Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a Ryobi Line Trimmer Cap. Start with a main outer rim consisting of a cylinder with a diameter of 74.5mm and a height of 4.6mm. On top of this, add a second cylinder with a diameter of 69.9mm and a height of 7.6mm. Remove a central cylinder from the bottom of the base with a diameter of 65.7mm and a height of 7.... | diameter=74.5;
lipw=2.2;
liph=3;
height=7.6;
baset=7.6-4.9;
inner_d=29.1;
inner_h=-1;
inner_t=1.6;
clip_width2=25.7;
clip_width1=22.2;
clip_h1=34;
clip_h2=14.7+height-liph;
clip_h3=23.8+height-liph;
clip_lip=3.2;
r_h=height+1.5;
r_w=1.6;
r_l=5;
c_d=15;
c_a=-45;
$fn=400;
union()
{
difference()
{
union()
{
... | glb/cad_6720e936f2f7.glb |
Create a tool organization hook by starting with a solid block that is 10mm wide, 16mm high, and 16mm deep. The block should have a rounded back edge with a radius of 2.5mm.
Carve two identical holes through the block to create mounting points for screws. The first hole is a vertical channel passing through the cente... | diameter=5;
wallgap=0;
screwd1=3;
screwh1=2;
screwd2=7;
screwh2=0.4;
width=10;
thickness=3;
$fn=200;
difference()
{
union()
{
hull()
{
translate([-thickness-wallgap-diameter/2,-diameter/2-thickness-width,0])
cube([thickness,diameter/2+thickness+width,width]);
... | glb/cad_fea3c99895cc.glb |
Create a tool organization hook with a base thickness of 10mm. Start by forming a primary body that combines a cylinder with a diameter of 60mm and a height of 10mm, merged with a rectangular block that extends from the cylinder's edge to create a flat mounting back. The overall footprint should be a composite shape wh... | diameter=60;
wallgap=20;
screwd1=3;
screwd2=7;
width=10;
thickness=4;
$fn=200;
difference()
{
union()
{
hull()
{
translate([-thickness-wallgap-diameter/2,-diameter/2-thickness-width,0])
cube([thickness,diameter/2+thickness+width,width]);
difference()
... | glb/cad_6053d31eb9e9.glb |
Create a Tool Organisation Hook by starting with a base plate that is 12mm thick. The main body is a composite shape formed by a cylinder with a 30mm diameter and 12mm height, merged with a rectangular block that extends the shape to create a flat mounting surface.
From this main body, remove a central cylindrical ho... | diameter=30;
wallgap=0;
screwd1=3.5;
screwd2=10;
screwd3=7;
screwh3=2;
width=12;
thickness=4;
$fn=200;
difference()
{
union()
{
hull()
{
translate([-thickness-wallgap-diameter/2,-diameter/2-2*thickness-width,0])
cube([thickness,diameter/2+2*thickness+width,width]);
... | glb/cad_b53d01cb5172.glb |
Create a Tool Organisation Hook consisting of a rectangular base and a protruding conical peg. Start by creating a rectangular base plate 25mm wide, 4mm thick, and 44mm long. Centered along the width of this plate, place two aligned cylindrical holes, each 11mm in diameter and 2mm deep, spaced 32.5mm apart. From the to... | attachd=32.5;
attachinner=5.5;
attachouter=11;
attachheight=2;
attachnumber=2;
$fn=200;
backw=25;
backh=(attachnumber-1)*attachd+attachouter+20;
backthickness=4;
translate([-attachouter/2-10,-backw/2,0])
cube([backh,backw,backthickness]);
HookHeight=40;
HookTop=10;
HookBottom=20;
for (ii=[0:1:attachnumber-1])
{
tr... | glb/cad_3c430aff7d8d.glb |
Create a spice rack bracket with an overall footprint of 300mm width, 200mm height, and 20mm depth. The main body is a solid rectangular slab, but it features a large central cutout to create a U-shaped channel. This cutout begins 4mm from the left, right, and bottom edges, leaving a 4mm thick wall around the perimeter... | Thickness=4;
Width=300;
Depth=20;
Height=200;
RackH=50;
Screw=12;
screwThread=3;
screwHead=6;
countersink=2;
$fn=200;
difference()
{
union()
{
cube([Width,Height,Depth+Thickness]);
}
translate([Thickness,Thickness,Thickness])
cube([Width-2*Thickness,Height,Depth-Thickness]);
translate([Thickness,Thickness+Ra... | glb/cad_cabd6e14cab1.glb |
Create a Lamp Shade and a matching wire cover. For the lamp shade, construct a hollow, twisted vessel with a height of 170mm. The top opening is an octagon with a diameter of 170mm, which tapers and twists 180 degrees over its height to a bottom octagonal opening with a diameter of 32mm. The wall thickness of this shad... | innerd=32;
outerd=170;
lampheight=170;
thickness=0.8;
sides=8;
*difference()
{
linear_extrude(height=lampheight,twist=180,scale=innerd/outerd)
{
circle($fn=sides,d=outerd);
}
linear_extrude(height=lampheight,twist=180,scale=(innerd-2*thickness)/outerd)
{
circle($fn=sides,d=outerd... | glb/cad_0bfe587ab8c7.glb |
Create a lamp shade by extruding an 8-sided polygon from a base diameter of 196mm to a top diameter of 32mm over a height of 140mm, applying a 180-degree twist during the extrusion to create a spiraling, tapered effect. The walls should be 1mm thick, formed by subtracting a smaller 8-sided twisted extrusion from the in... | innerd=32;
outerd=196;
lampheight=140;
thickness=1;
sides=8;
translate([0,0,10-lampheight])
difference()
{
*linear_extrude(height=lampheight,twist=180,scale=innerd/outerd)
{
circle($fn=sides,d=outerd);
}
linear_extrude(height=lampheight,twist=180,scale=(innerd-2*thickness)/outerd)
{
... | glb/cad_4cd4e7dbe6cd.glb |
Create an Aircon Remote Holder. Start with a base plate 62mm wide, 157mm long, and 5mm thick. The base should have rounded corners with a 5mm radius.
Construct a pocket to hold the remote by adding walls that rise from the base. The main enclosure should be 62mm wide and 157mm long, with an internal cavity 58mm wide ... | wall=2;
based=5;
screwd1=3.3;
screwd2=12;
screw1=25.5;
screw2=screw1+94;
airconw=58;
airconl=155;
aircond=19;
totalw=2*wall+airconw;
totall=airconl+wall;
totald=based+wall+aircond;
sideh=3.5;
bottomw=10;
bottomh=57;
$fn=200;
difference()
{
hull()
{
radius=5;
for (ii=[radius,totalw-radius... | glb/cad_424892a4a316.glb |
Create a Wall Point Shelf designed to fit over a wall plate. Start by constructing a rectangular frame for the wall attachment that is 85mm wide, 127mm high, and 13mm deep. This frame has a wall thickness of 4mm. Inside this frame, remove a central rectangular block of 77mm by 119mm by 9mm. In the center of the frame's... | $fn=200;
telew=77;
teleh=119;
teled=9;
screwouter=10;
screwinner=5;
screwoffset=8.5;
screwd1=2;
screwd2=5.5;
thickness=4;
shelfdepth=120;
shelflength=250;
shelfheight=200;
supportwidth=14;
powercutout=9;
difference()
{
cube([telew+2*thickness,teleh+2*thickness,teled+thickness]);
translate([thickness,0,0])
cube... | glb/cad_994c7870d4e5.glb |
Create a Jenga Box consisting of a main container and a matching lid.
The main container is a rectangular shell with outer dimensions of 298mm x 88mm x 88mm and a wall thickness of 6mm. Create a central hollow cavity measuring 280mm x 78mm x 78mm. On the exterior faces, carve out a decorative honeycomb pattern of hex... | jengax=280;
jengay=78;
jengaz=78;
wall=6;
hexwidth=2*wall;
hexdiameter=45;
groovethickness=2;
groovewidth=1.2;
tol=0.5;
lock=2.5;
module Hex(size=[100,200,10],diameter=15,thickness=4)
{
dimx=floor(size[0]/(2*diameter*cos(30)))+2;
dimy=floor(2*size[1]/(diameter*cos(30)))+2;
hex=diameter;
sep=thickness;
interse... | glb/cad_84f74d121ec8.glb |
Create a jewelry tray as a solid rectangular block measuring 225mm in width, 225mm in length, and 12mm in height. Carve out a grid of rectangular compartments from the top face to a depth of 10mm, leaving a base thickness of 2mm. The compartments are separated by walls that are 2mm thick.
The grid is organized into d... | xxxx=225;
yyyy=225;
height=12;
depth=10;
numx=8;
numy=8;
sep=2;
Bigx=2;
Bigy=4;
dimx=(xxxx-(numx+1)*sep)/numx;
dimy=(yyyy-(numy+1)*sep)/numy;
echo(concat("dimensions ",dimx,"mm by ",dimy,"mm"));
totalx=numx*(dimx+sep)+sep;
totaly=numy*(dimy+sep)+sep;
difference()
{
cube([totalx,totaly,height]);
for (ii=[0:1:n... | glb/cad_b9edfbf2955b.glb |
Create a toothbrush head case consisting of a container and a matching knurled lid.
