
translate([33,69.5,1])
phex(62,0.5,30);
translate([33,98,-1])
rotate([0,0,0])
cylinder(h=30, d=25, center=false);
translate([73.5,28.5,1])
phex(62,0.5,30);
translate([73.5,0,-1])
rotate([0,0,0])
cylinder(h=30, d=25, center=fal... | glb/cad_57401e2fb39d.glb |
Create a Tapestry organizer tray by starting with a solid rectangular base measuring 236.8mm in length, 106mm in width, and 8mm in height. From this base, remove a large rectangular central volume to create a hollow track that is 220mm long, 97mm wide, and 100mm deep, positioned 15.3mm from the front edge and 4.5mm fro... | $fn=100;
difference(){
cube([236.8,106,8]);
cube([13.8,35,8]);
translate([15.3,4.5,1])
cube([220,97,100]);
translate([0,83,-1])
rotate([0,0,0])
cylinder(h=400, d=28, center=false);
translate([236.8,53,-1])
rotate([0,0,0])
cylinder(h=400, d=28, center=false);
} | glb/cad_0fce09fad8af.glb |
Create a rectangular tray for game mats with overall outer dimensions of 164.5mm in width, 180mm in depth, and 10mm in height.
Inside this outer shell, carve out a rectangular void starting 1.5mm from the left and front edges, measuring 161.5mm wide and 177mm deep, with a depth of 100mm to create the main storage com... | $fn=100;
difference(){
cube([164.5,180,10]);
translate([1.5,1.5,1.5])
cube([161.5,177,100]);
translate([0,90,-1])
rotate([0,0,0])
cylinder(h=400, r=15, center=false);
} | glb/cad_78334e6f03c4.glb |
Create an Obsession game organizer by starting with a solid rectangular block measuring 90mm wide, 118.5mm deep, and 17mm high.
From this base, remove a large rectangular section measuring 165mm by 90.5mm with a height of 13mm, positioned at coordinates [0, 28, 12], to create a primary void. Carve out two rounded rec... | $fn=100;
difference(){
cube([90,118.5,17]);
translate([0,28,12])
cube([165,90.5,13]);
translate([3,2,7.5])
roundedCube(69,46,20);
translate([37.5,0,-1])
rotate([0,0,0])
cylinder(h=400, d=23, center=false);
translate([3,70,1])
roundedCube(69,46,20);
translate([37.5,118.5,-1])
rotate([0,0,0])
cylinder(h=400, d=23, ... | glb/cad_f183c783edde.glb |
Create a game organizer insert with an overall footprint of 165mm x 110.5mm x 10mm.
The main body is a solid rectangular slab. From this slab, remove two rows of three identical compartments. The bottom row consists of three rectangular voids, each measuring 53mm x 53mm x 80mm, spaced 54.5mm apart starting at coordin... | $fn=100;
difference(){
cube([165,110.5,10]);
translate([1.5,1.5,1])
for (i = [0:2]){
translate([i*54.5,0,0])
cube([53,53,80]);
translate([(i*54.5)+5,5,-2])
roundedCube(43,43,80);
translate([(i*54.5)+26.5,10,20])
rotate([90,0,0])
cylinder(h=20, r=20, center=false);
}
translate([1.5,56,1])
for (i = [0:2]){
transla... | glb/cad_f65b3cf5b74a.glb |
Create a game organizer insert by starting with a solid rectangular block measuring 94.5mm wide, 40mm deep, and 80mm high.
From this main block, remove the following geometric volumes to create storage slots: first, carve out a rectangular board shelf measuring 282mm by 13mm by 80mm, positioned at X=0, Y=27, and Z=72... | $fn=100;
difference(){
cube([94.5,40,80]);
translate([0,27,72])
cube([282,13,80]);
translate([1.5,1.5,18])
cube([91.5,23,100]);
translate([1.5,26,10])
cube([91.5,8,100]);
translate([1.5,35.5,10])
cube([91.5,3,100]);
translate([47.5,200,80])
rotate([90,0,0])
cylinder(h=400, r=27.5, center=false);
} | glb/cad_7f5382b58cf2.glb |
Create an Obsession game organizer by starting with a solid rectangular block measuring 110.5mm in width, 27mm in depth, and 80mm in height.
From this block, remove the following geometric volumes to create storage slots: a board shelf measuring 110.5mm by 20mm by 80mm positioned at X=0, Y=18, Z=72; two objective car... | $fn=100;
difference(){
cube([110.5,27,80]);
translate([0,18,72])
cube([110.5,20,80]);
translate([6.5,1.5,12])
cube([48,15,100]);
translate([56,1.5,12])
cube([48,15,100]);
translate([2.25,18,19])
cube([106,4,100]);
translate([28.75,22,19])
cube([53,3.5,100]);
translate([30.5,30,80])
rotate([90,0,0])
cylinder(h=3... | glb/cad_ffc3c38dd2fe.glb |
Create a game organizer insert by starting with a solid rectangular block measuring 90mm wide, 110.5mm deep, and 24mm high. From this block, carve out several rectangular pockets and cylindrical holes to create storage slots.
Position the first slot for Footmen at (3.5, 10.25, 5) with dimensions 11.5mm x 90mm x 62mm, ... | $fn=100;
difference(){
cube([90,110.5,24]);
translate([3.5,10.25,5])
cube([11.5,90,62]);
translate([1.5,10.25,11])
cube([17.5,90,62]);
translate([10.25,11,24])
rotate([90,0,0])
cylinder(h=12, d=17.5, center=false);
translate([10.25,111.5,24])
rotate([90,0,0])
cylinder(h=12, d=17.5, center=false);
translate([23,2.... | glb/cad_bf1d878c42d5.glb |
Create a game organizer insert by starting with a solid rectangular block measuring 187.5mm in width, 40mm in depth, and 80mm in height.
From this block, remove several rectangular sections to create storage slots. First, carve out a board shelf measuring 282mm by 13mm by 80mm, positioned at X=0, Y=27, and Z=72. Next... | $fn=100;
difference(){
cube([187.5,40,80]);
translate([0,27,72])
cube([282,13,80]);
translate([1.5,1.5,18])
cube([91.5,15,100]);
translate([1.5,18,10])
cube([91.5,16,100]);
translate([1.5,35.5,10])
cube([91.5,3,100]);
translate([94.5,1.5,18])
cube([91.5,26.5,100]);
translate([94.5,29.5,10])
cube([91.5,9,100]);
... | glb/cad_fb31854ff6e6.glb |
Create a rectangular organizer block with overall dimensions of 165mm in length, 118.5mm in width, and 17mm in height.
From this solid block, remove a large rectangular section from the top to create a recessed tray. This cutout should measure 165mm by 90.5mm and be 13mm deep, positioned 13mm from the top edge.
Nex... | $fn=100;
difference(){
cube([165,118.5,17]);
translate([0,0,13])
cube([165,90.5,13]);
translate([13.5,5.5,1])
cube([150,107.5,30]);
translate([13.5,59.25,13])
sphere(d=24);
} | glb/cad_32c2af15163a.glb |
Create an Obsession game organizer as a solid rectangular block measuring 27mm wide, 131.5mm long, and 28mm high. From this block, remove several geometric volumes to create storage compartments.
First, carve out a 24mm square opening starting 1.5mm from the front and side edges, extending 100mm deep from the top. Nex... | $fn=100;
difference(){
cube([27,131.5,28]);
translate([1.5,1.5,1])
cube([24,24,100]);
translate([-1,13.4,20])
rotate([0,90,0])
cylinder(h=5, r=12, center=false);
translate([12.5,27,1])
cube([13,26,100]);
translate([1.5,27,1])
cube([9.5,26,100]);
translate([1.5,27,15])
cube([24,26,100]);
translate([25,40,27])
ro... | glb/cad_c73c9fa79b4b.glb |
Create a game organizer tray by starting with a rounded rectangular block measuring 110.5mm in width, 90mm in depth, and 11.4mm in height, with corner radii of 3mm.
Carve out the interior of the block by removing several rounded rectangular volumes to create storage compartments. Position the first cutout at [12, 25,... | $fn=50;
difference(){
roundedCube(110.5,90,11.4);
translate([12,25,11])
minkowski(){
cube([22.25,53,23]);
sphere(r=10);
}
translate([12,25,11])
minkowski(){
cube([32.25,16,23]);
sphere(r=10);
}
translate([12,12,11])
minkowski(){
cube([18,53,23]);
sphere(r=10);
}
translate([66.25,25,11])
minkowski(){
cube([32.25,16... | glb/cad_115c0a895171.glb |
Create a game organizer insert with an overall footprint of 165mm x 110.5mm and a base thickness of 5mm.
Within this base, carve out six rectangular compartments arranged in two rows of three. Each compartment is defined by an outer boundary of 53mm x 53mm x 80mm. Inside each of these boundaries, create a centered, r... | $fn=100;
difference(){
cube([165,110.5,5]);
translate([1.5,1.5,1])
for (i = [0:2]){
translate([i*54.5,0,0])
cube([53,53,80]);
translate([(i*54.5)+5,5,-2])
roundedCube(43,43,80);
translate([(i*54.5)+26.5,10,20])
rotate([90,0,0])
cylinder(h=20, r=20, center=false);
}
translate([1.5,56,1])
for (i = [0:2]){
translat... | glb/cad_739e6c231809.glb |
Create a game organizer insert with an overall outer dimension of 165mm width, 110.5mm depth, and 35mm height.
