Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a circular fridge magnet with a total diameter of 80mm and a height of 8mm. The main body is a cylinder with a 2mm bevel on the bottom. Hollow out a cylindrical cavity from the bottom center to hold a magnet, with a diameter of 32.2mm and a depth of 3.3mm, leaving a 0.8mm base thickness.
On the top face, create... | $fn=200;
size = 80;
disk_height = 8;
bevel_height = 2;
rim_height = .45*3;
rim_thickness = 3;
white_thickness = .45*2;
magnet_dia = 32.2;
magnet_height = 3.3;
magnet_depth = 0.8;
cut_in_half = false;
if (cut_in_half) {
difference(){
fridge_magnet(size, disk_height, bevel_height,
magnet_dia... | glb/cad_729e597a4102.glb |
Create a Customizable Deck Holder consisting of a main box and a sliding lid.
For the box, create a rectangular shell with a base thickness of 2mm and wall thickness of 3mm. The interior cavity should be sized to fit sleeved cards of 67mm by 92mm (including a 1mm tolerance), with a total deck height of 32mm. The box ... | include <../hexgrid.scad>
include <../BOSL/constants.scad>
use <../BOSL/math.scad>
use <../BOSL/transforms.scad>
use <../BOSL/shapes.scad>
use <../BOSL/masks.scad>
_version_=str("5");
echo(str("Building Version ",_version_," box..."));
sleeve_size = [66, 91];
deck_height = 32;
lid_or_box="B";
horiz_or_vert="V";
i... | glb/cad_3a61ad2f1309.glb |
Create a Trivial Pursuit pie token by starting with a solid cylinder 31.5mm in diameter and 12.4mm in height. Hollow out the center by removing a smaller concentric cylinder with a diameter of 28.5mm and a height of 12.4mm, but start the cut 1.2mm from the base to leave a solid bottom floor. To create the internal divi... | module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$resolution = (production && !$preview) ? 150 : (pnghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
... | glb/cad_cc837dcb53f4.glb |
Create a Trivial Pursuit replacement wedge by designing a 60-degree sector of a cylinder with a radius of 11.75mm and a total height of 10.8mm. To make the wedge hollow for insertion, remove a smaller 60-degree sector from the center. This inner cutout should have a height of 9.6mm and a radius of 9.55mm, leaving a wal... | module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$resolution = (production && !$preview) ? 150 : (pnghq ? 150 : 55);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
... | glb/cad_bb5114d9a628.glb |
Create a custom shaft collar with an inner diameter of 5mm and an outer diameter of 15mm, with a total thickness of 5mm. The main body is a cylinder centered on the origin.
Remove a central cylindrical hole with a diameter of 5.05mm to accommodate the shaft. Cut a wedge-shaped opening from the inner diameter to the o... | inner_diameter=5;
printer_adjust = 0.05;
opening_angle=6;
offet_contact_faces=0.1;
screw_diameter=3;
screw_head_diameter=6;
screw_head_offset=screw_head_diameter*2/3;
nut_sides=6;
axial_holes = 0;
axial_hole_diameter = 2;
thickness=screw_head_diameter+2;
outer_diameter=inner_diameter+thickness*2;
overlap = 0.... | glb/cad_f7eb91d1ae96.glb |
Create a hose fitting adapter consisting of two concentric cylindrical shells connected by a conical transition. The first section is a hollow cylinder with an outer diameter of 32mm, an inner diameter of 30mm, and a height of 10mm. The second section is a hollow cylinder with an outer diameter of 22mm, an inner diamet... | nozzle1diameter=30;
nozzle1height=10;
nozzle2diameter=20;
nozzle2height=10;
wallThickness=2;
z2 = abs(nozzle1diameter-nozzle2diameter);
z = nozzle1height+(nozzle2height)/2 + z2;
z3 = (nozzle1height+nozzle2height)/2 + z2/2;
intersection() {
union() {
translate([0,0,nozzle1height/2]) {
diffe... | glb/cad_b25f4ebc8108.glb |
Create a finger gauge for rings consisting of a flat circular plate with an attached rectangular tab. The main body is a cylinder with a height of 4mm and an outer diameter of 17.63mm (calculated for ring size 0). Center a hole through this cylinder with a diameter of 11.63mm.