For the container, create a hollow cylinder with an inner diameter of 16mm and a height of 84mm. The walls and bottom should be 2mm thick. Apply a 5% chamfer to the outside bottom edge and a 2.5% chamfer to the inside bottom edge. At ... | diameter=16.0;
height=84.0;
compartments = 1;
outside_chamfer=5.0;
inside_chamfer=2.5;
wall_thickness=-1;
divider_wall_thickness=-1;
container_bottom_thick=-1;
lid_top_thick=-1;
part = "lid_left_knurled_";
backlash=-1;
solid_container=0;
quality=100;
function diameter()=max(8,diameter);
function wall_thic... | glb/cad_5f3fd1a0d94c.glb |
Create a dice wound tracker base by starting with a circular disk that has a diameter of 25mm and a height of 3mm, tapering slightly so the top face has a radius 1mm smaller than the bottom. Centered on top of this disk, add a square wall structure to hold a die. This square container should have an outer dimension of ... | $fn = 200;
$fa = 6;
$fs = 1.75 /2;
gw_d6 = 12.2;
bf_d6 = 13.8;
cx_d6 = 15;
die_size = round(bf_d6)+0.8;
base_outer_radius = 25/2;
base_height = 3;
wall_width =1.5;
difference() {
union() {
cylinder(h = base_height, r1 = base_outer_radius, r2 = base_outer_radius-1);
translate([-(die_size+2)/2,-(die_size+2)... | glb/cad_17af3f206abc.glb |
Create a dice wound tracker base by starting with a primary cylinder that has a radius of 12.5mm and a height of 3mm. Add a second, slightly smaller cylinder on top of the first, with a radius of 11.5mm and a height of approximately 1.15mm. Centered within this combined structure, carve out a dodecahedron-shaped void w... | $fn = 200;
$fa = 6;
$fs = 1.75 /2;
cx_d12 = 18.55;
die_size = round(cx_d12)+0.8;
base_outer_radius = 25/2;
base_Height = 3;
wall_width =1.5;
module box(size) {
cube([2*size, 2*size, size], center = true);
}
module dodecahedron(size) {
dihedral = 116.565;
intersection(){
box(size);
... | glb/cad_0eaa4779a973.glb |
Create a window hinge for a tractor. Start with a main vertical cylinder 15mm in diameter and 39mm high. Attach a rectangular block measuring 45mm by 6mm by 39mm to the side of this cylinder, centered vertically. Extend the geometry further with a second rectangular block measuring 30mm by 7mm by 39mm, positioned at a ... | $fn = 100;
use <Write.scad>
isRechts = false;
text = "BW";
font = "knewave.dxf";
difference(){
union(){
cylinder(h=39,d=15);
translate([4.2, -2.5, 0]) cube([45,6,39]);
translate([45, -2, 0]) rotate([0, 0, -36]) cube([30, 7, 39]);
translate([67, -21, 0]) cube([27,9,39]);
... | glb/cad_ccd38ae3bff5.glb |
Create a parameterized cable gland consisting of four distinct components: a gland nut, a gland rod, a cover, and lock nuts. All components are centered around a common inner diameter of 10mm.
First, create the gland nut as a hexagonal nut with a height of 12mm and an outer diameter of 19mm, featuring a central hole o... | use <Nut_Job.scad>;
gland_inner_diameter = 10;
gland_rod_length = 35;
gland_nut_height = 12;
gland_part = "all";
type = "bolt";
rod_type = "normal";
head_type = "hex";
drive_type = "socket";
head_diameter = 12;
head_height = ... | glb/cad_15b41f7ecfdb.glb |
Create a Mini ATX PC bench case bracket. Start by constructing a main body that combines a rectangular block and a wedge-shaped prism. The prism section should have a width of 150mm, a height of 44mm, and a length of 20mm. Integrate this with a rounded rectangular base measuring 21mm by 21mm with a height of 40mm, usin... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([24,2.5,0]) prism(20, 150, 44);
translate([2,2,2]) minkowski(){
cube([25-4,25-4,40]);
sphere(r=2,h=1);
}
translate([30,-30,0]) minkowski(){
cube([124-8,40-8,4]);
cylinder(r=4,h=1);
... | glb/cad_28fe9987482f.glb |
Create a Mini ATX PC bench case base. Start by constructing a main horizontal body that is 220mm long, 45mm wide, and 10mm thick, with rounded corners and edges using a 5mm radius. At one end, add a vertical mounting block that is 20mm wide, 20mm deep, and 220mm tall, also featuring 5mm rounded edges.
Remove a rectang... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([5,10,0]) minkowski(){
cube([210,35,4]);
cylinder(r=5,h=1);
}
translate([220,0,0]) rotate(a=[0,-90,0]) translate([5,5,0]) minkowski(){
cube([15,15,219]);
cylinder(r=5,h=1);
}
}
... | glb/cad_9bd6c92aafd2.glb |
Create a Mini ATX PC bench case support by combining several geometric volumes. Start with a base rectangular block measuring 214mm in length, 21mm in width, and 21mm in height, with all edges rounded by a 2mm radius. Attached to the top of this base, position a vertical rectangular pillar measuring 21mm by 21mm and 10... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([2,2,2]) minkowski(){
cube([210,25-4,25-4]);
sphere(r=2,h=1);
}
translate([117,2,2]) minkowski(){
cube([25-4,25-4,100]);
cylinder(r=2,h=1);
}
difference() {
tra... | glb/cad_0534aae071f8.glb |
Create a Mini ATX PC bench case bracket designed to mount to two 15x15x450mm aluminum square tubes. The base is a flat plate 40mm wide and 10mm thick. At the rear, create a vertical support pillar 20mm wide and 50mm tall with a 15x15mm square hollow opening at the bottom to receive the aluminum tube.
The top of the v... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([5,10,0]) minkowski(){
cube([30,105,4]);
cylinder(r=5,h=1);
}
translate([50,0,0]) rotate(a=[0,-90,0]) translate([5,5,0]) minkowski(){
cube([15,15,49]);
cylinder(r=5,h=1);
}
... | glb/cad_f944c10b8f7e.glb |
Create a Mini ATX PC bench case mount. Start by forming a main body that is a union of two rounded shapes: first, a block measuring 50mm wide, 45mm deep, and 30mm high with 5mm rounded corners; second, a perpendicular block measuring 25mm wide, 25mm deep, and 60mm high, also with 5mm rounded corners, positioned so it e... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([5,10,0]) minkowski(){
cube([40,35,24]);
cylinder(r=5,h=1);
}
translate([50,0,0]) rotate(a=[0,-90,0]) translate([5,5,0]) minkowski(){
cube([15,15,49]);
cylinder(r=5,h=1);
}
}
... | glb/cad_3fedbc2fb86e.glb |
Create a Mini ATX PC bench case by combining several geometric volumes. Start with a main body consisting of a prism with a width of 150mm, a height of 44mm, and a length of 20mm, positioned at coordinates (24, 2.5, 0). Add a rounded rectangular block at (2, 2, 2) with dimensions 21x21x40mm and a corner radius of 2mm. ... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([24,2.5,0]) prism(20, 150, 44);
translate([2,2,2]) minkowski(){
cube([25-4,25-4,40]);
sphere(r=2,h=1);
}
translate([30,20,0]) minkowski(){
cube([124-8,40-8,4]);
cylinder(r=4,h=1);
... | glb/cad_bf02c77b31e2.glb |
Create a Mini ATX PC bench case designed to mount onto two 15x15x450mm aluminum square tubes. Start by constructing a base composed of two main rectangular sections with rounded corners (2mm radius). The first section is a 214x25x25mm block positioned at the origin, and the second is a 25x25x104mm vertical pillar posit... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([2,2,2]) minkowski(){
cube([210,25-4,25-4]);
sphere(r=2,h=1);
}
translate([120-3,2,2]) minkowski(){
cube([25-4,25-4,100]);
cylinder(r=2,h=1);
}
difference() {
t... | glb/cad_69e05ad273f5.glb |
Create a Mini ATX PC bench case base. Start with a main platform consisting of a rounded rectangular block 90mm wide, 115mm deep, and 10mm thick. Attached to this platform, create a vertical support wall 100mm tall, 20mm wide, and 10mm thick, positioned on the left side.