The interior is divided into two rows of three compartments each. For the bottom row, create three rectangular cutouts, each 53mm wide and 53mm deep, extending 80mm high (effectively piercing through the top... | $fn=100;
difference(){
cube([165,110.5,35]);
translate([1.5,1.5,1])
for (i = [0:2]){
translate([i*54.5,0,0])
cube([53,53,80]);
translate([(i*54.5)+5,5,-2])
roundedCube(43,43,80);
translate([(i*54.5)+26.5,0,0])
rotate([0,0,0])
cylinder(h=35, r=12, center=false);
}
translate([1.5,56,1])
for (i = [0:2]){
translate(... | glb/cad_9554061874e5.glb |
Create an Obsession game organizer by starting with a solid rectangular block measuring 282mm in length, 40mm in width, and 80mm in height.
From this block, remove a rectangular shelf for boards measuring 282mm by 13mm, positioned at a height of 72mm and a depth of 27mm. Carve out six distinct vertical slots for card... | $fn=100;
difference(){
cube([282,40,80]);
translate([0,27,72])
cube([282,13,80]);
translate([1.5,1.5,18])
cube([92,15,100]);
translate([1.5,18,10])
cube([92,16,100]);
translate([1.5,35.5,10])
cube([92,3,100]);
translate([95,1.5,18])
cube([92,26.5,100]);
translate([95,29.5,10])
cube([92,9,100]);
translate([188.... | glb/cad_c2692b26210b.glb |
Create a game organizer insert with an overall footprint of 110.5mm x 90mm x 22.8mm. The main body is a rounded rectangular block with a corner radius of 3mm.
Carve out the following six internal compartments from the top, each with rounded corners (10mm radius):
1. A 42.25mm x 73mm x 43mm void positioned at [12, 25,... | $fn=50;
difference(){
roundedCube(110.5,90,22.8);
translate([12,25,11])
minkowski(){
cube([22.25,53,23]);
sphere(r=10);
}
translate([12,25,11])
minkowski(){
cube([32.25,16,23]);
sphere(r=10);
}
translate([12,12,11])
minkowski(){
cube([18,53,23]);
sphere(r=10);
}
translate([66.25,25,11])
minkowski(){
cube([32.25,16... | glb/cad_8e487d22f692.glb |
Create a board game organizer tray by starting with a rounded rectangular base that measures 219mm in length, 71mm in width, and 2mm in height, with corner radii of 1mm. On the top surface of this base, add two small rectangular blocks to serve as dividers. Position the first block at coordinates (4, 23, 0) with dimens... | $fn=100;
roundedCube(219,71,2);
translate([4,23,0])
cube([2.5,25,6]);
translate([212,23,0])
cube([2.5,25,6]);
module roundedCube(x,y,z)
{
r=1;
translate([r,r,0])
minkowski()
{
cube([x-(2*r), y-(2*r), z-r]);
cylinder(r,r,r);
}
} | glb/cad_63de3b016d56.glb |
Create a board game organizer insert with a base rectangular block measuring 219mm in length, 42.6mm in width, and 37mm in height.
Carve out a large central rectangular section starting 2mm from the front edge, 8.3mm from the side, and 1mm from the bottom, with dimensions of 215mm by 26mm by 100mm. Within this remain... | $fn=100;
difference(){
cube([219,42.6,37]);
translate([2,8.3,1])
cube([215,26,100]);
translate([0.25,0,0]){
translate([2,2.5,1])
for (i = [0:4]){
translate([i*40.25,0,0])
cube([36.5,3.5,100]);
translate([4.5,3.5,0])
translate([i*40.25,0,0])
cube([28,3.5,100]);
translate([(i*40.25)+18.25,2,38])
rotate([90,0,0])
c... | glb/cad_b2d8e5688b6e.glb |
Create a board game organizer tray by starting with a solid rectangular base measuring 219mm in length, 151mm in width, and 8mm in height. From this base, remove a large rectangular central volume measuring 205mm by 137mm with a depth of 20mm, positioned 2mm from the front edge and 7mm from the side edge. Finally, crea... | $fn=100;
difference(){
cube([219,151,8]);
translate([2,7,1])
cube([205,137,20]);
translate([219,75.5,-1])
rotate([0,0,90])
cylinder(h=20, d=21, center=false);
}
module roundedCube(x,y,z)
{
r=3;
translate([r,r,0])
minkowski()
{
cube([x-(2*r), y-(2*r), z-r]);
cylinder(r,r,r);
}
} | glb/cad_68df9cae4d88.glb |
Create a board game organizer insert with a base block measuring 71.5mm wide, 153mm long, and 33mm high.
Carve out a large rectangular card storage area starting 2mm from the left and 2mm from the front, measuring 62mm wide, 95mm long, and 100mm deep. At the front center of this card area, create a semi-circular fing... | $fn=100;
difference(){
cube([71.5,153,33]);
translate([2,2,1])
cube([62,95,100]);
translate([33,0,-1])
rotate([0,0,0])
cylinder(h=50, r=20, center=false);
translate([-3.5,0,0]){
translate([5.5,101.25,1])
cube([4.5,30.5,100]);
translate([8.5,105.5,1])
cube([3.5,22,100]);
translate([12,99,1])
cube([55.5,35,100]);
... | glb/cad_7a08d9ca580a.glb |
Create a board game organizer insert with a base rectangular block measuring 76mm wide, 153mm long, and 33mm high.
Carve out a large rectangular card storage area starting at coordinates (2, 2, 1) with dimensions 62mm by 95mm and a depth of 100mm. At the front of this card section, centered at (33, 0), remove a semi-... | $fn=100;
difference(){
cube([76,153,33]);
translate([2,2,1])
cube([62,95,100]);
translate([33,0,-1])
rotate([0,0,0])
cylinder(h=50, r=20, center=false);
translate([-3.5,0,0]){
translate([5.5,101.25,1])
cube([4.5,30.5,100]);
translate([8.5,105.5,1])
cube([3.5,22,100]);
translate([12,99,1])
cube([55.5,35,100]);
t... | glb/cad_d583bc8efcb5.glb |
Create a rectangular board game organizer tray with overall dimensions of 287mm in length, 15mm in width, and 14mm in height. Hollow out the center of the block by removing a rectangular section starting 7.5mm from the front edge and 1.5mm from the side edge, with a width of 272mm and a height of 100mm, leaving a base ... | $fn=100;
difference(){
cube([287,15,14]);
translate([7.5,1.5,1])
cube([272,12,100]);
translate([95,2,14])
rotate([90,0,0])
cylinder(h=5, d=26, center=false);
translate([190,2,14])
rotate([90,0,0])
cylinder(h=5, d=26, center=false);
} | glb/cad_fc7e8e8f03b6.glb |
Create a board game organizer insert with a base rectangular block measuring 71.5mm wide, 153mm long, and 33mm high.
Carve out a large rectangular cavity for cards starting at position (2, 2, 1) with dimensions 62mm by 95mm and a depth of 100mm. At the bottom of this card cavity, centered at (33, 0), remove a semi-cy... | $fn=100;
difference(){
cube([71.5,153,33]);
translate([2,2,1])
cube([62,95,100]);
translate([33,0,-1])
rotate([0,0,0])
cylinder(h=50, r=20, center=false);
translate([-3.5,0,0]){
translate([5.5,101.25,1])
cube([4.5,30.5,100]);
translate([8.5,105.5,1])
cube([3.5,22,100]);
translate([12,99,1])
cube([55.5,35,100]);
... | glb/cad_4ffe6cced569.glb |
Create a board game organizer insert with a base rectangular block measuring 161.5mm in length, 66mm in width, and 21mm in height, featuring rounded corners with a 3mm radius.
Carve the following voids into the base:
1. A rectangular slot at the origin measuring 15mm by 66mm with a depth of 100mm (extending through t... | $fn=100;
difference(){
roundedCube(161.5,66,21);
translate([0,0,8])
cube([15,66,100]);
translate([142.3,1.2,4])
roundedCube(18,18,20);
translate([151.3,0,-1])
rotate([0,0,90])
cylinder(h=30, d=12, center=false);
translate([142.3,46.8,4])
roundedCube(18,18,20);
translate([151.3,66,-1])
rotate([0,0,90])
cylinder(h... | glb/cad_fc0f5c185a48.glb |
Create a board game organizer insert with a base shape of a rounded cube measuring 219mm in length, 71mm in width, and 18.5mm in height.
Within this base, carve out several cylindrical holes and rectangular slots. Create two 26mm diameter holes centered at x=15 and x=43, with y=14 and a depth of 20mm, extending from ... | $fn=100;
difference(){
roundedCube(219,71,18.5);
translate([15,0,0]){
for(i = [0:1]){
translate([i*28+15,14,1])
rotate([0,0,90])
cylinder(h=20, d=26, center=false);
translate([i*28+15,-6,-1])
rotate([0,0,90])
cylinder(h=20, d=26, center=false);
}
for(i = [2:4]){
translate([i*28+15,14,4.4])
rotate([0,0,90])
cylinde... | glb/cad_7d56e20cfa8e.glb |
Create a board game organizer tray by starting with a solid rectangular base measuring 219mm in length, 136mm in width, and 15mm in height.