Extend the shape by adding a rectangular... | ringSize=0;
module ring(message,outerDiameter,innerDiameter,height)
{
letterHeight=0.5;
letterWidth =0.3;
module shapeA() {
difference() {
union() {
translate([outerDiameter+7,0,0])
cube([16,8,height],true,$fn=90);
cylinder(height,outerDiame... | glb/cad_4496df957ddb.glb |
Create a Parametric Component Tape Reel consisting of two mirrored discs (top and bottom) separated by a gap of 8mm to accommodate a tape.
For each disc, create a large outer rim with a diameter of 180mm and a thickness of 0.8mm. Inside this rim, construct a central hub with a diameter of 60mm and a height of 2.4mm. ... | makeBottom = true;
makeTop = true;
tapeWidth = 8;
tapeThickness = 0.8;
reelHubDiameter = 60;
reelOD = 180;
reelWallThickness = 0.6;
hubWallThickness = 0.8;
reelSpokeWidth = 16;
reelSpokes = 4;
reelRimWidth = 12;
reelLipWidth = 3;
tapeRetainerWidth = 4.5;
cylinderSegments = 60;
clearance = 0.25;
module ri... | glb/cad_f41c5ebc4b73.glb |
Create a magnetic stand for minifigures consisting of a flat rectangular base with a thickness of 3mm. The overall footprint of the base is approximately 47.8mm by 63.8mm.
On the top surface, add four circular pegs arranged in a row. Each peg must have a radius of 2.4mm and a height of 1.8mm.
On the bottom surface, c... | $fn = 72;
magnetD = 5;
magnetH = 2;
magnetGap = 0.1;
gap = 0.2;
deep = 3;
wall = 3;
height = 2;
zigzagDeep = 10;
zigzagWidth = 30;
zigzagR = 2;
alpha = atan(zigzagDeep/(zigzagWidth/2));
zwr = zigzagR/tan(alpha/2);
zwrx = zwr*cos(alpha);
zwry = zwr*sin(alpha);
brickHeightDim = 9.6;
brickUnit = 8.0;
dWidth = 0.2... | glb/cad_af807de62f01.glb |
Create a Mini-ITX motherboard form-factor template by starting with a square plate measuring 170 mm by 170 mm with a thickness of 2 mm. At each of the four corners, create a circular hole with a diameter of 1.98 mm that passes completely through the plate. Position the center of these holes exactly 6.35 mm from the nea... | fragments = 36;
d=3.96;
h=2;
difference(){
cube(size = [170,170,h], center = false);
translate([6.35,6.35+22.86,0])
cylinder(5, d/2, d/2, $fn = fragments, center=false);
translate([6.35,6.35+154.94,0])
cylinder(5, d/2, d/2, $fn = fragments, center=false);
translate([6.35+157.48,6.35,0]... | glb/cad_ee07026ce124.glb |
Create a game counter token by starting with a smooth cylinder that has a diameter of 23mm and a height of 2.3mm. On the top face of the cylinder, center the text "+1/+1" using a bold sans-serif font. The text should be extruded to a height of approximately 0.77mm, scaled vertically by a factor of 1.25 to appear slight... | module marqueur(htoken = 2.3, d = 23, font = "Arial Narrow:style=Bold", color = "ALL") {
fSizeP = 7;
fSizeM = 9;
fYFactor = 1.25;
translate([0,0,htoken / 2]) {
if (color == "ALL" || color == "yellow") {
color ("yellow")
difference() {
cylinder( h... | glb/cad_5cfbae5e0f18.glb |
Create an adjustable dual vertical laptop stand consisting of a base plate and two side walls.
The base is a rectangular plate 150mm wide by 120mm deep with a thickness of 5.5mm and corner radii of 10mm. Centered on this base is a vertical divider wall 150mm wide and 6mm thick, with rounded top corners.
Create two s... | baseWidth = 150;
baseHeight = 120;
totalHeight = 50;
baseDepth = 5.5;
wallDepth = 6;
cornerRadius = 10;
modular = false;
distanceWall_1 = 15.0;
distanceWall_2 = 28.0;
wallBase = 2;
minDistance = 10;
maxDistance = 35;
slotOffset = baseHeight/3;
countersunkScrew = true;
threadInserts = true;
$fn = 512;
module ... | glb/cad_28dd8596dc49.glb |
Create an Avocado Boat designed to hold a seed. The model is a hollowed, bowl-like vessel with a total outer diameter of 60mm and a wall thickness of 0.5mm.