Cut a large rectangular opening through the mai... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([5,10,0]) minkowski(){
cube([80,105,4]);
cylinder(r=5,h=1);
}
translate([90,0,0]) rotate(a=[0,-90,0]) translate([5,5,0]) minkowski(){
cube([15,15,89]);
cylinder(r=5,h=1);
}
}
... | glb/cad_03e33bfbdb40.glb |
Create a Mini ATX PC bench case bracket. Start by constructing a main body that combines a rectangular base with a wedge-shaped prism. The prism should have a width of 150mm, a height of 44mm, and a length of 20mm. Integrate a rectangular block measuring 21mm by 21mm by 40mm with rounded corners (2mm radius) into the s... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([24,2.5,0]) prism(20, 150, 44);
translate([2,2,2]) minkowski(){
cube([25-4,25-4,40]);
sphere(r=2,h=1);
}
translate([30,-30,0]) minkowski(){
cube([124-8,40-8,4]);
cylinder(r=4,h=1);
... | glb/cad_a2c2e332446b.glb |
Create a Mini ATX PC bench case support bracket. Start with a main body that is a combination of a rectangular base and a wedge-shaped prism. The prism section should have a length of 150mm, a width of 20mm, and a height of 44mm. Integrate a rectangular block measuring 21mm by 21mm by 40mm with rounded corners (2mm rad... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([24,2.5,0]) prism(20, 150, 44);
translate([2,2,2]) minkowski(){
cube([25-4,25-4,40]);
sphere(r=2,h=1);
}
translate([30,20,0]) minkowski(){
cube([124-8,40-8,4]);
cylinder(r=4,h=1);
... | glb/cad_e16fcee24469.glb |
Create a portable game console case for a µNES-CRT-ESP32. The main body is a rounded rectangular shell. Start by forming a base using a Minkowski sum of a 103mm x 93mm x 3mm box and a cylinder with a 4mm radius. Add a deeper section to the bottom by combining a 96mm x 86mm x 23mm box with a 4mm radius sphere.
Hollow o... | $fs = 0.1;
$fa = 5;
union(){
translate([0,0,0])difference() {
union(){
translate([2.5,2.5,0]) minkowski(){
cube([103+7+7-8,93+7+7-8,3-1]);
cylinder(r=4,h=1);
}
translate([9,9,-20]) minkowski(){
cube([96,86,25-2]);
... | glb/cad_6e161175e112.glb |
Create a µNES-CRT-ESP32 Console base plate. Start with a main body created by combining a cube of 90mm x 85mm x 1mm with a cylinder of 4mm radius and 1mm height using a Minkowski sum to round the edges.
From this base, remove several geometric cutouts. First, create four vertical cylindrical holes with a radius of 1.7... | $fs = 0.1;
$fa = 5;
union(){
translate([0,0,0])difference() {
translate([12,12,0]) minkowski(){
cube([98-8,93-8,1]);
cylinder(r=4,h=1);
}
translate([7+5,7+5,0]) cylinder(r=3.5/2,h=40);
translate([7+5+80+10,7+5,0]) cylinder(r=3.5/2,h=40);
translate([... | glb/cad_6087ede05c2e.glb |
Create a portable game console case called the µNES-CRT-ESP32. The main body is composed of several intersecting rectangular blocks and rounded elements.
Start by creating two rectangular blocks of 8x8x4mm, positioned at [45, 55, 0] and [58, 55, 0]. Add two larger thin plates of 9x9x1mm centered slightly offset at [-... | $fs = 0.1;
$fa = 5;
union(){
translate([45,55,0])translate([0,0,0])cube([8,8,4]);
translate([58,55,0])translate([0,0,0])cube([8,8,4]);
translate([45,55,0])translate([-0.5,-0.5,0])cube([9,9,1]);
translate([58,55,0])translate([-0.5,-0.5,0])cube([9,9,1]);
translate([20,33,0])tra... | glb/cad_dff6a072402d.glb |
Create a portable game console case for a µNES-CRT-ESP32. Start with a main body created by combining a cube of 114mm x 214mm x 34mm with a cylinder of radius 4mm and height 1mm using a Minkowski sum to round the edges.
From this main volume, remove a large rectangular section of 100mm x 200mm x 35mm starting at coor... | $fs = 0.1;
$fa = 5;
union(){
translate([0,0,0])difference() {
union(){
translate([4,4,0]) minkowski(){
cube([100+7+7-8,200+7+7-8,35-1]);
cylinder(r=4,h=1);
}
}
difference() {
translate([7,7,3])cube([100,200,35]);
... | glb/cad_a11fcecfa046.glb |
Create a µNES-CRT-ESP32 console case. Start with a main rectangular block measuring 59mm x 31mm x 8mm. Hollow out the center by removing a smaller rectangular block of 57mm x 29mm x 7mm, positioned 1mm from the front, side, and bottom edges.
Add two rectangular protrusions on the left side: one measuring 5mm x 10mm x ... | $fs = 0.1;
$fa = 5;
union(){
translate([0,0,0])difference() {
union(){
cube([59,31,8]);
}
translate([1,1,1])cube([59-2,31-2,8]);
translate([-1,10.5,2])cube([5,10,8]);
translate([1,10-7+0.5,0])difference() {
translate([0,0,0])cube([8,7,8]);
... | glb/cad_27533acd2b4d.glb |
Create a portable game console case called the µNES-CRT-ESP32. Start by constructing a main rectangular body with rounded corners, measuring 117mm in width and 217mm in length, with a total height of 7mm. The corners should be rounded with a radius of 4mm.
From this main body, remove a large central rectangular sectio... | $fs = 0.1;
$fa = 5;
union(){
translate([0,0,0])difference() {
translate([2.5,2.5,0]) minkowski(){
cube([103+7+7-8,203+7+7-8,7-1]);
cylinder(r=4,h=1);
}
translate([3.5,3.5,5]) minkowski(){
cube([101+7+7-8,201+7+7-8,5-1]);
cylinder(r=4,h=1);
... | glb/cad_1ef72f0fcc3e.glb |
Create a portable game console case. Start with a main rectangular body that is 90mm wide, 85mm deep, and 6mm thick, with rounded corners of 4mm radius.
Cut four vertical holes through the body, each with a 1.25mm radius. Position these holes at the following coordinates (x, y): (12, 5), (90, 5), (12, 85), and (90, 8... | $fs = 0.1;
$fa = 5;
union(){
translate([0,0,0])difference() {
translate([12,12,0]) minkowski(){
cube([98-8,93-8,7-1]);
cylinder(r=4,h=1);
}
translate([7+5,7+5,0]) cylinder(r=2.5/2,h=40);
translate([7+5+80+10,7+5,0]) cylinder(r=2.5/2,h=40);
translate... | glb/cad_799fee106071.glb |
Create an Ikea Skadis Spool Holder consisting of a flat triangular base and a cylindrical mounting post. Start with a right-triangular prism base that is 90mm long, 140mm wide, and 6mm thick. From this base, remove a smaller right-triangular prism volume from the center, leaving a border of 15mm on the length and 20mm ... | $fs = 0.1;
$fa = 5;
union() {
difference() {
rotate(a=[90,0,90]) prism(6, 90, 140);
translate([110,0,0]) cube([50,50,6]);
translate([0,85,0]) cube([50,50,6]);
translate([5,5,0]) rotate(a=[90,0,90]) prism(6, 90-15, 140-20);
}
difference() {
union() {
... | glb/cad_0bf7b0a85903.glb |
Create an Ikea Skadis Spool Holder by constructing a hollow cylinder with a total length of 74mm. The outer diameter of the cylinder should be 25mm, and it must have a concentric inner hole with a diameter of 21mm, resulting in a wall thickness of 2mm throughout the length of the tube. Ensure the geometry is precise an... | $fs = 0.1;
$fa = 5;
long=74;
diam_inter=21;
difference() {
union() {
translate([0,0,0]) cylinder(h=long, r=(diam_inter/2)+2);
}
translate([0,0,0]) cylinder(h=long, r=diam_inter/2);
} | glb/cad_38d465e6e84b.glb |
Create an Ikea Skadis Spool Holder by constructing a primary wedge-shaped body and adding a cylindrical mounting peg. Start with a right-triangular prism that is 90mm long, 140mm high, and 6mm thick, oriented so the thickness is along the Z-axis. From this main body, remove a smaller internal triangular prism that is 7... | $fs = 0.1;
$fa = 5;
union() {
difference() {
rotate(a=[90,0,90]) prism(6, 90, 140);
translate([110,0,0]) cube([50,50,6]);
translate([0,85,0]) cube([50,50,6]);
translate([5,5,0]) rotate(a=[90,0,90]) prism(6, 90-15, 140-20);
}
difference() {
union() {
... | glb/cad_87fbb8d16aad.glb |
Create a desktop fountain pump enclosure. Start with a main outer cylinder 50mm high with a radius of 75mm. Hollow out the center by removing a cylinder of the same height with a radius of 73mm, leaving a 2mm thick wall, but leave the bottom base solid by starting the cutout 2mm from the bottom.