Carve out four identical elliptical voids to hold game traps. Each void is created by taking a cylinder with a 44mm diameter, scaling its width by 0.87, and subtracting a 50mm wi... | $fn=100;
difference(){
cube([219,136,15]);
translate([217,26,1.5])
difference() {
scale([1,0.87,1])
cylinder(d=44, h=20);
translate([25,0,0]) cube(50, center=true);
}
translate([219,26,-1])
rotate([0,0,90])
cylinder(h=20, d=20, center=false);
translate([217,110,1.5])
difference() {
scale([1,0.87,1])
... | glb/cad_e2fe4d92bdd2.glb |
Create a board game organizer tray by starting with a rounded rectangular base measuring 219mm in width, 200mm in depth, and 23mm in height, with corner radii of 3mm.
Carve out a large rectangular void from the top, measuring 206mm by 117mm with a depth of 100mm, starting from a position 6.5mm from the left edge, 2mm... | $fn=100;
difference(){
roundedCube(219,200,23);
translate([6.5,2,1])
roundedCube(206,117,100);
translate([108.5,116,1])
rotate([0,0,90])
cylinder(h=200, d=164, center=false);
translate([38,150,1])
rotate([0,0,90])
cylinder(h=200, d=50, center=false);
translate([0,0,17])
cube([183,200,17]);
}
module roundedCube(x... | glb/cad_fd65a05415c5.glb |
Create a board game organizer insert with a base block measuring 161.5mm in length, 66mm in width, and 21mm in height, featuring rounded corners with a 3mm radius.
Carve the following voids into this base:
First, create a rectangular cutout for a laylines tray measuring 15mm by 66mm by 100mm, positioned at the origin... | $fn=100;
difference(){
roundedCube(161.5,66,21);
translate([0,0,8])
cube([15,66,100]);
translate([127.75,2,4])
roundedCube(18,18,20);
translate([136.75,0,-1])
rotate([0,0,90])
cylinder(h=30, d=12, center=false);
translate([128,32,4.5])
roundedCube(17.5,32,20);
translate([136.75,66,-1])
rotate([0,0,90])
cylinder(... | glb/cad_7eddc3cad0f9.glb |
Create a board game organizer insert by starting with a solid rectangular block measuring 125mm in width, 67.5mm in depth, and 73mm in height. From this main volume, carve out several specific voids to create storage compartments.
First, create a large rectangular cavity for miniatures starting at position (50, 0, 8) ... | $fn=100;
difference(){
cube([125,67.5,73]);
translate([50,0,8]){
translate([1.5,1.5,1])
cube([65.7,64.5,100]);
translate([70,1.75,1])
cube([3.5,64,100]);
translate([66,6.75,1])
cube([4.5,54,100]);
}
translate([5,57,64])
rotate([0,90,0])
cylinder(h=41.5, d=18, center=false);
translate([5,48,64])
cube([41.5,18,100... | glb/cad_c5421749c54c.glb |
Create a board game organizer insert by starting with a solid rectangular block measuring 66mm wide, 189.5mm long, and 95mm high. From this block, carve out a series of rectangular slots, all 63mm wide and 1mm from the bottom, starting 1.5mm from the side wall. These slots vary in length to create separate compartments... | $fn=100;
difference(){
cube([66,189.5,95]);
translate([1.5,1.5,1])
cube([63,19,100]);
translate([1.5,22,1])
cube([63,6,100]);
translate([1.5,29.5,1])
cube([63,9,100]);
translate([1.5,40,1])
cube([63,11,100]);
translate([1.5,52.5,1])
cube([63,14.5,100]);
translate([1.5,68.5,1])
cube([63,9,100]);
translate([1.5,... | glb/cad_c711f48b192a.glb |
Create a board game organizer insert with a base rectangular block measuring 161.5mm in length, 66mm in width, and 37mm in height. From this base, remove a large central rectangular volume starting 2mm from the front and side edges, measuring 157.5mm by 51.4mm, with a depth of 100mm, to create the main storage area.
W... | $fn=100;
difference(){
cube([161.5,66,37]);
translate([2,7.3,1])
cube([157.5,51.4,100]);
translate([2,1.5,1])
for (i = [0:2]){
translate([i*60.25,0,0])
cube([36.5,3.5,100]);
translate([4.5,2.5,0])
translate([i*60.25,0,0])
cube([28,3.5,100]);
translate([(i*60.25)+18.25,2,38])
rotate([90,0,0])
cylinder(h=500, d=30,... | glb/cad_cf5da1f9ecd5.glb |
Create a board game organizer insert with a base block measuring 66mm wide, 219mm long, and 33mm high.
Carve out a large rectangular card storage area starting 2mm from the left edge, measuring 62mm wide, 95mm long, and 100mm deep, with a semi-circular finger hole of 20mm radius centered at the front edge to facilita... | $fn=100;
difference(){
cube([66,219,33]);
translate([2,2,1])
cube([62,95,100]);
translate([33,0,-1])
rotate([0,0,0])
cylinder(h=50, r=20, center=false);
translate([-3.5,0,0]){
translate([5.5,101.25,1])
cube([4.5,30.5,100]);
translate([8.5,105.5,1])
cube([3.5,22,100]);
translate([12,99,1])
cube([55.5,35,100]);
t... | glb/cad_df9fd8f814f3.glb |
Create a saw to vacuum cleaner adapter by starting with a solid cylinder 53.5mm in diameter and 25mm in height. Carve out a hole through the center of this cylinder with a diameter of 35.6mm. To create the specific adapter shape, position the axis of this hole so that it is offset by 11mm along the Y-axis and tilted at... | outdia = 53.5;
india = 35.6;
india_out = 49.5;
len = 25;
conelen = 20;
difference() {
cylinder(h = len, d = outdia, $fn = 256);
translate([0, 11, -10])
rotate([25, 0, 0])
cylinder(h = len * 2, d = india, $fn = 256);
} | glb/cad_41617a1577fe.glb |
Create an extension card holder consisting of six identical storage slots arranged in a row, spaced 20mm apart from center to center. Each slot is built upon a rectangular base measuring 121mm by 20mm with a height of 3mm. Centered on this base, create a rectangular hollow pocket measuring 118.6mm by 11.8mm with a dept... | numholder=6;
conin = [118.6, 5.4, 7.5];
conwall = 1.5;
conout = [conin.x + 2 * conwall, conin.y + 2 * conwall, conin.z];
bottom = [conout.x , 20, 3];
mount=[8, 20, 3];
spacing=20;
bore=3;
notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
lh = 3,
ds = 3.2,
)
{
cylinder(h=lh, r1=dh/2, r2=ds/2, $fn=12);
cylind... | glb/cad_f3fd303d3b91.glb |
Create an extension card holder consisting of six identical units spaced 20mm apart along the Y-axis. Each unit begins with a rectangular block measuring 15mm wide, 9mm deep, and 6mm high. Carve a slot through the center of this block for a PCB, with a width of 15mm, a thickness of 3mm, and a depth of 1mm.
On the und... | numholder=6;
block = [15, 9, 6];
mount=[8, 11, 3];
pcbthickness=3;
pcbdive=1;
bore=3;
notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
lh = 3,
ds = 3.2,
)
{
cylinder(h=lh, r1=dh/2, r2=ds/2, $fn=12);
cylinder(h=l, r=ds/2, $fn=12);
}
module mount(x,y, left)
{
translate([x, y, 0]) {
difference() {
diffe... | glb/cad_55079bb0b231.glb |
Create a Da Vinci 1.0 External Filament Feeder. Start with a central cylindrical body with a radius of 9.5mm and a height of 5mm. Attach a rectangular base to this cylinder, measuring 19mm wide by 13.5mm long by 5mm thick, centered on the cylinder's axis.
Add a top wall and a bottom wall, each 19mm wide, 22.5mm long, ... | $fn=64;
FEEDER_HEIGHT=5;
OVERALL_HEIGHT=22.5;
NUB_SIZE=4;
rotate([90,0,0])
difference() {
union() {
cylinder(h=FEEDER_HEIGHT, r=19/2, center=true);
translate([0,-6,0])
cube([19,OVERALL_HEIGHT-19/2,FEEDER_HEIGHT], center=true);
translate([0,0,FEEDER_HEIGHT/2+.5])
cube([19,OVERALL_HEIGHT,2], center=true);
hull() {
t... | glb/cad_196406acf88b.glb |
Create an extension card holder consisting of eight identical storage units spaced 23mm apart along a central axis. Each unit begins with a base block measuring 60mm by 12mm by 3mm. On the top surface of this block, carve a longitudinal slot 1.9mm wide and 1.5mm deep, extending from a point 3mm from the front edge to t... | numholder=8;
outer=[60, 12, 3];
mount=[8, 11, 3];
$socketholdhigh=30;
$socketholdwidth=5;
$socketheadoffset=5;
$socketthickness=11;
$pcbthickness=1.9;
$pcbdive=1.5;
$pcbheadwall=3;
$smdheight=1;
spacing=23;
bore=3;
notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
lh = 3,
ds = 3.2,
)
{
cylinder(h=lh, r1=d... | glb/cad_f094184be2b9.glb |
Create an extension card holder consisting of eight identical storage units repeated linearly every 23mm along the Y-axis. Each unit begins with a rectangular base block measuring 15mm in width, 12mm in depth, and 3mm in height. Carve a horizontal slot through the center of this block for a PCB, with a thickness of 2.3... | $outerx=15;
$outery=12;
$outerz=3;
$socketholdhigh=25;
$socketholdwidth=5;
$socketheadoffset=3;
$socketthickness=8;
$pcbthickness=2.3;
$pcbdive=1.5;
$pcbheadwall=4;
$smdheight=1;
$mounty=11;
$mountx=8;
$mountz=3;
$bore=3;
$numholder=8;
$notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
lh... | glb/cad_5d4ed32dd233.glb |
Create an extension card holder consisting of four identical units spaced 26.5mm apart along the Y-axis. Each unit begins with a base rectangular block measuring 60mm in length, 12mm in width, and 3mm in height.