Construct the main body by revolving a profile around a central axis. This profile consists of an outer ring with a 30mm radius and an inner ring with a 18mm rad... | avocadoDiamter = 28;
outerDiameter = 60;
innerDiameter = avocadoDiamter + 8;
wall = 0.5;
bottomThicknes = 2;
splitAngle = 0.01;
$fn=256;
module ring(radius, wall){
difference(){
circle(r=radius);
circle(r=radius-wall);
}
}
module cutOff(){
translate([-outerDiameter/2,0,0]) square(outerDiameter,... | glb/cad_ce9835bde495.glb |
Create an Ender 5 SKR Board Adapter consisting of a base plate and mounting standoffs. Start by creating a rectangular base frame with a width of 117.67mm and a height of 92.3mm (calculated from the board dimensions plus 8mm corner radii). The frame should have a thickness of 2mm.
At the four corners of this rectangul... | offsetBoardBase = 55;
$fn=128;
mountingHoleDiameter = 4.7;
mountingHoleWall = 8;
mountigHolePositions = [[61.6,37.65,0], [93.6,35,0], [75.6,0,0], [13.1,0,0]];
mountingHoleConnections = [[0,1],[1,2],[0,2],[2,3],[0,3]];
module connectors(connectionList, connectionPosition, height=2){
union()
for (con=connectio... | glb/cad_c89edc5966dc.glb |
Create a Chonky Solder Spool Holder by starting with a solid rectangular block measuring 70mm wide, 80mm deep, and 65mm high, centered on the origin. Carve out a large central rectangular void measuring 40mm wide, 100mm deep, and 80mm high, positioned 20mm along the Y-axis and 20mm along the Z-axis. Within this structu... | $fn=50;
spoolHolder();
module spoolHolder() {
difference() {
translate([0,0,0])
cube([70,80,65], center=true);
translate([0,20,20])
cube([40,100,80], center=true);
translate([0,0,10])
rotate([90,20,90])
spoolRodSlot();
transl... | glb/cad_0873b8b070e2.glb |
Create a solder spool rod consisting of two concentric cylinders aligned along a single vertical axis. First, create a central wide cylinder with a diameter of 18.5mm and a height of 39mm. Then, create a thinner, longer cylinder with a diameter of 10mm and a height of 70mm. Center the thinner cylinder vertically and ho... | $fn=50;
rodDiameter = 18.5;
spoolRod();
module spoolRod() {
translate([0,0,0])
cylinder(d=rodDiameter, h=39, center=true);
translate([0,0,0])
cylinder(d=10, h=70, center=true);
} | glb/cad_d40fa22d02d2.glb |
Create a Gel Plug Casting Plate consisting of a rectangular base with a grid of tapered cylindrical inserts. The base plate is 127.76mm wide, 85.48mm deep, and 1mm thick.
Arrange a grid of 60 tapered cylinders (12 columns by 5 rows) on the plate. Each cylinder is positioned with a center-to-center spacing of 9mm in b... | sx=14.4;
sy=11.2;
pw=127.76;
ph=85.48;
pt=1;
type = "falcon";
ws=9;
wdu=(type == "eppendorf") ? 7 :
(type == "falcon") ? 6.6 : 8;
wdl=(type == "eppendorf") ? 6.8-0.4 :
(type == "falcon") ? 6.4-0.4 : 8;
wh=14.41;
www=1.1;
wlx=12;
wly=8;
skip=2;
module well(){
difference(){
cylinder(d1=wdu+... | glb/cad_53a762499fbe.glb |
Create a Gel Plug Casting Plate consisting of a central hexagonal base with six radiating cylindrical wells. The base is a flat plate with a height of 2mm.
Arrange six cylindrical wells in a circular pattern around the center, each spaced 60 degrees apart. Each well has a height of 17.98mm and a tapered profile, with... | sx=14.4;
sy=11.2;
pw=127.76;
ph=85.48;
pt=1;
type = "falcon24";
ws= (type == "falcon24") ? 19.3 : 9;
wdb=(type == "eppendorf") ? 5.8 :
(type == "falcon") ? 5.4 :
(type == "falcon24") ? 16.3 : 8;
wdu=wdb+1.2;
wdl=wdb+0.6;
wh= (type == "falcon24") ? 17.98 : 14.41;
www=(type == "falcon24") ? 2 : 1.1;
bh=2;... | glb/cad_146aba28ec0b.glb |
Create a Gel Plug Casting Plate consisting of a thin rectangular base with a centered, tapered cylindrical tower.