Cut a large rectangula... | $fs = 0.1;
$fa = 5;
include <Chamfers-for-OpenSCAD/Chamfer.scad>;
union() {
difference() {
translate([0,0,0]) cylinder(h=50, r=75);
difference() {
translate([0,0,2]) cylinder(h=50, r=73);
translate([0,-75,2]) cube([150,150,40]);
}
... | glb/cad_1c1c91c7f290.glb |
Create a rectangular tank for a little desktop fountain. Start by creating a solid rectangular block with a length of 150mm, a width of 70mm, and a height of 40mm. From this block, remove a smaller rectangular volume to create a hollow interior, leaving walls that are 2mm thick on all four sides and a base that is 2mm ... | $fs = 0.1;
$fa = 5;
union() {
difference() {
cube([150,70,40]);
translate([2,2,2]) cube([146,66,40]);
}
} | glb/cad_9a7be77686f9.glb |
Create a Little Desktop Fountain consisting of a central vertical tube and two intersecting horizontal tubes. Start by creating a main vertical cylinder 100mm tall with an outer radius of 4mm and an inner bore of 3mm.
At a height of 4mm from the base, add a horizontal cylinder that intersects the main vertical tube; ... | $fs = 0.1;
$fa = 5;
include <Chamfers-for-OpenSCAD/Chamfer.scad>;
union() {
difference() {
translate([0,0,0]) cylinder(h=100, r=4);
translate([0,0,0]) cylinder(h=100, r=3);
translate([-5,0,-10.15]) rotate(a=[45,0,0]) cube([10,20,10]);
translate([-5,-5,91]) rotate(... | glb/cad_7a3868efeb35.glb |
Create a JWST hanging wall model segment. Start by creating a hexagonal prism with a radius of 65.25mm (half of the 130.5mm diameter including walls) and a height of 7mm. This primary shape is a 6-sided cylinder.
Hollow out the center by removing a smaller 6-sided cylinder with a radius of 63.25mm (half of the 126.5mm... | mirror_length = 126.5;
mirror_edge = 2.5;
height = 7;
wall_width = 4;
bottom_height = 6;
shield = 25.4;
shields = 2;
hole = true;
slotted = true;
difference() {
union() {
cylinder(r=(mirror_length+wall_width)/2, h=height, $fn=6);
if(shields >= 2) {
translate([shield,0,0]) {
... | glb/cad_9512bffe97b2.glb |
Create a thin, hexagonal mirror blank for a wall model. Start by creating a regular hexagonal prism with a point-to-point width of 126mm and a height of 1mm. From the center of this shape, remove a smaller concentric hexagonal prism that also has a height of 1mm and a point-to-point width of 126mm, effectively creating... | mirror_length = 126;
mirror_edge = 0.0;
height = 1;
wall_width = 0.0;
bottom_height = 1;
shield = 24;
shields = 0;
hole = false;
slotted = false;
difference() {
union() {
cylinder(r=(mirror_length+wall_width)/2, h=height, $fn=6);
if(shields >= 2) {
translate([shield,0,0]) {
... | glb/cad_89af2707a014.glb |
Create a rectangular prism with a length of 126.5mm, a width of 70.28mm, and a height of 3.96mm. | mirror_length = 126.5;
mirror_edge = 2.5;
bottom_height = 6;
tolerance = -.2;
translate([0,0,0])
cube([8+tolerance, ((mirror_length/(mirror_edge*1.8))), (bottom_height*.66)+tolerance]); | glb/cad_a2e99060aa00.glb |
Create a 6x9 speaker spacer ring with an overall height of 0.75 inches. The main body is an elliptical ring with outer dimensions of 7.625 by 10.625 inches and an inner speaker cutout of 6.125 by 8.75 inches.
At the base, add a vehicle interface flange that is 0.1875 inches thick, extending the outer dimensions by 0.... | units_entered = 25.4;
resolution = 128;
six_cutout = 6.125;
nine_cutout = 8.75;
six_OD = 7.625;
nine_OD = 10.625;
six_scale = (six_OD / six_cutout);
nine_scale = (nine_OD / nine_cutout);
ring_height = 0.75;
flush_trim_depth = 0.25;
six_flush_trim_wall = .25;
nine_flush_trim_wall = .25;
spkr_screw_hole_size = 0.... | glb/cad_3f26c800820d.glb |
Create a 6x9 Speaker Spacer consisting of a main ring body and a thinner base interface.
First, create the main spacer body as an elliptical ring with an outer diameter of 193.675mm by 269.875mm and a height of 19.05mm. The center must be hollowed out with an elliptical cutout measuring 156mm by 222.25mm.
At the to... | units_entered = 1;
resolution = 64;
six_cutout = 156;
nine_cutout = 222.25;
six_OD = 193.675;
nine_OD = 269.875;
six_scale = (six_OD / six_cutout);
nine_scale = (nine_OD / nine_cutout);
ring_height = 19.05;
flush_trim_depth = 6.35;
six_flush_trim_wall = 6.35;
nine_flush_trim_wall = 6.35;
spkr_screw_hole_size = ... | glb/cad_2da9359d31ac.glb |
Create a rectangular inset box for the game Spinnengift und Krötenschleim. The outer dimensions of the box must be 120mm in width, 80mm in length, and 58mm in height. The box is a hollow shell with walls and a base that are 5mm thick. To create the interior cavity, remove a rectangular volume from the center starting 5... | $fa = 1;
$fs = 0.4;
width_box=120;
length_box=80;
height_box=58;
wall_thick_box=5;
difference()
{
cube([width_box,length_box,height_box]);
translate([wall_thick_box,wall_thick_box,wall_thick_box-3])
cube([width_box-2*wall_thick_box+0.01,length_box-2*wall_thick_box+0.01,height_box-wall_thick_box+3+0.01]);
} | glb/cad_ad56b2a117f8.glb |
Create a rectangular inset box for board game components with external dimensions of 120mm in width, 70mm in length, and 58mm in height. The box should have a uniform wall thickness of 5mm for the sides and the bottom base. To form the interior storage cavity, remove a rectangular block from the center of the main volu... | $fa = 1;
$fs = 0.4;
width_box=120;
length_box=70;
height_box=58;
wall_thick_box=5;
difference()
{
cube([width_box,length_box,height_box]);
translate([wall_thick_box,wall_thick_box,wall_thick_box])
cube([width_box-2*wall_thick_box+0.01,length_box-2*wall_thick_box+0.01,height_box-wall_thick_box+0.01]);
} | glb/cad_4606adc26512.glb |
Create a rectangular storage box for game components with external dimensions of 145mm in width, 70mm in length, and 58mm in height. The box should have a uniform wall thickness of 5mm for the bottom and all four outer sides. To create the interior storage space, remove a central rectangular volume starting 5mm from th... | $fa = 1;
$fs = 0.4;
width_box=145;
length_box=70;
height_box=58;
wall_thick_box=5;
difference()
{
cube([width_box,length_box,height_box]);
translate([wall_thick_box,wall_thick_box,wall_thick_box])
cube([width_box-2*wall_thick_box+0.01,length_box-2*wall_thick_box+0.01,height_box-wall_thick_box+0.01]);
}
translat... | glb/cad_7415e4f4336a.glb |
Create a rectangular storage inset box for a board game with outer dimensions of 145mm in width, 80mm in length, and 58mm in height. The box should have a uniform wall thickness of 5mm for the bottom and all four outer sides. Hollow out the interior to create a main compartment that is 135mm wide, 70mm long, and 53mm d... | $fa = 1;
$fs = 0.4;
width_box=145;
length_box=80;
height_box=58;
wall_thick_box=5;
difference()
{
cube([width_box,length_box,height_box]);
translate([wall_thick_box,wall_thick_box,wall_thick_box])
cube([width_box-2*wall_thick_box+0.01,length_box-2*wall_thick_box+0.01,height_box-wall_thick_box+0.01]);
}
translat... | glb/cad_244e94f9eb9b.glb |
Create a napkin holder foot by constructing a rounded rectangular block. Start with a base cube measuring 20mm in width, 10mm in depth, and 10mm in height. Apply a rounding effect to all edges and corners using a radius of 5mm to soften the geometry. Ensure the final shape is a solid, smooth volume with a consistent 5m... | translate([-10,-10,0])
minkowski () {
cube([10,20,10]);
cylinder($fn=60,r=5,h=1);
}
translate([-10,-10,0])
minkowski () {
cube([20,10,10]);
cylinder($fn=60,r=5,h=1);
} | glb/cad_6e41d190197b.glb |
Create a fan adaptor by constructing a central hollow body with a square outer profile. Start with a base block that transitions from a 30mm cube at the bottom to a 40mm cube at the top, with a total height of 15mm. Carve a cylindrical hole with a 28mm diameter through the center of the entire height.