On each unit, carve a central slot for a PCB that is 2.3mm wide and 1.5mm deep, extending from the front e... | numholder=4;
outer=[60, 12, 3];
mount=[8, 14.5, 3];
$socketholdhigh=40;
$socketholdwidth=5;
$socketheadoffset=5;
$socketthickness=11;
$pcbthickness=2.3;
$pcbdive=1.5;
$pcbheadwall=3;
$smdheight=1;
spacing=26.5;
bore=3;
notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
lh = 3,
ds = 3.2,
)
{
cylinder(h=lh, ... | glb/cad_fa5277781f9d.glb |
Create an extension card holder consisting of six identical units spaced 26.5mm apart along the Y-axis. Each unit begins with a rectangular base block measuring 15mm wide, 12mm deep, and 3mm high. Carve a slot through the center of this block along its width, with a thickness of 2.3mm and a depth of 1.5mm, positioned s... | $outerx=15;
$outery=12;
$outerz=3;
$socketholdhigh=25;
$socketholdwidth=5;
$socketheadoffset=3;
$socketthickness=8;
$pcbthickness=2.3;
$pcbdive=1.5;
$pcbheadwall=4;
$smdheight=1;
$mounty=14.5;
$mountx=8;
$mountz=3;
$bore=3;
$numholder=6;
$notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
... | glb/cad_9f4844bf82b0.glb |
Create a protective case for a controller board with a base and a removable lid. The main body is a rectangular box with external dimensions of 83.1mm width by 151.4mm length and a total height of 28.6mm. The walls and floor are 2mm thick.
Inside the box, create a recessed cavity starting 2mm from the bottom and edges... | $fa=1;
$fs=0.25;
wall_thickness = 2;
margin = 0.5;
board_width = 79.1;
board_length = 147.50 + 27.9;
board_height = 22;
board_thickness = 1.6;
hole_diameter = 4.4;
x_hole_offset = 3;
y_hole_offset = 2.90;
standoff_height = 3;
standoff_radius = (hole_diameter / 2) + 1;
usb_width = 12.1;
usb_height = 10.8;
usb_x_offse... | glb/cad_b8da189bddd5.glb |
Create a fan bracket for a BIGTREETECH SKR V1.3 board. Start with a rectangular base plate measuring 109.67mm by 84.30mm with a thickness of 2mm. In the center of this plate, create a circular cutout with a diameter of 60mm to accommodate the fan.
At each of the four corners of the base plate, add a cylindrical stando... | $fa=1;
$fs=0.25;
board_length = 109.67;
board_width = 84.30;
board_width_hole_center = 76.1;
board_length_hole_center = 101.85;
standoff_height = 24;
bracket_thickness = 2;
fan_width = 60;
fan_length = 60;
fan_width_hole_center = 50;
fan_length_hole_center = 50;
corner_width_clip = (board_width - board_width_hole_ce... | glb/cad_42231ca80445.glb |
Create a fan bracket for a BIGTREETECH SKR V1.3 board. Start with a rectangular base plate measuring 109.67mm by 84.30mm with a thickness of 2mm. Centered within this plate, remove a circular cutout with a diameter of 80mm to allow for airflow.
At each of the four corners of the base plate, add a cylindrical standoff ... | $fa=1;
$fs=0.25;
board_length = 109.67;
board_width = 84.30;
board_width_hole_center = 76.1;
board_length_hole_center = 101.85;
standoff_height = 24;
bracket_thickness = 2;
fan_width = 80;
fan_length = 80;
fan_width_hole_center = 71;
fan_length_hole_center = 71;
corner_width_clip = (board_width - board_width_hole_ce... | glb/cad_585e16c9782b.glb |
Create a filament guide for a 3D printer. Start with a rectangular base block that is 43.3mm long, 9.3mm wide, and 12mm high. At the front end of the block, create a clipping mechanism by removing a central rectangular section 7mm long and 3.75mm wide, and adding two angled relief cuts on the sides to facilitate clippi... | $fa=1;
$fs=0.25;
slot_width = 6.3;
frame_thickness = 3.3;
catch_extension = 1.5;
catch_length = 4;
holder_height = 12;
holder_length = 40;
ptfe_tube_diameter = 4.3;
filament_diameter = 2.4;
wall_thickness = 2;
width = slot_width + (2 * catch_extension);
length = catch_length + frame_thickness + holder_length;
cen... | glb/cad_c8efb322c760.glb |
Create a Rubik's Cube Solving Robot Platform by starting with a rectangular base. From this base, remove two hexagonal prisms to create holes for hex nuts, each with a flat diameter of 6.5mm. Position the first hexagonal cutout at coordinates (10, 14) and the second at (93, 14), extending them vertically through the he... | include <platform_common.scad>
difference() {
platform_half();
translate([10, 14, -2])
linear_extrude(height - 3 - hex_nut_height + 2)
hex(hex_nut_flat_diameter);
translate([93, 14, -2])
linear_extrude(height - 3 - hex_nut_height + 2)
hex(hex_nut_flat_diameter);
}
new_tongue_height = ton... | glb/cad_0512be3bc8dc.glb |
Create a vertical mount for a Google Pixel Stand 2. Start by constructing a base support that combines a semi-cylindrical back with a flat front section. The overall maximum width is 72mm, with a back radius of 28mm and a total depth of 76mm. The front edge features a raised "chin" 6.5mm high, with corners rounded to a... | use <geodesic_sphere.scad>
base_width_max = 72;
base_back_radius = 28;
base_depth = 76;
base_flat_depth = 25;
chin_rise = 6.5;
base_corner_radius = 13;
base_under_radius = 8;
bracket_width = 40;
bracket_height = 50;
bracket_wall_thickness = 6;
base_sf = 1.05;
round_by = 1.25;
$fn=16;
module offset_3d(r=1, size=10... | glb/cad_21a9ac2751b4.glb |
Create a corner brace for furniture repair. Start with a rectangular block that is 19mm thick, 60mm wide, and 103mm long. Cut the two ends of the block at 45-degree angles so that the longest dimension of the part is 103mm, but the central section is a shorter 47mm.
On the largest flat face, create two primary holes t... | short_side = 47;
thickness = 19;
width = 60;
hole_diameter = 10;
hole1_ht = 10;
hole2_ht = 40.5;
screw_diameter = 4;
counter_sink_diameter = 9.2;
screw1_ht = 16.8;
screw2_ht = 45.7;
difference() {
#color("green")translate([-(short_side+3*thickness)/2,0,0])rotate([0,0,0])cube([short_side+3*thickness,thickness,width], ... | glb/cad_5f8fc02c195e.glb |
Create a storage adapter for a vacuum floor tool by constructing a composite base and removing a central rectangular void. Start by forming the main body: combine a cylinder with a radius of 25mm and a height of 33mm, centered on the X-axis, with a rectangular block measuring 25mm wide, 9mm deep, and 33mm high, positio... | $fn=123;
difference() {
union() {
intersection() {
translate([-30/2, 0, 0]) cube([2*30/2, 6, 33]);
translate([0, -25+6, 0]) cylinder(r=25, h=33);
}
translate([-25/2,-9,0]) cube([25,9,33]);
}
translate([-11.5/2, -9.01, 33-20]) cube([11.5, 9.02, 20.01]);
translate([-17.75/2, -.01, 33-... | glb/cad_128f168055f2.glb |
Create a cover for a 4x4 membrane keypad. Start with a rectangular base plate measuring 88mm by 90mm with a thickness of 2.75mm.
Cut a large rectangular opening from the center of the plate to accommodate the keypad. This opening is defined by a hull of four cylinders located at the corners of a 69.7mm by 76.8mm area... | $fn=123;
rotate([0,0,45/4])
difference() {
hull() {
translate([3,0,0]) cube([88-2*3, 90, 2.75]);
translate([0,3,0]) cube([88, 90-2*3, 2.75]);
}
translate([88/2, 90/2, -.01]) {
hull() {
translate([-69.7/2+10/2+4.25, -76.8/2+10/2+7.5, 0])
cylinder(r1=7, r2=10/2, h=3.02);
translate... | glb/cad_911a12b012cc.glb |
Create a cover for a 4x4 membrane keypad by starting with a rectangular base plate measuring 88mm by 90mm with a thickness of 2.75mm. The plate should have slightly rounded corners created by a hull of two rectangles: one 82mm by 90mm and another 88mm by 84mm.