Start with a rectangular base plate measuring 127.76mm by 85.48mm with a thickness of 2mm. Centered on this base, construct a tapered hollow cylinder (the well) with a total height of 14.41mm. The outer d... | sx=14.4;
sy=11.2;
pw=127.76;
ph=85.48;
pt=1;
exg=0.5;
type = "falcon";
ws= (type == "falcon24") ? 19.3 : 9;
wdu=(type == "eppendorf") ? 5.8+1.2 - exg:
(type == "falcon") ? 5.4+1.2 - exg:
(type == "falcon24") ? 16.3+1.2 : 8 - exg;
wdl=(type == "eppendorf") ? 5.8+0.6 - exg:
(type == "falcon") ? 5.4+... | glb/cad_3e9caeb6d7be.glb |
Create a headset holder consisting of a flat base and a curved vertical support. Start with a rectangular base plate 35mm high, 45mm wide, and 5mm thick. In this base, create two countersunk screw holes centered 40mm apart along the height; each hole should have a 2.7mm diameter shaft that opens into a 6.5mm diameter c... | $fa = 1;
$fs = .4;
thickness = 5;
diameter = 150;
length = 23;
width = 45;
height = 35;
holeSeparation=40;
module HeadSet(thickness,diameter,length,width){
translate([diameter/2,0,0]) difference(){
difference(){
difference(){
translate([-thickness,0,0]) cylinder(h=length,d=... | glb/cad_3cb1d4e84c40.glb |
Create a parametric hex socket tool. Start with a base cylinder 16mm in diameter and 16mm tall. On top of this base, add a tapered section 4mm high that transitions from the 16mm base diameter to a wider 12.2mm diameter. Above the taper, create a secondary cylindrical section 11.25mm high with a diameter of 12.2mm.
Ca... | drive=.5*25.4+.3;
sec_drive=.375*25.4+.5;
sec_drive_h=11.25;
sub_cyls_d=1.5;
drive_od_ext=3;
sq_depth=15;
$fn=96*2;
taper_h=4;
add_rounds=true;
round_lip=1.1;
round_sph_d=40;
cutaway=false;
drive_od=drive*sqrt(2)+sub_cyls_d+drive_od_ext;
sec_drive_od=sec_drive+sqrt(2)+sub_cyls_d+drive_od_ext;
sec_drive_base_round=3/(.... | glb/cad_93706256fc03.glb |
Create an INTEX Pool Heating Mat Adapter designed to connect a heating mat to a 1/2" hose. The object is a hollow vertical conduit consisting of three main sections.
Start with a base lip that is 2.5mm high, with an outer diameter of 36.4mm and an inner diameter of 34.4mm. Above this lip, build a main cylindrical body... | $fn=250;
dt1=0.01;
dt2=dt1*2;
prt_delta=0.4;
wall = 2;
p_in = 32+prt_delta;
p_out=p_in+2*wall;
p_h = 28;
lip_h=2.5;
lip1_in=p_in+2;
lip2_in=p_in;
lip1_out=lip1_in+2*wall;
lip2_out=lip2_in+2*wall;
s_out = 14;
s_in=s_out-2*wall;
s_h = 25;
t_h=15;
union(){
color("green")
difference(){
cylinder(d1=lip1_out, d2=... | glb/cad_f229334d58ac.glb |
Create a sliding lid box consisting of a hollow rectangular base and a matching lid. For the base, construct a rectangular shell with interior dimensions of 190mm width, 110mm depth, and 23mm height. The walls and floor of this base should have a uniform thickness of 2.5mm.
To create the lid, design a rectangular sla... | Interior_Width=190;
Interior_Depth = 110;
Interior_Height=23;
Wall_Thickness=2.5;
Clearance=.25;
w=Interior_Width;
d=Interior_Depth;
h=Interior_Height;
twt=Wall_Thickness;
slop=Clearance;
module octahedron(r){
scale(r) polyhedron(
points=[
[ 0, 0, 1],
[ 1, 0, 0],
[ ... | glb/cad_5cf8514f3db0.glb |
Create a d6 die by starting with a solid cube measuring 16mm x 16mm x 16mm. On each of the six faces, create numeric pips by removing small cubic indentations from the main body. Each pip should be a cube measuring 3.2mm x 3.2mm x 1.6mm, recessed 1.6mm into the surface.