Add four mounti... | $fn=100;
e=0.8;
module m3()color("red"){
cylinder(d=3.6,h=30,center=true);
}
module m6()color("red"){
cylinder(d=6,h=30);
}
difference(){
union(){
hull(){
translate([0,0,0.5])cube([30,30,1],center=true);
translate([0,0,5])cube([40,40,2],center=true);
}
translate([0,0,-5])cube([30,30,10]... | glb/cad_58d0d585904c.glb |
Create a spool holder part by starting with a base cylinder 70mm in diameter and 6mm high. On top of this base, add a centered concentric section that transitions from a 53mm diameter cylinder 5mm high into a 40mm diameter cylinder 1mm high, creating a stepped profile. Bore a central vertical hole 18mm in diameter thro... | $fn=50;
difference(){
union(){
cylinder(d=70,h=6);
translate([0,0,5])hull(){
cylinder(d=53,h=5);
translate([0,0,7])cylinder(d=40,h=1);
}
}
translate([0,0,-0.1])cylinder(d=18,h=50);
translate([0,0,-0.1])cylinder(d=22.6,h=8);
for(i=[0,120,240])rotate([0,0,i])translate([0,50,-0.1])cylinder(d=60,h=50);
for(i=[0,120... | glb/cad_1fc1a209ea26.glb |
Create a headset hook for a monitor corner. Start with a vertical rectangular base plate that is 60mm long, 25mm wide, and 1mm thick. At the bottom of this plate, construct a semi-circular hook extending outwards. The hook is formed by a cylinder with a radius of 40.92mm and a width of 25mm, but it is modified into a C... | length=60;
width_top=25;
height_front=13;
text_line1="FreeMcServer.net";
text_line2="";
font_size=5;
difference() {
translate ([0,0,-39.081]){
rotate([0,90,0]){
difference() {
difference() {
difference(){
cylinder(h=width_top, r=40.92, center=false);
translat... | glb/cad_f726823758ff.glb |
Create a simple Amiibo stand consisting of a square base and two vertical supports. Start by creating a square base plate measuring 70mm by 70mm with a thickness of 10mm.
Add two vertical legs, each 7mm wide and 115mm tall. Position these legs symmetrically on the base, centered along the width, with one leg placed a... | base_width = 70.0;
base_height = 10.0;
leg_height = 115.0;
leg_width = 7.0;
leg_placement = base_width / 2 - leg_width / 2;
support_length = sqrt(pow(base_width, 2) / 2.5);
difference () {
union () {
translate([0, 0, base_height / 2]) {
cube([base_width, base_width, base_height], true);
... | glb/cad_5eeb2f59734c.glb |
Create four identical heart-shaped plaques arranged in a radial clover pattern, each rotated 90 degrees from the next. Each heart is formed by a rounded heart geometry with a thickness of 4.5mm.
For each heart, emboss a custom text string onto the surface. The text should be centered and can be formatted as a single ... | necklace_hole=0;
heart1="Customizer/Hearts";
heart2="Be My/Valentine";
heart3="Your text";
heart4="Openscad/Dad";
face_number=30;
thickness=45;
module hole() {
difference() {
minkowski() {
difference() {
cylinder(3,1,1,center=true,$fn=face_number,center=true);
cylinder(4,... | glb/cad_a5ff748f8fa6.glb |
Create a threaded building component consisting of a hollow cylindrical ring with an outer diameter of 49mm and an inner diameter of 34.5mm, and a total height of 2mm. Inside this ring, construct a spiral thread that winds upwards. The thread should be formed by a series of small, flattened elliptical segments centered... | thread();
difference() {
translate([0,0,-5])cylinder(2,24.5,24.5,$fn=150);
translate([0,0,-5])cylinder(2,17.25,17.25,$fn=150);
}
module thread() {
difference() {
translate([0,0,-5])cylinder(19,24.5,24.5,$fn=150);
translate([0,0,-5])cylinder(19,22,22,$fn=150);
}
for (i = [0:.5:90]) {
ro... | glb/cad_b53c23ddc604.glb |
Create a Mini Video CRT Monitor case. Start by constructing a main rectangular body with rounded corners of radius 5mm. The outer dimensions are 120mm wide by 150mm long with a total height of 14mm.
Hollow out the center to create a basin with a wall thickness of 3mm, maintaining the 5mm rounded corners. In the four ... | $fs = 0.1;
$fa = 5;
arrondi=5;
larg=120-arrondi;
long=150-arrondi;
haut=15-1;
larg_screen=100-arrondi;
long_screen=30-arrondi;
haut_screen=50-1;
long_screen_offset=+30;
haut_screen_offset=+12;
epaisseur=3;
difference() {
union(){
difference() {
union(){
translate([-(larg/2)-3,-(long/2)-3,-haut]) rota... | glb/cad_5432573f3fde.glb |
Create a Mini Video CRT Monitor case. Start with a main body that is 120mm wide, 150mm long, and 50mm high, featuring rounded corners with a 5mm radius. The body is a hollow shell with a wall thickness of 3mm.
On the top surface, create a recessed rectangular opening for the screen area. This opening is 100mm wide and... | $fs = 0.1;
$fa = 5;
arrondi=5;
larg=120-arrondi;
long=150-arrondi;
haut=50-1;
larg_screen=100-arrondi;
long_screen=30-arrondi;
haut_screen=50-1;
long_screen_offset=+30;
haut_screen_offset=+12;
epaisseur=3;
CubePoints = [
[ -(larg/2), -(long/2), 0 ],
[ (larg/2), -(long/2), 0 ],
[ (larg/2), (long/2), 0 ],... | glb/cad_50611beb9633.glb |
Create a Mini moniteur vidéo CRT plat case designed to house a Raspberry Pi B+ board. The main body is a rectangular enclosure with rounded corners and a wall thickness of 1.2mm.
Construct the bottom shell as a hollow basin with a floor-to-PCB height of 4mm. Include four mounting pedestals at the corners with 2.75mm d... | $fs = 0.1;
$fa = 5;
part = "top";
have_plugrow = 0;
have_open_plugrow = 0;
have_camera = 0;
have_sdcard_support = 1;
have_leds = 1;
mil2mm = 0.0254;
pcb = [85.0, 56.0, 1.5];
pcb2floor = 4.0;
pcb2roof = 32.0;
pcbmntdia = 2.75;
pcbmnt1dx = pcb[0]/2 - 3.5;
pcbmnt1dy = 3.5 - pcb[1]/2;
pcbmnt2dx = pcb[0]/2 - 3.5 - 58.0... | glb/cad_4172bda0750b.glb |
Create a wrench tool for Leafield A7 B7 valves by starting with a rectangular base measuring 166mm by 73mm with rounded corners (3mm radius) and a thickness of 8mm. On the right side of the plate, center a complex cutout consisting of a circle with a diameter of 51.8mm. From this circle, remove two opposing rectangular... | $fn=70;
module hole(){
difference(){
circle(51.8/2);
translate([-26,46/2,0])
square([52,50]);
translate([-26,-76+2.9,0])
square([52,50]);
translate([27-3,10,0])
circle(3);
translate([27-3,-10,0])
circle(3);
translate([-27+3,10,0])
circle(3);
translate([-27+3,-10,0])
circle(3);
}
}
difference(){
linear_extrude(... | glb/cad_0df40f56909e.glb |
Create a shim mount for a camera by constructing a main cylindrical body with an outer diameter of 66.8mm and a height of 62mm. Bore a central hole through the top of this body with a diameter of 49.5mm and a depth of 60mm, leaving a base floor. Create a smaller central cable passage from the bottom of the model extend... | g3_flex_od = 49.5;
g3_flex_h = 60;
g3_cowl_h = 30;
aircam_od = 66.8;
aircam_h = 62;
aircam_lip = 45;
aircam_lip_thick = 4;
$fn = 100;
difference() {
cylinder(d=aircam_od, h=aircam_h, center=false);
translate([0,0,(aircam_h-g3_flex_h)])
cylinder(d=g3_flex_od, h=aircam_h+1+5, center=false);
translate([0,0,-1... | glb/cad_fba42ff188eb.glb |
Create a Ubiquity AirCam hole plug by constructing a shallow, hollowed-out cylinder. Start with a main solid cylinder that has a base diameter of 68.8mm and a height of 10mm. From the top surface, remove a concentric cylindrical core with a diameter of 62.8mm and a depth of 8mm, leaving a 2mm thick floor at the bottom ... | g3_flex_od = 49.5;
g3_flex_h = 60;
g3_cowl_h = 30;
aircam_od = 66.8;
aircam_h = 62;
aircam_lip = 45;
aircam_lip_thick = 4;
difference() {
cylinder(d1=aircam_od+2, d2=aircam_od+1, h=10, center=false);
translate([0,0,2])
cylinder(d=aircam_od-4, h=20, center=false);
}
cylinder(d=aircam_od+4, h=2, center=false); | glb/cad_0c8f49efc9cc.glb |
Create a replacement case foot consisting of two stacked cylindrical components. First, create a wide, short base cylinder with a height of 3mm, tapering slightly from a bottom diameter of 15mm to a top diameter of 13mm. Centered on top of this base, add a second, taller cylinder with a height of 12mm. This upper cylin... | cylinder(d1=13, d2=15, h=3, center=false);
cylinder(d1=8.0, d2=7.8, h=12, center=false); | glb/cad_405c3de91f5e.glb |
Create a replacement outer shell for a yogurt maker lid. Construct the main body by creating a convex hull that connects three stacked cylinders along the Z-axis: a base cylinder with a diameter of 150mm and a height of 30mm, a second cylinder positioned at Z=65mm with a diameter of 120mm and a height of 2mm, and a thi... | cap_od = 150.0;
cap_id = 143.6;
wall = 3.0;
$fn = 100;
difference () {
hull() {
translate([0,0,0])
cylinder(d=cap_od, h=30, center=false);
translate([0,0,65])
cylinder(d=cap_od-30, h=2, center=false);
translate([0,0,70])
cylinder(d=cap_od-40, h=2, ce... | glb/cad_c96f4c5a2d37.glb |
Create a bottom cap for a 42mm steel pole. Start by constructing a main cylindrical body with an outer diameter of 42mm and a height of 5mm. On top of this base, add a second cylinder with a height of 20mm and a diameter that tapers slightly from 36mm at the bottom to 35.5mm at the top. To allow for water drainage, rem... | pole_od = 42;
pole_id = 36;
difference() {
union() {
cylinder(d1=pole_id, d2=pole_id-0.5, h=20, center=false);
cylinder(d=pole_od, h=5, center=false);
}
translate([0,0,-5])
cylinder(d=5, h=30, center=false);
translate([0,0,15])
cylinder(d1=5, d2=pole_od, h=6, center=false);
} | glb/cad_e848a8870ec4.glb |
Create a pole bracket by starting with a solid rectangular block measuring 40mm wide, 40mm deep, and 15mm high. Carve a horizontal cylindrical channel through the center of the block along its depth, with a diameter of 42mm, positioned so the center of the cylinder is 20mm from the sides and 25mm above the base. Finall... | pole_od = 42;
pole_id = 40;
difference() {
cube([40,40,15]);
translate([-10,20,25])
rotate([0,90,0])
cylinder(d=pole_od, h=60, center=false);
translate([20,20,-10])
cylinder(d=10, h=30, center=false);
} | glb/cad_0c63a418a307.glb |
Create a top cap for a 42mm steel pole. Start by constructing a main body consisting of a cylinder with a height of 30mm, tapering slightly from a base diameter of 35.5mm to a top diameter of 36mm. On top of this, add a wide, flat circular disc with a diameter of 62mm and a thickness of 1mm, positioned 25mm up from the... | pole_od = 42;
pole_id = 36;
cat5_dia = 8;
difference() {
union() {
cylinder(d1=pole_id-0.5, d2=pole_id, h=30, center=false);
translate([0,0,25])
cylinder(d1=pole_od+20, d2=1, h=60, center=false);
}
translate([pole_id/2-3,0,-10])
cylinder(d=cat5_dia, h=40, center=false);
translate([pole_id/2-1,0,25])
rotate([0... | glb/cad_2bf394163ca2.glb |
Create a Duracell PowerBank Slot by constructing a main body that is 43.5mm wide, 25mm deep, and 30mm high. The overall footprint is a stadium shape, consisting of a central rectangular block 18.5mm wide and 25mm deep, flanked on both ends by semi-cylinders with a radius of 12.5mm.