Cut a central rectangular opening out of the base to accom... | $fn=123;
rotate([0,0,45/4])
difference() {
hull() {
translate([3,0,0]) cube([88-2*3, 90, 2.75]);
translate([0,3,0]) cube([88, 90-2*3, 2.75]);
}
translate([88/2, 90/2, 3-.96]) {
hull() {
translate([-69.7/2+10/2, -76.8/2+10/2, 0]) cylinder(r=10/2, h=3);
translate([+69.7/2-10/2, -76.8/2+10... | glb/cad_13945b5cc6e7.glb |
Create a top plug for a cabinet consisting of three stacked, concentric sections with rounded ends. The base is a flat, pill-shaped disc created by the convex hull of two cylinders with a radius of 5.75mm, positioned 6.5mm apart center-to-center, and a height of 1mm. Centered on top of this base, add a second section t... | $fn=123;
hull() {
translate([-13/2+11.5/2,0,0]) cylinder(r=11.5/2, h=1);
translate([13/2-11.5/2,0,0]) cylinder(r=11.5/2, h=1);
}
translate([0,0,1]) hull() {
translate([-8.75/2+7.25/2,0,0]) cylinder(r1=7.5/2, r2=7.25/2, h=3);
translate([8.75/2-7.25/2,0,0]) cylinder(r1=7.5/2, r2=7.25/2, h=3);
}
translate([0,0,... | glb/cad_f5c94df12a06.glb |
Create a center foot for a cabinet by constructing a composite base and a central mounting post. Start with a cylindrical base that has a radius of 10mm and a height of 5mm. Centered on top of this base, add a rectangular block that is 11mm wide, 7mm deep, and 13mm tall. The block's vertical profile should be a hull fo... | $fn=123;
rotate([180,0,0])
difference() {
union() {
hull() {
translate([-7/2-2,-7/2+3,0]) cube([2+7+2,7-.7,4]);
translate([-7/2-2,-7/2+.3,4]) cube([2+7+2,7+2,6+3]);
}
translate([0,.3,10]) cylinder(r=20/2, h=5);
}
translate([0,0,-.01]) cylinder(r1=8/2, r2=7/2, h=13+.02);
} | glb/cad_5e149b7f0db9.glb |
Create a corner foot for a cabinet by constructing a composite base and a central mounting feature. Start with a cylindrical base 10mm high with a radius of 10mm. On top of this base, create a central vertical structure that transitions from a rectangular profile to a rounded top. This upper section should be formed by... | $fn=123;
rotate([180,0,0])
difference() {
union() {
hull() {
translate([-7/2-.5,-7/2+3,0]) cube([.5+7+.5,7-.7,4]);
translate([-7/2-2,-7/2+.3,4]) cube([2+7+2,7+2,6+3]);
}
translate([0,.3,10]) cylinder(r=20/2, h=5);
}
translate([-7/2-1.5,-7/2-1.5,-.01])
rotate([0,0,45]) cube([2,3,10.01... | glb/cad_f7ffbdffe305.glb |
Create a roomba stopper for a laundry hanger by constructing a cylindrical ring with an outer diameter of 25mm and an inner diameter of 17mm, with a total height of 15mm. The ring should have a wide opening cut out of one side to allow it to snap onto a bar.
Extend two symmetrical, flat-bottomed feet from opposite si... | $fn=123;
id=17/2;
wall=5; sz=15;
difference() {
union() {
cylinder(r=id+wall, h=sz);
rotate([0,0,+90+45+5]) translate([id+wall/2, -wall/2, 0]) hull() {
translate([wall/2,wall/2,0]) cylinder(r=wall/2+.25, h=sz);
translate([23-wall/2,wall/2,0]) cylinder(r=wall/2, h=sz);
}
rotate([0,0,-9... | glb/cad_30d39d65e4a7.glb |
Create a drawer divider for a cabinet by constructing a thin rectangular plate with rounded corners. The plate should have a total length of 51mm, a width of 30mm, and a uniform thickness of 1.5mm. To achieve the rounded edges, ensure each corner is defined by a radius of 2mm. | $fn=123;
hull() {
translate([2, 2, 0]) cylinder(r=2, h=1.5);
translate([51-2, 2, 0]) cylinder(r=2, h=1.5);
translate([51-2, 30-2, 0]) cylinder(r=2, h=1.5);
translate([2, 30-2, 0]) cylinder(r=2, h=1.5);
} | glb/cad_fc4d6caec56d.glb |
Create three drawer dividers. For the first two dividers, create a rectangular base 51mm long, 30mm wide, and 1.5mm thick. The four corners of this base should be rounded with a radius of 2mm. Centered along the length of each base, add two thin vertical ribs, each 1.5mm wide, 30mm long, and 2mm high, positioned symmet... | $fn=123;
module divider(len=51) {
hull() {
translate([2, 2, 0]) cylinder(r=2, h=1.5);
translate([len-2, 2, 0]) cylinder(r=2, h=1.5);
translate([len-2, 30-2, 0]) cylinder(r=2, h=1.5);
translate([2, 30-2, 0]) cylinder(r=2, h=1.5);
}
}
translate([0,0,0]) {
divider(51);
translate([51/2-1.75/2-1.5,... | glb/cad_7ac858c1d01a.glb |
Create a display shade for a power supply by constructing a hollowed-out shell. First, create a solid block with a width of 139mm, a depth of 58mm, and a height of 50mm. Soften the vertical edges of this block by applying a 7mm fillet radius to the two front-facing vertical corners and the bottom front edge.
Next, cr... | module shade(size=[10,10,10], cr=4) {
hull() {
translate([cr,cr,0]) cylinder(r=cr, h=size.z, $fn=88);
translate([size.x-cr,cr,0]) cylinder(r=cr, h=size.z, $fn=88);
translate([0,cr,0]) cube([size.x, size.y-cr, size.z]);
}
}
difference() {
shade([3+133+3, 55+3, 50], cr=3+4);
translate([3, 3, -.01]) s... | glb/cad_4a0a79214b74.glb |
Create a mini-reel tray that is 190mm long, 102mm wide, and 40mm high. The main body is a rectangular block with a large cylindrical section removed from the top to create a cradle. This cutout should be a horizontal cylinder with a diameter of 102mm, centered along the length of the tray and extending from the top sur... | Tray_Length = 190;
Reel_Diameter = 100;
Tolerance = 1;
Panel_Thickness = 1.25;
Compartments = 2;
Open_Ended = false;
TrayHeight = Reel_Diameter/2 - 10;
epsilon = 0.1;
module oblong_slot(length, width, height) {
diameter = min(width, length);
radius = diameter / 2;
offs_x = (length > width) ? length / 2 - r... | glb/cad_1fdf246693dc.glb |
Create a hood support bar clip with a uniform height of 9mm. Start with a base rectangular block 20mm wide, 4mm deep, and 9mm high, but remove a central channel 20mm wide and 2mm deep to create two parallel outer walls.
Add an insert section consisting of three parts: a central block 10mm wide, 2mm deep, and 9mm high... | $fn = 40;
clipR = 4;
clipW = 2;
thick = 9;
translate([-10, -clipW, 0])
difference() {
cube([20, clipW*2, thick]);
translate([clipW, -1, -1])
cube([20, clipW+1, thick+2]);
}
side = 10 / sqrt(2);
translate([3, 0, 0]) {
translate([-5, -2, 0])
cube([10, 2, thick]);
translate([-1.5, -11, 0])
cube([3, 9, thi... | glb/cad_43d10562ae5c.glb |
Create a hood support bar clip with a uniform thickness of 9mm. Start with a central base consisting of a rectangular block 14mm wide, 2mm deep, and 9mm thick, centered on the X-axis. Add a top shelf block 10mm wide and 2mm deep, positioned from X=-5 to X=5 and Y=-2 to 0. Attach a vertical down tube 3mm wide and 9mm de... | $fn = 40;
clipR = 4;
clipW = 2;
thick = 9;
translate([-7, 0, 0])
cube([14, clipW, thick]);
side = 10 / sqrt(2);
translate([-5, -clipW, 0])
cube([10, clipW, thick]);
translate([-1.5, -clipW-9, 0])
cube([3, 9, thick]);
translate([3.5, -11, 0])
rotate([0, 0, 75])
cube([8, 1.5, thick]);
translate([-3.5, -11, 0]) {
... | glb/cad_b94363678a12.glb |
Create a bonnet stay clip consisting of a base, an insert, and a top locking mechanism. Start with a rectangular base block measuring 6.5mm by 27mm by 11mm. Carve out a large central section from the base, leaving a slim outer shell and a small rectangular guide measuring 13.2mm by 1.4mm by 5.5mm positioned at the cent... | $fn=40;
difference() {
cube([6.5,27,11]);
union() {
translate([-1,4.2,0]) cube([17,11.8,9.8]);
translate([-1,-1,-1]) cube([17,24.7,10.2]);
translate([-1,-1,-1]) cube([17,26.2,8.4]);
rotate([0,90,0]) translate([-7.7,23.7,-1]) cylinder(r=1.5, h=17);
}
}
translate([0,10.1,0.2]) rotate([90,0,90]) {
translate(... | glb/cad_f651a07a57aa.glb |
Create a hex bolt with a threaded shaft and a hexagonal head. The bolt should have an outer thread diameter of 8mm and a thread pitch of 1.25mm. The threaded section of the shaft should be 25mm long.