Arrange the pips on each face according to stan... | $fa = .01;
$fs = 0.1;
difference() {
cube(center = true, size = [16, 16, 16]);
union() {
translate(v = [0, 0, 8.0000000000]) {
rotate(a = [0, 0, 0]) {
union() {
translate(v = [-3.2000000000, 3.2000000000, 0]) {
translate(v = [0, 0, -0.8000000000]) {
cube(center = true, size = [3.2000000000... | glb/cad_5c66b737f701.glb |
Create a d6 die with numeric pips that extend into the surface. The main body is a cube with a total side length of 16mm. On each of the six faces, create pips as smaller cubes measuring 3.2mm x 3.2mm x 1.6mm. These pips should be centered on the face and extend 0.8mm into the main body.
Arrange the pips on each face ... | $fa = .01;
$fs = 0.1;
union() {
translate(v = [0, 0, 8.0000000000]) {
rotate(a = [0, 0, 0]) {
union() {
translate(v = [-3.2000000000, 3.2000000000, 0]) {
translate(v = [0, 0, -0.8000000000]) {
cube(center = true, size = [3.2000000000, 3.2000000000, 1.6000000000]);
}
}
translate(v = [-... | glb/cad_9526bd09841e.glb |
Create a Rhombic Dodecahedron with a radius of 20mm. This shape is formed by the convex hull of a cube with a side length of 20mm and an octahedron with a vertex-to-center distance of 20mm.
On each of the twelve rhombic faces, embed a centered text label with a font size of 10mm and a depth of 15mm. The labels should ... | current_color = "ALL";
font_size = 10;
letter_depth = 15;
radius = 20;
r = radius;
r2 = radius/sqrt(2);
module multicolor(color) {
if (color==current_color || current_color == "ALL"){
color(color) children();
}
}
module letter(l) {
translate([0,0,-letter_depth+.01])
linear_extrude(height = let... | glb/cad_56ee87d916ad.glb |
Create a Simple Dungeon Token consisting of a cylindrical base and raised decorative elements. Start by creating a cylinder with a diameter of 25mm and a height of 2mm.
On the bottom face of the cylinder, engrave a skull and crossbones graphic, scaled to 64% of the token's diameter (16mm), with a depth of 0.5mm.
On... | $fn=90;
dia=25;
border=0.8;
tokenH=2;
font = "Almendra-bold";
svg_image = "skull-and-bones-svgrepo-com.svg";
svg_size = dia*0.64;
text_size=dia*0.64;
TokenNumber = "1";
part="n";
if ( part == "t"){
difference() {cylinder( tokenH, d=dia, center=false);
translate([-(svg_size/2), -(svg_size/2), -0.25])
linear... | glb/cad_ace6b3eba8d3.glb |
Create an LCD screen cover for a 3D printer. Start with a rectangular base measuring 84mm in length, 30mm in height, and 1.4mm in depth.
On the right side of the base, create a rectangular cutout window to view the estimated time remaining. This window should be 36mm wide and 4.5mm high, positioned 10.5mm from the bo... | module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$resolution = (production && !$preview) ? 150 : (pnghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
... | glb/cad_4ad55f0123d5.glb |
Create a Polyhedron Connector designed to hold five rods. Start by creating a central core that consists of five cylinders, each with a radius of 0.945mm and a total length of 10.945mm. Arrange these five cylinders so they radiate from the center, each rotated by 72 degrees around the X-axis and tilted 31.72 degrees fr... | Rod_Diameter = .189;
Rod_Depth = 1;
Wall_Thickness = .1;
module GenConnector()
{
Rod_Radius = (Rod_Diameter/2)*1000;
Rod_Depth = Rod_Depth*1000;
Wall_Thickness = Wall_Thickness*1000;
Distance_From_Core = (Rod_Radius*2)+Wall_Thickness;
Total_Rod = Distance_From_Core + Rod_Depth;
scale(0.01,0.01,0.01){
differe... | glb/cad_f7dff6d50a45.glb |
Create a Polyhedron Connector consisting of three identical sockets radiating from a central core. Each socket is formed by a cylinder with a radius of 1.945mm and a total length of 11.89mm. Arrange these three cylinders so they are spaced 120 degrees apart and tilted 35.3 degrees relative to the central axis. Enclose ... | Rod_Diameter = .189;