Carve a large central cavity out of ... | $fs = 0.1;
$fa = 5;
connectors();
module connectors() {
difference() {
union(){
translate([24.5/2,24.5/2,0])union(){
translate([0,0,-30+0.8])union(){
translate([0,0,0])rotate(a=[0,0,0])cylinder(r=29/2,h=30);
translate([0,-29/2,0])rotate(... | glb/cad_1041036d7082.glb |
Create a magnetic levitation pencil holder consisting of a base and a floating holder. For the base, construct a rectangular block 15mm wide, 150mm long, and 10mm high. Centered on top of this block, add a cylinder with a radius of 7.5mm and a height of 10mm. Carve a rectangular slot 8mm wide, 90mm long, and 5mm deep i... | $fs = 0.1;
$fa = 5;
support();
module support() {
union(){
translate([0,0,50])difference() {
union(){
translate([0,0,0])rotate(a=[-90,0,0])cylinder(r=80/2,h=15);
translate([0,0,-50])rotate(a=[-90,0,0])cylinder(r=50/2,h=15);
}
translate([0... | glb/cad_80dba5b18c55.glb |
Create a magnetic pencil holder base. Start with a rectangular block measuring 15mm wide, 50mm long, and 10mm high. Round the end of the block at the 50mm mark by adding a half-cylinder with a radius of 7.5mm and a height of 10mm, creating a semi-circular cap.
From this main body, remove several geometric shapes to cr... | $fs = 0.1;
$fa = 5;
translate([0,0,0])support2();
module support() {
union(){
translate([0,0,50])difference() {
union(){
translate([0,0,0])rotate(a=[-90,0,0])cylinder(r=80/2,h=15);
translate([0,0,-50])rotate(a=[-90,0,0])cylinder(r=50/2,h=15);
}
... | glb/cad_b9ce28e47958.glb |
Create a magnetic pencil holder base. Start by creating a main cylinder with a radius of 16mm and a height of 15mm.
From this cylinder, remove a central vertical hole with a radius of 3.8mm that runs through the entire height of the object. Additionally, remove four rectangular slots from the top face, each measuring... | $fs = 0.1;
$fa = 5;
support3();
module support() {
union(){
translate([0,0,50])difference() {
union(){
translate([0,0,0])rotate(a=[-90,0,0])cylinder(r=80/2,h=15);
translate([0,0,-50])rotate(a=[-90,0,0])cylinder(r=50/2,h=15);
}
translate([... | glb/cad_6bc8ae0e4f15.glb |
Create a Magnetic Levitation Deco set consisting of a base support and floating rotors.
First, construct the base support by creating a cylinder with a radius of 40mm and a height of 12mm. Subtract a smaller concentric cylinder with a radius of 35mm and a height of 17mm from the center. Remove two rectangular blocks,... | $fs = 0.1;
$fa = 5;
support();
translate([0,120,0])support();
bar();
translate([0,170,10])rotate(a=[90,0,0])support2();
translate([0,0,50])rotate(a=[0,0,0])rotor1();
translate([0,0,50])rotate(a=[0,0,0])rotor2();
translate([0,0,50])rotate(a=[0,0,0])rotor3();
module support() {
difference() {
union(){
t... | glb/cad_7c3f9cabb394.glb |
Create a magnetic levitation decoration support base. Start by creating a main body that is a combination of a rectangular block and a cylinder. The base is a rectangular prism measuring 15mm wide, 20mm long, and 10mm high. On top of this prism, centered at the end of the 20mm length, add a semi-cylindrical cap with a ... | $fs = 0.1;
$fa = 5;
translate([0,170,10])rotate(a=[90,0,0])support2();
module support() {
difference() {
union(){
translate([0,0,50])difference() {
union(){
translate([0,0,0])rotate(a=[-90,0,0])cylinder(r=80/2,h=12);
translate([0,0,-50])rotate(a=[-90,0,0])cy... | glb/cad_55fc6a0ff007.glb |
Create an Esp32Cam Telescope Adapter consisting of two main components: a cylindrical mount and a rectangular housing.
First, construct the mount by creating a base plate 60mm wide, 46mm deep, and 3mm thick. Centered on this plate, add a cylinder with an outer diameter of 31.7mm and a height of 25mm, starting from a ... | $fs = 0.1;
$fa = 5;
difference() {
union(){
translate([0,0,5]) rotate(a=[0,0,0]) cylinder(r=31.7/2,h=25);
translate([0,0,0]) rotate(a=[0,0,0]) cylinder(r=40/2,h=8);
translate([-30,-23,0]) rotate(a=[0,0,0]) cube([60,46,3]);
}
translate([0,0,5]) rotate(a=[0,0,0]) cylinder(r=28.... | glb/cad_7ef066044564.glb |
Create an Esp32Cam Telescope Adapter consisting of a main rectangular housing with a cylindrical extension. Start by creating a rectangular block measuring 65mm in width, 51mm in depth, and 35mm in height. Hollow out the center of this block to create a shell with a wall thickness of 2mm, leaving the bottom face solid.... | $fs = 0.1;
$fa = 5;
translate([80,0,0]) difference() { union(){
difference() {
translate([-30.5-2,-23.5-2,0]) rotate(a=[0,0,0]) cube([61+4,47+4,35]);
translate([-30.5,-23.5,2]) rotate(a=[0,0,0]) cube([61,47,35]);
}
difference() {
union(){
trans... | glb/cad_61750a625c8d.glb |
Create a simple photo frame designed to hold a 4 x 6 inch landscape photo. Start by creating a rectangular base plate with overall dimensions of 156.4mm by 105.2mm and a thickness of 3.2mm. Cut a rectangular opening through the center of this plate, leaving a border wall of 0.8mm around the edges, but further inset the... | TOLERANCE = 0.4;
INCHES_TO_MM = 25.4;
PHOTO_HEIGHT = 4 * INCHES_TO_MM + TOLERANCE;
PHOTO_WIDTH = 6 * INCHES_TO_MM + TOLERANCE;
PHOTO_DEPTH = 0.4;
FRAME_SIZE = 5;
WALL_WIDTH = 0.8;
FRAME_DEPTH = 3.2;
TAB_SIZE = 1;
TAB_LENGTH = 20;
STAND_WIDTH = 20;
STAND_ANGLE = 15;
STAND_OFFSET = 0.2;
$fs=0.5;
difference() {
cube(... | glb/cad_f8e315f7089b.glb |
Create a rectangular enclosure for a VFD Clock with outer dimensions of 200mm in length, 65mm in width, and 25mm in height. Hollow out the center of the box by removing a rectangular volume of 196mm by 61mm with a wall thickness of 2mm, leaving the floor at a thickness of 2mm.