For the head, create a regular hexagon with a distance of 12mm between opposite flat sides and a total head height of 5... | type = "bolt";
head_type = "hex";
drive_type = "socket";
head_diameter = 12;
head_height = 5;
drive_diameter = 5;
slot_width = 1;
slot_depth = 2;
texture = "exclude";
thread_outer_diameter = 8;
thread_s... | glb/cad_8dc97edd211f.glb |
Create a T12 soldering iron stand consisting of a base and a holder assembly.
Start with a rectangular base measuring 110mm in length and 54mm in width, with a thickness of 7mm. On the bottom surface, center a rectangular cutout measuring 100mm by 30mm and 6mm deep to accommodate weights. Additionally, create four ci... | use <../lib/commons.scad>
use <../lib/m3.scad>
mesh_x=50;
mesh_y=50;
mesh_z=50;
mesh_offset=20;
w=2;
xx=mesh_x+2*w;
yy=mesh_y+2*w;
zz=mesh_z+2*w;
x=110;
base_z=5+w;
leg_x=4.2;
leg_y=20.9;
module base() {
difference() {
cube([x, yy, base_z]);
tran([x-5, 0,-1]) rotZ(-45) cube([20,20,base_z+2]);
tran([x-5, yy,... | glb/cad_802135f278cb.glb |
Create a door handle system for a glass panel by constructing two mirrored assemblies. For each assembly, create two magnet holders: each is a cube measuring 15mm x 15mm x 8mm with a centered cylindrical hole 5.2mm in diameter and 3mm deep to house a magnet. Position one holder to be attached to the glass and one to a ... | magnet_diameter = 5;
magnet_thickness = 3;
glass_thickness = 3;
$fn = 50;
t2 = 5;
t3 = 1;
d1 = magnet_diameter + 0.2;
t1 = magnet_thickness;
g1 = glass_thickness;
x2 = (d1+(2*t2));
x3 = 2*x2;
module make_magnet_holder () {
difference() {
translate([-(d1+(2*t2))/2, -(d1+(2*t2))/2,0]) cube([d1+(2*t2), ... | glb/cad_9afedb631f31.glb |
Create a door handle for a round magnet and acrylic sheet. Start by creating a magnet holder, which is a cube measuring 15mm x 15mm x 8mm. Subtract a cylinder from the center of this cube with a diameter of 5.2mm and a height of 3mm, positioned so that the hole is recessed by 1mm from the bottom face.
Construct the fu... | magnet_diameter = 5;
magnet_thickness = 3;
glass_thickness = 3;
$fn = 50;
t2 = 5;
t3 = 1;
d1 = magnet_diameter + 0.2;
t1 = magnet_thickness;
g1 = glass_thickness;
x2 = (d1+(2*t2));
x3 = 2*x2;
module make_magnet_holder () {
difference() {
translate([-(d1+(2*t2))/2, -(d1+(2*t2))/2,0]) cube([d1+(2*t2), ... | glb/cad_9afedb631f31.glb |
Create a drawer divider support consisting of two intersecting rectangular blocks that form a cross shape. Each block must be 30mm wide and 15mm high. The overall structure is formed by two perpendicular walls, each with a total thickness of 5mm.
Within each of these 5mm thick walls, carve a centered slot that is 1mm... | divider_thickness = 1;
support_wall_thickness = 2;
support_height = 15;
support_width = 30;
support_length = support_width;
total_thickness = divider_thickness + (2 * support_wall_thickness);
module makebox ( xbox, ybox, zbox ) {
translate([-(xbox/2), -(ybox/2), 0])
cube([xbox, ybox, zbox]);
}
difference()... | glb/cad_397724356b89.glb |
Create an embossing stamp consisting of two mirrored handle halves connected by a central hinge. Each handle is a rectangular block 48mm wide, 70mm long, and 4mm high, with rounded ends created by cylinders with a 4mm radius.
On the inner face of each handle, integrate a rectangular plate 40mm wide and 40mm long. On o... | image_file = "flower.png";
hinge_placement = 1;
emboss_height = 1.5;
invert_brightness = false;
flip_image = false;
$fa = 6;
$fs = 1.5;
image_width = 40;
image_length = 40;
image_padding = 4;
handle_width = image_width + image_padding*2;
handle_length = 70;
handle_height = emboss_height+2.5;
nub = 3;
tol = 0.4;
... | glb/cad_420b2d0bc0f4.glb |
Create a Keyguard Designer for iPad Keyboards. Start by constructing a rectangular perimeter with a width of 280mm, a height of 109mm, and a thickness of 5mm. The upper corners should have a radius of 1mm and the lower corners a radius of 10mm. The outer wall thickness of this perimeter is 3mm.
Divide the interior spa... | keyboard_width="280";
keyboard_height="109";
keyguard_thickness="5";
perimeter_width="3";
left_side_gap="0";
upper_keyboard_corner_radius="1";
lower_keyboard_corner_radius="10";
upper_tab_width="0";
upper_tab_depth="0";
upper_tab_inset="0";
upper_tab_thickness="1";
lower_tab_width="0";
lower_tab_depth="0";
lower_tab_i... | glb/cad_4e9da5c20ed0.glb |
Create a Customizable Head Pointer consisting of a head mount and a pointer retention bolt.
Construct the head mount as a central connector with four arms extending outward. The front and back arms are straight, while the side arms are angled at 75 degrees relative to the center. Each arm is 2mm thick and 24mm wide. ... | part = "arm connector";
brow_distance = 160;
top_of_ear_distance = 140;
bottom_of_ear_distance = 0;
curve_of_skull_distance = 160;
neck_distance = 0;
temple_angle = 75;
arm_thickness = 2;
dovetail_joint_tightness = 0;
dovetail_joint_thickness = 4;
hat_band_width = 10;
hat_band_thickness = 1;
neck_band_width = 10;... | glb/cad_1db16c077394.glb |
Create a custom support leg for a mounting system. The object is a 25mm wide extruded profile. Start by creating a 2D base polygon and extruding it to a height of 25mm. The profile begins at (0,0), extends to a length of 35.7mm along the X-axis, and rises to a total height of 31.4mm along the Y-axis.
The shape featur... | leg_length=30;
shelf_length=25;
lip_height=5;
support_width=25;
add_shelf_ridges="yes";
support_thickness = 5.7;
fudge = 0.05;
Ax = leg_length+support_thickness;
Ay = 0;
Bx = Ax;
By = shelf_length+2*support_thickness;
Cx = leg_length-lip_height;
Cy = By;
Dx = Cx;
Dy = support_thickness+shelf_length;
Ex = leg_length;
... | glb/cad_dc799ab0715f.glb |
Create a Keyguard Designer for Chromebooks. Start by constructing a rectangular perimeter with a width of 272mm and a height of 103mm. The walls should have a thickness of 2mm and a base height of 0.5mm, rising to a total depth of 1.8mm. Apply a corner radius of 2mm to the outer edges. The interior of the rectangle sho... | keyboard_width="272";
keyboard_height="103";
key_depth="1.8";
keyguard_rise="0.5";
perimeter_width="2";
left_side_gap="0";
keyboard_corner_radius="2";
angled_perimeter = "yes";
upper_tab_width="20";
upper_tab_depth="10";
upper_tab_inset="5";
upper_tab_thickness="0";
lower_tab_width="60";
lower_tab_depth="10";
lower_t... | glb/cad_1550f13de2d1.glb |
Create a Customizable Universal Cuff Utensil Holder palm loop. Start by constructing a flat, organic palm-shaped base that is 80mm long and 30mm high with a thickness of 8mm. The overall shape should be a hull formed by two circles—one for the pointer finger and one for the little finger—connected by a larger arc that ... | part = "palm loop";
palm_loop_height = 30;
palm_loop_length = 80;
palm_loop_width = 8;
include_lower_utensil_mount = "yes";
include_lower_tool_mount = "no";
include_little_finger_tool_mount = "no";
include_upper_utensil_mount = "no";
include_thumb_rest = "no";
include_thumb_loop_mount = "no";
circular_loop_diamet... | glb/cad_3c5c93a77c91.glb |
Create a Customizable Straw Holder by constructing a central vertical cylinder with an outer radius of 6mm and a height of 15mm, centered on the origin. Remove a smaller concentric vertical cylinder from the center with a radius of 3mm and a height slightly exceeding 15mm to create a hollow tube. Attach a rectangular b... | straw_diameter = 6;
straw_holder_height = 15;
cup_diameter=88;
cup_wall_thickness=3;
straw_dia = straw_diameter;
straw_radius=straw_dia/2;
straw_wall=3;
cup_radius=cup_diameter/2;
tab_length=straw_radius+straw_wall+cup_wall_thickness+5;
$fn=100;
difference(){
union(){
cylinder(r=straw_radius+straw_wall,h=straw_ho... | glb/cad_6cb82b73bf10.glb |
Create a magnetic shoelace closure consisting of a main block and a matching cap.
The main block is a rectangular prism with a length of 50mm, a thickness of 8mm, and a width of 16mm. Centered within this block, create a rectangular cavity to hold two bar magnets, each measuring 20mm by 5mm by 3mm. Position this cavi... | inter_lace_distance = 20;
lace_hole_diameter = 5;
preferred_width_of_each_block = 16;
magnet_length = 20;
magnet_width = 5;
magnet_thickness = 3;
number_of_magnet_slots = 2;
number_of_magnets_per_slot = 2;
num_lace_holes = 3;
block_length1 = inter_lace_distance*(num_lace_holes - 1) + 10;
block_length2 = number_of_m... | glb/cad_636e3048d555.glb |
Create a parametric drawer for a card storage system with an exterior width of 50mm, depth of 160mm, and a front height of 80mm. The drawer walls and bottom should have a thickness of 2mm, while the front panel is 5mm thick.