Rod_Depth = 1;
Wall_Thickness = .1;
module GenConnector()
{
Rod_Radius = (Rod_Diameter/2)*1000;
Rod_Depth = Rod_Depth*1000;
Wall_Thickness = Wall_Thickness*1000;
Distance_From_Core = (Rod_Radius*2)+Wall_Thickness;
Total_Rod = Distance_From_Core + Rod_Depth;
scale(0.01,0.01,0.01){
differe... | glb/cad_8df9526c0fdc.glb |
Create a Polyhedron Connector by constructing a hull around three cylinders, each with a radius of 1.945mm and a height of 12.945mm. Position these three cylinders so they radiate from a central core, each rotated 120 degrees around the Z-axis and tilted 54.7 degrees from the vertical axis. From this combined solid, re... | Rod_Diameter = .189;
Rod_Depth = 1;
Wall_Thickness = .1;
module GenConnector()
{
Rod_Radius = (Rod_Diameter/2)*1000;
Rod_Depth = Rod_Depth*1000;
Wall_Thickness = Wall_Thickness*1000;
Distance_From_Core = (Rod_Radius*2)+Wall_Thickness;
Total_Rod = Distance_From_Core + Rod_Depth;
scale(0.01,0.01,0.01){
differe... | glb/cad_202c3f84eaac.glb |
Create a Polyhedron Connector consisting of a central hub with four radial sockets for rods. The overall shape is formed by the convex hull of four cylinders, each with a radius of 1.945mm and a total height of 11.89mm. These four cylinders are positioned around the center, rotated 90 degrees from each other and tilted... | Rod_Diameter = .189;
Rod_Depth = 1;
Wall_Thickness = .1;
module GenConnector()
{
Rod_Radius = (Rod_Diameter/2)*1000;
Rod_Depth = Rod_Depth*1000;
Wall_Thickness = Wall_Thickness*1000;
Distance_From_Core = (Rod_Radius*2)+Wall_Thickness;
Total_Rod = Distance_From_Core + Rod_Depth;
scale(0.01,0.01,0.01){
differe... | glb/cad_e1ff905edfe7.glb |
Create a Polyhedron Connector by constructing a central hub that joins three cylindrical sockets. Start by creating three cylinders, each with a radius of 1.945mm and a total length of 11.89mm. Arrange these cylinders so their central axes intersect at a single core point, each rotated 120 degrees around the center and... | Rod_Diameter = .189;
Rod_Depth = 1;
Wall_Thickness = .1;
module GenConnector()
{
Rod_Radius = (Rod_Diameter/2)*1000;
Rod_Depth = Rod_Depth*1000;
Wall_Thickness = Wall_Thickness*1000;
Distance_From_Core = (Rod_Radius*2)+Wall_Thickness;
Total_Rod = Distance_From_Core + Rod_Depth;
scale(0.01,0.01,0.01){
differe... | glb/cad_bcb2a95630b0.glb |
Create a 35mm film sprocket drive consisting of a central axle hole and two geared discs. Start by creating a central cylindrical body with a total height of approximately 40.5mm. Through the entire vertical center of the model, create a square hole with a width and depth of 3.2mm to accommodate the drive axle.
Constr... | numSprockets = 8;
axelWidth = 3.2;
difference() {
spool( numSprockets );
cube([axelWidth, axelWidth, 100], center = true);
}
module spool( numberOfSprockets ) {
circumference = spaceToNextSprocket * numberOfSprockets;
outerRadius = circumference / (2 * PI);
innerRadius = outerRadius * 0.7;
angle = 360 / numberO... | glb/cad_fba6707fe180.glb |
Create an adjustable angle stand for a tablet or phone. Start by creating a solid rectangular block with a width of 50mm, a total height of 20mm, and a length calculated to accommodate 8 slots. The block should have rounded edges with a 5mm radius.
Carve 8 identical slots into the top of the block to hold a device wit... | $fn=64;
iy=7.5;
x=50;
z=20;
bt=5;
slots=8;
slotSpacing=5;
rxInc=4;
stand();
module stand(){
sp=slotSpacing+iy;
yPad=slotSpacing;
y = (iy*slots) + ((sp-iy)*(slots-1)) + yPad*2;
echo ("Y Length",y);
difference(){
translate([-x/2,-iy/2-yPad,0])roundedCube(x,y,z);
for (i=[0:slot... | glb/cad_6b713eca9ed5.glb |
Create a Dice Tray for Chessex dice by starting with a rectangular base measuring 28mm wide, 163.66mm long, and 12.3mm high. From this base, carve out seven distinct geometric cavities centered along the length to hold specific dice.