On the floor of the enclosure, centered ... | $fs = 0.1;
$fa = 5;
difference() {
union() {
translate([0,0,0]) cube([200,65,25]);
}
translate([2,2,2]) cube([196,61,65]);
translate([197,26.5,4]) cube([5,12,5]);
translate([15,10,-1]) cube([170,45,10]);
}
translate([0,0,0]) difference() {
union() {
translate([9,9,0]) cylinde... | glb/cad_d848af89b336.glb |
Create a VFD Clock case by starting with a solid rectangular base measuring 200mm in length, 65mm in width, and 4mm in height. On top of this base, add a second rectangular slab measuring 195mm by 60mm with a height of 2mm, centered such that it leaves a 2.5mm border on all sides.
Carve out a large central rectangula... | $fs = 0.1;
$fa = 5;
difference() {
union() {
translate([0,0,0]) cube([200,65,4]);
translate([2.5,2.5,4]) cube([195,60,2]);
}
translate([6,13,-1]) cube([188,38,10]);
translate([11.5,11,3]) cube([177.5,43,10]);
translate([9,9,-1]) cylinder(h=10, r=2.5);
translate([9,56,-1]) cylin... | glb/cad_4cffe5e96c72.glb |
Create an ER8M wrench consisting of a flat handle and a specialized gripping head. Start by creating a rectangular handle 52mm long, 18mm wide, and 3.5mm thick. At one end of the handle, integrate a circular head with a diameter of 18mm and the same 3.5mm thickness. Within this circular head, carve out a central hole t... | module head() {
difference() {
cylinder(d=18, h=3.5, $fn=50);
cylinder(d1=12, d2=17, h=3.5, $fn=50);
}
difference() {
for ( i = [0:5]) {
angle = 60 * i;
rotate(a=angle, v=[0,0,1]) translate([3.5,-1,0]) cube([5,2,3.5]);
}
cylinder(d1=9.5, d2=12, h=3.5, $fn=50);
... | glb/cad_3917aa9cdca5.glb |
Create a kWeld Case by starting with a main rectangular body measuring 110mm wide, 120mm deep, and 18mm high. Hollow out the center of this body with a smaller rectangular cavity measuring 106mm by 116mm and 18mm deep. At each of the four bottom corners, place a vertical cylindrical hole with a diameter of 3.4mm and a ... | difference() {
union() {
difference() {
translate( [0,0,9] ) cube( [110, 120, 18], center=true );
translate( [0,0,13] ) cube( [106, 116, 18], center=true );
for( x=[-1,1] ) {
for( y=[-1,1] ) {
dt = x == 1 && y == 1 ? 9 : 0;
... | glb/cad_f9c7acef4fb0.glb |
Create a filament sensor housing consisting of a bottom case and a cap.
For the bottom case, start with a main cylinder 26mm in diameter and 12mm high. Create a central vertical hole 22mm in diameter and 10mm deep. Within the base, carve out a cylindrical chamber 8mm in diameter and 32mm long, oriented horizontally. ... | holders=2;
fitting=-1;
fitting_dia = 5.4;
difference() {
union() {
translate( [6,0,6] )
rotate([90,0,0])
cylinder( d=8,h=32,$fn=64,center=true );
if( fitting ) {
translate( [6,fitting * 12,6] )
difference() {
rotate([90,0... | glb/cad_02fe0127fbf0.glb |
Create a filament sensor housing consisting of a circular base and a central vertical cylinder. Start with a circular base plate 21mm in diameter and 1mm thick. Centered on this base, place a vertical cylinder with an outer diameter of 7.6mm and a height of 8mm.
Create a vertical hole through the center of the entire... | difference() {
union() {
cylinder( d=7.6,h=8,$fn=32 );
cylinder( d=21,h=1,$fn=128 );
translate( [0,-6,4] )
cube( [2,8,6],center=true );
}
translate( [0,0,-1] )
cylinder( d=2.1,h=10,$fn=32 );
translate( [0,0,7] )
cylinder( d=6,h=2,$fn=32 );
translat... | glb/cad_f840a79e16cf.glb |
Create a flat, spiral-shaped spring with a constant thickness of 0.8mm. The spring should consist of 2.5 full rotations. The width of the spiral band is 0.9mm. The spiral starts from an inner diameter of 8mm and expands outward to a final outer diameter of 21mm. The geometry is a continuous, flat coil expanding linearl... | width=0.9;
th=0.8;
start_d=8;
end_d=21;
n=2.5;
step=10;
full_a = 360*n;
delta = (end_d-start_d-2*width)/full_a/2;
for( s = [step:step:full_a] ) {
hull() {
rotate( [0,0,s-step] )
translate( [(start_d+width)/2+delta*(s-step),0,th/2] )
cube([width,0.1,th],center=true);
rota... | glb/cad_8a3b85318f19.glb |
Create a Joystick Controller Mask designed as a protective dome. Start by creating a sphere with a radius of 11.125mm. From this sphere, remove a large cube centered at the origin with a side length of 22.25mm and a height of 22.25mm, shifted downward by 11.125mm, to flatten the bottom half. Remove a central vertical c... | fn = 50;
dome_r = 22.25/2;
grip_r = 3;
stub_r = 17.98/2;
lip_t = 1.82/2;
stem_h = 15;
stem_r = 7.45/2;
difference(){
sphere(r=dome_r);
translate([0,0,-dome_r])
cube([dome_r*2, dome_r*2, dome_r*2], center=true);
for (i = [0:3:360]){
rotate([0,0,i])
translate([dome_r-grip_r-1,0,dome_r/2]... | glb/cad_0fd98efb4d80.glb |
Create a Royal Game of Ur die by starting with a right triangular prism with a height of 10mm and a radius of approximately 12.99mm (15 * sqrt(3)/2). Orient the prism so that it stands on one of its triangular bases. On each of the three rectangular side faces, carve out a series of concentric ring-shaped grooves. Spec... | module annulus(outer_r, inner_r, t){
difference(){
cylinder(r=outer_r, h = t, center=true, $fn=30);
cylinder(r=inner_r, h = t+2, center=true, $fn=30);
}
}
module ur_dice(){
rotate([0,0,30])
difference(){
cylinder(15*(sqrt(3)/2),10,0,$fn=3);
for( i = [1:1:2])
{
rotate([0,0,i*120])
... | glb/cad_e012d704682d.glb |
Create a Pump Support Bracket consisting of a flat, rectangular frame with rounded corners and a large central cutout. The overall outer dimensions of the frame are 111.5mm by 111.5mm with a thickness of 3mm. The four outer corners are rounded with a radius of 4.5mm.
In the center, create a rectangular cutout measurin... | font = "Terminus:style=Bold";
inf = 1000;
screw_len = 5.45;
screw_d = 3.5;
screw_head_d = 7.35;
screw_head_len=1.40;
bracket_radius = 4.5;
hole_distance = 105.55;
ocx = 120 - bracket_radius*3 + screw_head_d;
ocy = 120 - bracket_radius*3 + screw_head_d;
ocz = 1.4;
lip = 45;
edge_from_hole = 4.6;
icx = ocx - screw_h... | glb/cad_33cfa9832563.glb |
Create a Wifi Reflector Antenna by extruding a specific 2D profile to a total height of 200mm, centered vertically. The 2D profile is a rectangle 100mm wide by 150mm high, from which two circular sections are removed. First, remove a circular cutout with a radius of 100mm, centered at coordinates (102, 108) relative to... | length = 100;
width = 150;
height = 200;
cutout_rad = 18;
th=10;
triangle_points =[[0,0],[length,0],[0,length],[th,th],[length-(2*th),th],[th,length-(2*th)]];
triangle_paths =[[0,1,2],[3,4,5]];
module parabolic_reflector(len, wid, h, angle){
translate([0,0,h/2])
linear_extrude(height = h/2, center = true, con... | glb/cad_3ec5d94dcdce.glb |
Create a toilet brush holder by constructing a hollowed-out spherical vessel. Start with a solid sphere 101mm in diameter. Create a hollow interior by removing a concentric sphere with a diameter of 81mm and a vertical cylinder with a diameter of 81mm that extends through the top of the shape to create an open mouth. T... | t = 20;
inner_diam = 81;
outer_diam = inner_diam + t;
height = outer_diam/2;
foot_diam = inner_diam/2.2;
module stand(){
difference(){
union(){
translate([0,0,0]) cylinder(d=outer_diam,h=height, $fn=70);
sphere(d=outer_diam, $fn=70);
for(i = [0 : 1 : 3]){
rotate([0,0,(i*360)/3])
... | glb/cad_90851ebd31ed.glb |
Create a collector's box insert for the Architects of the West Kingdom game. Start by creating a base rectangular block measuring 216mm in length, 73mm in width, and 17.5mm in height, with all corners rounded to a 3mm radius. From this base, carve out three distinct voids. First, create a large central rectangular cavi... | $fn=100;
difference(){
roundedCube(216,73,17.5);
translate([27,11.5,11])
minkowski(){
cube([122,50,23]);
sphere(r=10);
}
translate([171,11.5,11])
minkowski(){
cube([18,50,23]);
sphere(r=10);
}
translate([0,36.5,-1])
rotate([0,0,90])
cylinder(h=30, d=30, center=false);
translate([216,36.5,-1])
rotate([0,0,90])
cyl... | glb/cad_d4dbb3751610.glb |
Create a tethered multimeter probe cap consisting of a ring, a connecting leash, and a protective tip cap. Start by creating a flat ring with an outer diameter of 11.4mm, an inner diameter of 9mm, and a thickness of 1.2mm. From the outer edge of this ring, extend a straight rectangular leash with a width and height of ... | ring = 9;
leash = 55;
dia = 1.2;
cap_h = 8;
cap_d = 5;
cap_i = 1.2;
$fn = 32;
difference(){
cylinder(h = dia, d = ring + 2 * dia, center = false);
cylinder(h = dia, d = ring, center = false);
};
translate([-dia / 2, ring / 2, 0])
cube(size = [dia, leash, dia], center = false);
translate([0, ring / 2 + leash + d... | glb/cad_c24c675507f9.glb |
Create an LED Matrix Diffuser Grid consisting of an 8x8 array of square cells. The overall grid is formed by a network of walls with a thickness of 1mm and a height of 10mm. Each internal cell has a size of 10mm.