Hollow out the main body of the drawer, leaving the specified wall thicknesses. In the front ... | MODEL_TO_MAKE = 1;
DRAWER_DEPTH = 160;
DRAWER_WIDTH = 50;
DRAWER_FRONT_HEIGHT = 80;
DRAWER_SIDES_HEIGHT = 20;
DRAWER_THICKNESS = 2;
DRAWER_FRONT_THICKNESS = 5;
DIVIDER_SLOTS = [40,60,80,100, 120, 140];
DIVIDER_THICKNESS = 1.2;
DIVIDER_TOLERANCE = 0.1;
DIVIDER_DEPTH = 1;
DIVIDE... | glb/cad_d77e6dedb495.glb |
Create a connector for paper drinking straws by joining three capsule-like arms that meet at a central point. Start with a central sphere of radius 2.8mm. From this center, extend three arms, each formed by the convex hull of two spheres.
The first arm is created by the hull of the central sphere and a second sphere ... | $fn=25;
r=2.6;
R=2.8;
t=3;
a=0;
b=120;
c=240;
phi=(sqrt(5)+1)/2;
d=2*atan(phi);
e=0;
hull() {
translate([0,0,0]) sphere(r);
translate((2*r+t)*[sin(a), cos(e)*cos(a), sin(e)*cos(a)]) sphere(r);
}
hull() {
translate([0,0,0]) sphere(r);
translate((r+R+t)*[sin(b), -cos(d+e)*cos(b), -sin(d+e)*cos(b)]) sphere... | glb/cad_6b691f3df83a.glb |
Create a connector for a truncated icosahedron model consisting of three joined cylindrical arms extending from a central point. Each arm is formed by the convex hull of two spheres.
First, create a central sphere with a radius of 2.6mm. From this center, extend the first arm by creating a second sphere with a radius... | $fn=25;
r=2.6;
R=2.8;
t=3;
a=0;
b=180-108/2;
c=180+108/2;
d=acos(sin(30)/cos(54));
hull() {
translate([0,0,0]) sphere(r);
translate((2*r+t)*[sin(a), -cos(a), 0]) sphere(r);
}
hull() {
translate([0,0,0]) sphere(r);
translate((r+R+t)*[sin(b), -cos(d)*cos(b), -sin(d)*cos(b)]) sphere(R);
}
hull() {
tran... | glb/cad_871c52f8b705.glb |
Create an SD and microSD card case consisting of a tray and a cover. The tray is a rectangular block measuring 85.2mm in length, 50.28mm in width, and 3.45mm in thickness.
Within this tray, carve out one SD card slot and seven microSD card slots. The SD card slot is a recessed cavity measuring 32mm by 24.5mm with a d... | $fn=50;
tray_length=86.6-1.4;
tray_width=53.98-3.7;
tray_thickness=3.45;
sdcard_length=32;
sdcard_width=24.5;
sdcard_thickness=2.2;
microsdcard_length=15.2;
microsdcard_width=11;
microsdcard_thickness=1;
microsdcard_slotpositionY=-tray_width/2+microsdcard_length/2-.05;
sdcard_slotpositionY=tray_width/4-1;
sdcard_slo... | glb/cad_cb1b6636ceeb.glb |
Create an SD/microSD card case consisting of a tray and a cover. The tray is a rectangular block with overall dimensions of 85.2mm in length, 50.28mm in width, and 3.45mm in thickness.
Within this tray, carve out one SD card slot measuring 32mm by 25mm with a depth of 2.2mm. Additionally, carve out seven microSD card... | $fn=50;
tray_length=86.6-1.4;
tray_width=53.98-3.7;
tray_thickness=3.45;
sdcard_length=32;
sdcard_width=25;
sdcard_thickness=2.2;
microsdcard_length=15.2;
microsdcard_width=11;
microsdcard_thickness=1;
microsdcard_slotpositionY=-tray_width/2+microsdcard_length/2-.05;
sdcard_slotpositionY=tray_width/4-1;
sdcard_slotp... | glb/cad_6b4c33fb4e00.glb |
Create a Golf Ball Line Stencil by starting with a sphere that has a diameter of 48mm. Carve out a central spherical void from this shape with a diameter of 43mm to create a shell with a uniform wall thickness of 5mm. To create the stencil opening, cut a straight channel through the entire model along the Y-axis. This ... | stiftbreite = 5;
balldurchmesser = 43;
wandstaerke = 5;
$fn = 65;
difference() {
intersection() {
color("red") sphere(d = balldurchmesser + wandstaerke);
union() {
translate([0,0,wandstaerke/2]) ebene(centered = true);
translate([-balldurchmesser, 0- stiftbreite/2 , 0]) rotate([90, 0, 0]) ebene... | glb/cad_3c3c1f2de35f.glb |
Create a nozzle cleaner tool by starting with a rectangular block that is 15mm wide, 45mm long, and 3.5mm high. Center the block on its X and Y axes. To create the cleaning slots, remove two cylindrical sections from the top of the block. The first cutout is a cylinder with a radius of 3mm, centered at one end of the l... | Length=45;
Width=15;
Height=3.5;
$fn=55;
difference() {
cube([Width,Length,Height],true);
union() {
translate([0,Length/2,0]) cylinder(Height+0.01,3,7,true);
translate([0,-Length/2,0]) cylinder(Height+0.01,1.7,5.5,true);
}} | glb/cad_c9ec7ca6a0ce.glb |
Create a Space Base Insert organizer by starting with a base rectangular block measuring 109mm in width, 50.5mm in depth, and 76mm in height, ensuring all outer corners are rounded with a 3mm radius.
Carve out a primary central cavity for cards measuring 92mm wide, 43mm deep, and 100mm high, positioned 8.5mm from the... | $fn=100;
difference(){
roundedCube(109,50.5,76);
translate([8.5,3.75,3])
cube([92,43,100]);
translate([17,-1,3])
cube([75,53,100]);
translate([16,13.75,-1])
roundedCube(77,23,100);
translate([17,-13.75,-1])
roundedCube(75,23,100);
translate([17,41.75,-1])
roundedCube(75,23,100);
translate([-3.5,3.75,-1])
rounded... | glb/cad_bc6f4d90e70d.glb |
Create a Space Base Insert organizer by starting with a base rectangular block measuring 109mm in width, 50.5mm in depth, and 58mm in height, ensuring all outer corners are rounded with a 3mm radius.
Carve out a large central rectangular opening for cards measuring 92mm wide, 43mm deep, and 100mm high, positioned 8.5... | $fn=100;
difference(){
roundedCube(109,50.5,58);
translate([8.5,3.75,3])
cube([92,43,100]);
translate([17,-1,3])
cube([75,53,100]);
translate([16,13.75,-1])
roundedCube(77,23,100);
translate([17,-13.75,-1])
roundedCube(75,23,100);
translate([17,41.75,-1])
roundedCube(75,23,100);
translate([-3.5,3.75,-1])
rounded... | glb/cad_5867314deed6.glb |
Create a Space Base Insert organizer by starting with a rectangular block measuring 235mm in length, 136mm in width, and 29mm in height, ensuring all exterior corners are rounded with a 3mm radius. Hollow out the center of this block to create a tray with a wall thickness of 2mm on the sides and a floor thickness of 1m... | $fn=100;
difference(){
roundedCube(235,136,29);
translate([21,2,1])
roundedCube(193,132,29);
translate([8,0,24])
cube([227,75,25]);
translate([0,68,-1])
rotate([0,0,90])
cylinder(h=200, d=38, center=false);
translate([235,68,-1])
rotate([0,0,90])
cylinder(h=200, d=38, center=false);
}
module roundedCube(x,y,z)
{
... | glb/cad_9b7083e2a397.glb |
Create a Space Base Insert organizer by starting with a rectangular block measuring 136mm in length, 48mm in width, and 31mm in height, ensuring all corners are rounded with a 3mm radius.
Carve out a central rectangular opening for cards that is 92mm long, 43mm wide, and 30mm deep, positioned 22mm from the front edge... | $fn=100;
difference(){
roundedCube(136,48,31);
translate([22,2.5,6])
cube([92,43,30]);
translate([68,50,46])
rotate([90,0,0])
cylinder(h=200, d=80, center=false);
translate([1,23.5,-1])
rotate([0,0,90])
cylinder(h=200, d=38, center=false);
translate([135,23.5,-1])
rotate([0,0,90])
cylinder(h=200, d=38, center=fals... | glb/cad_f938095fe886.glb |
Create a Space Base Insert organizer by starting with a rectangular block measuring 152mm in length, 89.5mm in width, and 25mm in height, ensuring all corners are rounded with a 3mm radius. Hollow out the center of this block by removing a rounded rectangular volume that is 90mm long, 65.5mm wide, and 23mm deep, positi... | $fn=100;
difference(){
roundedCube(152,89.5,25);
translate([31,12,15])
minkowski(){
cube([90,65.5,23]);
sphere(r=10);
}
translate([6.5,0,19])
cube([139,89.5,29]);
translate([0,44.75,-1])
rotate([0,0,90])
cylinder(h=200, d=38, center=false);
translate([152,44.75,-1])
rotate([0,0,90])
cylinder(h=200, d=38, center=fa... | glb/cad_bcf38516baf3.glb |
Create a Space Base Insert organizer by starting with a rectangular block measuring 136mm wide, 192mm long, and 21mm high. Apply a 3mm fillet to the vertical edges of this block.