Starting from the bottom, create a triangular cutout for a D4. Above that, carve a cu... | diceSpacing=5;
yt=[21.61,42.01,65.17,89.49,114,137.9];
wr=1;
ta=21.42+wr;
d8a=18.8+wr;
module dice(){
tetrahedron(ta);
translate([0,yt[0],0])cube(15.8+wr,true);
translate([0,yt[1],0])octahedron(d8a);
translate([0,yt[2],0])pentagonal_trapezohedron(21.8+wr,21.32+wr);
translate([0,yt[3],0])pentagon... | glb/cad_34457e3b5c5d.glb |
Create a Dice Tray for Mini Metal Dice by starting with a rectangular base measuring 20mm wide, 126mm long, and 8.4mm high. From this base, carve out six distinct geometric cavities aligned centrally along the length to hold specific dice.
Starting from the front, create a triangular cavity for a D4, followed by a cu... | yt=[17.7,32.5,49.1,67.6,86.9,106.4];
wr=1;
ta=15.46+wr;
d8a=11.1+wr;
module dice(){
tetrahedron(ta);
translate([0,yt[0],0])cube(9.96+wr,true);
translate([0,yt[1],0])octahedron(d8a);
translate([0,yt[2],0])pentagonal_trapezohedron(14.7+wr,13.5+wr);
translate([0,yt[3],0])pentagonal_trapezohedron(14.... | glb/cad_e2dec80bfeff.glb |
Create a USB Hard disk slot mount for a computer case. Start with a main rectangular holder block measuring 89mm wide, 23mm deep, and 30mm high. Attach a support plate to the bottom center of this block that is 65mm wide, 5mm deep, and 2mm high.
On the bottom surface, create two screw mounting tabs. Each tab consists ... | $fn=32;
hX=85;
hY=21;
hZ=28;
hddZ=110;
mountZSpacing=140;
usbX=15;
usbY=7;
usbZ=30;
usbTX=43;
usbTY=5;
wT=2;
cY=5;
cX=65;
cZ=wT;
screwSpacing=95;
screwHoleDia=3;
screwPlateY=5;
screwMountWidth = screwHoleDia+wT*2+2;
HDDSlotMount();
module HDDSlotMount(){
difference(){
union(){
translate([-hX/2-w... | glb/cad_f524558792d7.glb |
Create a Nintendo Switch cartridge case consisting of a hinged lower tray and an upper lid. The overall footprint is 70.8mm in width and 52.5mm in depth, with a total thickness of 6.5mm.
Construct the lower tray as a rounded rectangular shell with a wall thickness of 1.2mm. Inside this tray, create six rectangular rec... | n=0.4;
x=70.8;
y=52.5;
z=6.5;
zt=0.9;
wt=n*3;
cr=5;
$fn=64;
ctly=5;
cbzg=0.4;
lla=25;
hd1=1.8;
hd2=2.5;
hd3=5;
rc=0.4;
hasr=45;
hil=5;
hrl=15;
cx=31.14+0.2;
cy=21.35+0.2;
cz=3.45;
ccr=2;
wx=20;
wy=15;
cartCase();
module cartCase(open=true,animate=false){
caseLower();
$a=animate?0.5+sin($t*2*180)/2:1;
... | glb/cad_eab06373f5ef.glb |
Create a Pixel 2 Tripod Mount consisting of a base and a phone holder. Start by creating a rectangular base block 40mm wide, 10mm high, and approximately 17.7mm deep. In the center of this base, add a vertical internal threaded hole with a diameter of 0.27 inches and a depth of 0.25 inches, using a 20 TPI thread pitch.... | use <quickthread.scad>;
$fn=64;
n=0.4;
td=0.25;
threadDiaExtra=0.02;
ph=70;
pl=145;
pt=8.5;
pcdf=2;
pcdr=5;
mtt=2;
mtw=10;
mca=5;
mbl=3;
mbt=n*mbl;
bx=40;
bz=10;
by=pt+(mbt*2);
triodMountPrintRotated();
module triodMountPrintRotated(){
rotate([0,-90-mca,0])translate([mtw/2,0,-ph-mtt-bz])tripodMou... | glb/cad_b15b13b1d5c5.glb |
Create a Kossel oven bag heat enclosure tent connector by constructing a convex hull around four spheres, each with a diameter of 5mm. Position three of these spheres at a height of 2.5mm, spaced 10mm from the center and arranged in an equilateral triangle with 120-degree rotations around the Z-axis. Place the fourth s... | $fn=128;
sd=5;
ss=10;
cw=5;
ch=8;
difference(){
hull(){