To create the grid, generate a series of intersecting vertical and horizontal walls. Along the bottom of e... | num_x = 8;
num_y = 8;
leds_pm = 100;
cell_size = round(100000 / leds_pm) / 100;
wall_h = 10;
cut_clr = 0.25;
b_top = 1;
b_right = 1;
b_bottom = 1;
b_left = 1;
wall_t = 1;
gate_h = 1;
gate_w = cell_size - 2 * wall_t;
tab_w = 5;
tab_h = 2;
borders = [b_top, b_right, b_bottom, b_left];
if(!is_undef(borders)... | glb/cad_e82164583a89.glb |
Create a Z-axis webcam mount consisting of a vertical support plate and a mounting base.
Start with a base plate that is 19mm wide and 91mm long (66mm spacing plus two 12.5mm radii). The base plate has a thickness of 3mm. At each end of the base plate, center a circular hole with a diameter of 4.2mm to accommodate mo... | spacing = 66;
endradius = 12.5;
baseplatelength = spacing/2;
resolution=64;
basethk = 3;
basecithk = 2;
module hex(hole, wall, thick){
hole = hole;
wall = wall;
difference(){
rotate([0, 0, 30]) cylinder(d = (hole + wall), h = thick, $fn = 6);
translate([0, 0, -0.1]) rotate([0, 0, 30]) cyli... | glb/cad_3720108b8af4.glb |
Create a mount kit for an 80mm HD44780 character display. Start by constructing a flat rectangular base plate 11mm thick. At each of the four corners of this plate, create a cylindrical pillar with a diameter of 5.9mm. Each pillar must have a centered vertical hole passing through it with a diameter of 1.275mm. Positio... | $fn=80;
shole = 1.275;
linear_extrude(11)
union(){
difference(){
circle(2.95);
circle(shole);
}
translate([75,0,0])
difference(){
circle(2.95);
circle(shole);
}
translate([75,33.78-2.5,0])
difference(){
circle(2.95);
circle(shole);
}
translate([0,33.78-2.5,0])
difference(){
circle(2.95);... | glb/cad_99d08fd6666b.glb |
Create a mount kit for an 80mm character display. Start by creating a rectangular base plate measuring 80mm in width, 36mm in depth, and 5mm in height. From the top surface of this base, remove a central rectangular section measuring 71.2mm by 25.2mm, leaving a border around the edges. At each of the four corners of th... | $fn=80;
$mount_height = 4;
module mount(x,y,size = 2.4, support = false) {
translate([x,y,-0.01])
cylinder($mount_height + 0.01,r=(size/2));
}
difference(){
translate([-2.50,-2.5,5])
linear_extrude(1)
square([80,36]);
translate([5.05,7.8,5])
linear_extrude(1)
square([66,16]);
}
difference(){
linear_extru... | glb/cad_e16ec2814246.glb |
Create a wall mount bracket for a TP-Link Tapo C200 camera. Start with a base plate 4mm thick, consisting of a circle with a 56mm diameter. Remove a concentric inner circle with a 26mm diameter from the center of this base. On the base plate, place two 5mm diameter holes with 24-sided polygonal profiles, positioned sym... | camera_diameter = 90;
bracket_diameter = 56;
inner_diameter = 26;
hole_diameter = 5;
hole_distance = 39;
thickness = 4;
arm_width = 16;
arm_length = 50;
extr_height = .6;
$fn = 64;
linear_extrude(thickness) difference() {
union() {
translate([-arm_width / 2, 0]) square([arm_width, camera_diameter / 2 + th... | glb/cad_be6b355e1cb7.glb |
Create a 3D interlocking polygon tile based on a regular triangle with a side length of 30mm and a thickness of 3mm.
The tile should feature interlocking jigsaw-style tabs on each edge. For each side, create a protruding tab and a corresponding recessed slot. The tab is formed by a circular profile with a radius of 1... | Output = "Regular Polygon";
sides =3;
side_length = 30;
height = 3;
clearance = 0.3;
tab_r = 1;
Use_Outline = "Yes";
outline_height = 0.6;
outline_width = 0.8;
$fs = 0.2;
$fa = 3;
if(Output == "Regular Polygon")
regular_polygon(sides);
else if(Output == "Penrose 1")
penrose_thin();
else if(Output == "Penrose 2"... | glb/cad_01cbb6ea5afd.glb |
Create an Antibody Modelling Kit consisting of an IgG antibody model and an antigen model.
For the IgG antibody, create a Y-shaped structure. The base (Fc region) is a rectangular block 15mm long, 8mm wide, and 8mm high, with two semi-circular notches of 2mm radius removed from the end. Attached to this base are two ... | l=15;
w=8;
h=8;
r=2;
mr=1.6;
mh=1.8;
module MagnetHole(h){
translate([0,0,0]) cylinder(r=mr,h=mh);
translate([0,0,0]) cylinder(r=1,h=h);
}
module Fc(l,w,h,r){
difference(){
translate([-l/2,-w/2,0]) cube([l,w,h]);
translate([l/2-4,-w/2,0]) cylinder(r=r,h=h);
translate([l/2-4, w/2,0]) cylinder(r=r,h=... | glb/cad_2d9000b7ba23.glb |
Create an interlocking chess board square with a side length of 45mm and a thickness of 3mm. The square should feature a puzzle-piece style interlocking system on all four edges.
For each edge, create a tab with a radius of 1.5mm. The tabs should be designed as rounded protrusions that extend outward from the center ... | Output = "Square";
Edge_Number = 0;
side_length = 45;
height = 3;
text_height = 0.6;
clearance = 0.35;
tab_r = 1.5;
$fs = 0.2;
$fa = 3;
letters = ["a", "b", "c", "d", "e", "f", "g", "h", "1", "2", "3", "4", "5", "6", "7", "8"];
if(Output == "Square")
chess_square();
else if(Output == "All Edges")
edges();
else i... | glb/cad_3af00a7f46d5.glb |
Create a 3D printer calibration piece consisting of two separate matching components. First, create a rectangular base measuring 30mm by 20mm by 3mm. In the center of this base, remove a rectangular slot measuring 10.2mm by 11mm by 4mm. At the position [9, -5, 0] relative to the center, remove a cylindrical hole with a... | tolerance = 0.1;
difference() {
cube([30, 20, 3], center=true);
translate([0, 5.5-tolerance, 0])
cube([10+2*tolerance, 11, 4], center=true);
translate([-9, -5, -1])
cylinder(d=(25.4/4)/(sqrt(3)/2)+2*tolerance, h=20, center=true, $fn=6);
}
translate([9, -5, 1.5])
cylinder(d=3.5-2*tolerance, h=4, $fn=20)... | glb/cad_5f248f9e072a.glb |
Create a wall bracket shim with a thickness of 2mm. The main body is a flat plate 190mm long and 40mm wide at the base. The sides taper linearly from the 40mm base width to a width of 18mm at the top. The top end is finished with a semi-circular cap with a diameter of 18mm.
Pierce three circular holes through the thi... | length = 190;
width1 = 40;
width2 = 18;
hole_dia = 4.2;
offset1 = 170;
offset2 = 160;
center_offset_1 = 10;
center_offset_2 = 10;
thickness = 2;
difference() {
$fn=20;
top_hole_y = length - width2/2;
linear_extrude(thickness) {
polygon([[0, 0], [width1/2 - width2/2, length - width2/2], [width1/... | glb/cad_0a87a7242c29.glb |
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