Carve three identical rectangular slots into the top surface. Each slot should be 44mm wide, 184mm long, and 100mm deep. Position these slo... | $fn=100;
difference(){
roundedCube(136,192,21);
translate([1,4,1.5])
for (i=[0:2]){
translate([(i*45),0,0])
roundedCube(44,184,100);
translate([(i*45)+22,223.5,10])
rotate([90,0,0])
cylinder(h=200, d=20, center=false);
translate([(i*45)+12,2,10])
cube([20,200,20]);
}
}
module roundedCube(x,y,z)
{
r=3;
translate([r... | glb/cad_9a03a40ddc3f.glb |
Create a Space Base Insert organizer by starting with a main rectangular block measuring 109mm in width, 50.5mm in depth, and 71mm in height, ensuring all outer corners are rounded with a 3mm radius.
Carve out a large central card opening measuring 92mm wide, 43mm deep, and 100mm high, positioned 8.5mm from the left ... | $fn=100;
difference(){
roundedCube(109,50.5,71);
translate([8.5,3.75,3])
cube([92,43,100]);
translate([17,-1,3])
cube([75,53,100]);
translate([16,13.75,-1])
roundedCube(77,23,100);
translate([17,-13.75,-1])
roundedCube(75,23,100);
translate([17,41.75,-1])
roundedCube(75,23,100);
translate([-3.5,3.75,-1])
rounded... | glb/cad_c301e8e436f2.glb |
Create a Space Base Insert organizer by starting with a base rectangular block measuring 109mm in width, 50.5mm in depth, and 12mm in height, ensuring all outer corners are rounded with a 3mm radius.
Carve out a primary central card opening measuring 92mm wide, 43mm deep, and 100mm high, positioned 8.5mm from the lef... | $fn=100;
difference(){
roundedCube(109,50.5,12);
translate([8.5,3.75,3])
cube([92,43,100]);
translate([17,-1,3])
cube([75,53,100]);
translate([16,13.75,-1])
roundedCube(77,23,100);
translate([17,-13.75,-1])
roundedCube(75,23,100);
translate([17,41.75,-1])
roundedCube(75,23,100);
translate([-3.5,3.75,-1])
rounded... | glb/cad_939e174fc50d.glb |
Create a Space Base Insert organizer by starting with a solid rectangular base measuring 136mm wide, 192mm long, and 5mm thick. From this base, remove a grid of rectangular slots and cutouts to create a series of trays.
First, create six primary slots by removing six rectangular blocks, each 43mm wide and 92mm long, ... | $fn=100;
difference(){
cube([136,192,5]);
translate([1.5,2,2])
for (i=[0:3],j=[0:2]){
translate([(i*45),(j*96),0])
cube([43,92,100]);
translate([(i*45)+10,(j*96)+10,-3])
roundedCube(23,72,100);
translate([(i*45)-7.5,(j*96)+10,-3])
roundedCube(13,72,100);
translate([(i*45)+10,(j*96)-10,-3])
roundedCube(23,16,100);
... | glb/cad_f1ba2d89d5be.glb |
Create a Space Base Insert organizer by starting with a rectangular block measuring 136mm in length, 53mm in width, and 29mm in height, ensuring all corners are rounded with a 3mm radius.
Carve five identical rectangular channels into the top surface to hold dice. Each channel must be 17mm wide, 49mm deep, and 62mm h... | $fn=100;
difference(){
roundedCube(136,53,29);
translate([16,0,0]){
translate([7,2,12.5])
for(i = [0:4]){
translate([(i*18.5),0,0])
cube([17,49,62]);
}
translate([20,26.5,43])
rotate([0,90,0])
cylinder(h=70, d=50, center=false);
translate([15.5,1.5,1])
for(i = [0:4]){
translate([(i*18.5),75,23.5])
rotate([90,0,0])
... | glb/cad_e1cc978a510a.glb |
Create a Space Base Insert organizer by starting with a rectangular block measuring 136mm in length, 48mm in width, and 31mm in height, ensuring all vertical edges are rounded with a 3mm radius. From this base, remove several geometric volumes to create storage wells. First, carve out a rectangular card opening measuri... | $fn=100;
difference(){
roundedCube(136,48,31);
translate([22,2.5,17.5])
cube([92,43,30]);
translate([32.5,13,6])
minkowski(){
cube([71,22,23]);
sphere(r=5);
}
translate([68,50,67.5])
rotate([90,0,0])
cylinder(h=200, d=100, center=false);
translate([68,50,30])
rotate([90,0,0])
cylinder(h=200, d=35, center=false);
... | glb/cad_63f0bb1da0fd.glb |
Create a Space Base Insert organizer by starting with a base rectangular block measuring 109mm in width, 50.5mm in depth, and 30mm in height. Apply a 3mm fillet to the vertical edges of this block.
Carve out a large central rectangular opening for cards measuring 92mm wide, 43mm deep, and 100mm high, positioned 8.5mm ... | $fn=100;
difference(){
roundedCube(109,50.5,30);
translate([8.5,3.75,3])
cube([92,43,100]);
translate([17,-1,3])
cube([75,53,100]);
translate([16,13.75,-1])
roundedCube(77,23,100);
translate([17,-13.75,-1])
roundedCube(75,23,100);
translate([17,41.75,-1])
roundedCube(75,23,100);
translate([-3.5,3.75,-1])
rounded... | glb/cad_8059c1e099c2.glb |
Create a Space Base Insert organizer by starting with a solid rectangular block measuring 179mm in width, 152mm in depth, and 20mm in height, ensuring all exterior corners are rounded with a 3mm radius.
Hollow out the block by removing several geometric sections. First, create a large rectangular cavity measuring 172... | $fn=100;
difference(){
roundedCube(179,152,20);
translate([3.5,96,3])
roundedCube(172,54,100);
translate([3.5,89,3])
roundedCube(12,61,100);
translate([163.5,89,3])
roundedCube(12,61,100);
translate([13.5,106,-1])
roundedCube(152,34,100);
translate([29,2,7])
roundedCube(121,72,100);
translate([43.5,16.5,1])
cube... | glb/cad_81cb94913a13.glb |
Create a Space Base Insert organizer by starting with a base rectangular block measuring 109mm in width, 50.5mm in depth, and 17mm in height, ensuring all exterior corners are rounded with a 3mm radius.
Carve out a primary central card opening measuring 92mm wide, 43mm deep, and 100mm high, positioned 8.5mm from the ... | $fn=100;
difference(){
roundedCube(109,50.5,17);
translate([8.5,3.75,3])
cube([92,43,100]);
translate([17,-1,3])
cube([75,53,100]);
translate([16,13.75,-1])
roundedCube(77,23,100);
translate([17,-13.75,-1])
roundedCube(75,23,100);
translate([17,41.75,-1])
roundedCube(75,23,100);
translate([-3.5,3.75,-1])
rounded... | glb/cad_c91dd03ea1e3.glb |
Create a wall mounting adapter for a Raspberry Pi touchscreen case by starting with a rectangular block that is 14mm wide, 161mm long, and 6mm thick.
Along the center axis of the width, create three distinct holes passing through the thickness of the block. The first hole is located 10mm from the bottom edge and has ... | $fa = 1;
$fs = 0.4;
width_holder=14;
length_holder=161;
thickness_holder=6;
diameter_screw_head=5.8;
diameter_screw_shaft=3.5;
difference()
{
cube([width_holder,length_holder,thickness_holder]);
translate([width_holder/2,54.8,thickness_holder])
cylinder(h=thickness_holder+6.2,d=diameter_screw_shaft,center=true);
tr... | glb/cad_32444eef6e20.glb |
Create two identical wall mounting adapters. For each adapter, start with a rectangular block measuring 14mm wide, 161mm long, and 6mm thick.
On the first adapter, create three vertical holes along the center axis (7mm from the sides). Position the first hole 10mm from the bottom edge and the third hole 151mm from th... | $fa = 1;
$fs = 0.4;
width_holder=14;
length_holder=161;
thickness_holder=6;
diameter_screw_head=5.8;
diameter_screw_shaft=3.5;
difference()
{
cube([width_holder,length_holder,thickness_holder]);
translate([width_holder/2,10,thickness_holder])
cylinder(h=thickness_holder+6.2,d=4.7,center=true);
translate([width_hold... | glb/cad_d4e820ce528d.glb |
Create a miniatures base by constructing a tapered cylinder with a bottom diameter of 25mm, a height of 5mm, and a top diameter reduced by a 10-degree taper angle. The cylinder should have a high facet resolution of 720 for a smooth finish. Hollow out the center of the base by removing a smaller concentric tapered cyli... | base_diameter = 25;
height = 5;
taper_degrees = 10;
slot_width = 5;
slot_length = 15;
thickness = 1.5;
solid = false;
text_message = "";
text_size = 3;
text_depth = 3;
text_font = "Liberation Mono";
module make_cylinder(base_diameter, height, taper_degrees) {
base_radius = base_diameter / 2;
top_radius = base... | glb/cad_10e4d51c1964.glb |
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