translate([0,ss,sd/2])sphere(d=sd);
rotate([0,0,120])translate([0,ss,sd/2])sphere(d=sd);
rotate([0,0,120*2])translate([0,ss,sd/2])sphere(d=sd);
translate([0,0,ss])sphere(d=sd);
}
translate([-cw/2,-ch/2,-1])cube([cw,c... | glb/cad_e059d1327c84.glb |
Create a Kossel oven bag heat enclosure tent connector. Start by building a central cube with a width and depth of 15mm and a height of 10mm. On the top surface of this cube, center a vertical structure that is 18mm tall. This structure consists of three rectangular spokes radiating outwards at 90-degree intervals. Eac... | $fn=256;
extW=15;
sW=8;
slotInset=1.08;
slotX=2.59;
slotY=5.4;
slotY2=3.6;
slotZ=18;
topZ=10;
cd1=3.3;
cd2=4.8;
ctl=15;
chopStickHolder();
module chopStickHolder(){
translate([0,0,slotZ+topZ])rotate([180,0,0]){
spokes();
topBit();
}
}
module spokes(){
for(x=[1:3]){
rotate([0,0,x... | glb/cad_3fdcd6cd1c89.glb |
Create a modular card holder consisting of a flat base plate and eleven evenly spaced dividers. The base plate should be a rectangular slab with a thickness of 0.8mm, a width of 45mm, and a total length of 60.5mm.
Position twelve dividers perpendicular to the base plate, each with a thickness of 0.8mm, a width of 45m... | ch=25;
cw=45;
st=5;
cp=11;
sa=20;
ea=40;
n=0.4;
l=2;
$fn=12;
showSides=true;
cardHolder();
module cardHolder(){
dividers(side=0);
if (showSides==true){
hull(){dividers(side=1);}
hull(){dividers(side=2);}
}
}
module dividers(side=0){
dt=n*l;
tl=(st*cp)+(dt*(cp+1));
fl=... | glb/cad_b17251b5ab10.glb |
Create a television-style frame for a square card. Start with a main rectangular base measuring 57mm by 57mm with a total height of 9mm. Hollow out the center to create a card slot that is 51mm by 51mm and 3mm deep, leaving a 3mm border around the edges.
On the right side of the frame, extend the body to create a con... | CARD_LENGTH = 51;
CARD_WIDTH = 51;
CARD_DEPTH = 3;
BORDER = 3;
KNOB_DIAMETER = 3;
difference(){
union(){
cube([CARD_LENGTH+(BORDER*2), CARD_WIDTH+(BORDER*2), CARD_DEPTH*3]);
translate([0,0,-CARD_DEPTH*3]){
cube([CARD_LENGTH+(BORDER*2), CARD_WIDTH+(BORDER*2), CARD_DEPTH*3]);
... | glb/cad_4daef929c4b6.glb |
Create a car pawn game token with a total length of 25mm. Construct the main body by combining a rectangular base and a smaller raised cabin section, then apply a fillet or rounding effect with a radius of 1.56mm to all edges to create a smooth, organic silhouette. The body should be hollowed out from the bottom using ... | car();
carsze=25;
module body(sze)
{
fil=sze/16;
minkowski()
{
union()
{
hull()
{
cube([sze/1.1-fil*2,sze/2-fil*2,sze/2.5-fil],center=true);
cube([sze/1-fil*2,sze/4-fil*2,sze/2.5-fil],center=true);
translate([sze/20-sze/30,0,0])cube([sze/3*2-fil*2,sze/2-fil*2,sze/2-fil],... | glb/cad_5754f3915d16.glb |
Create a storage box for double UNO cards consisting of a bottom shell and a top lid.
For the bottom shell, create a rectangular box with outer dimensions of 95mm length, 67mm width, and 41mm height. The walls should be 2mm thick. Hollow out the center to create a cavity of 91mm by 63mm by 41mm. On the two shorter ex... | type="both";
CARD_SIZE_LONG_EDGE =91;
CARD_SIZE_SHORT_EDGE = 63;
CARD_STACK_HEIGHT = 40;
WALL_THICKNESS = 2;
TAB_THICKNESS = 10;
Wedge_thickness=1.6;
EXTRA_SPACE = .25;
Cutout_hole_top = "true";
Cutout_hole_bottom = "false";
Cutout_angle=30;
Top_Text = "Uno";
Bottom_Text = "Junior";
textsize=9;
fontname="... | glb/cad_163f3bba7538.glb |
Create a tube for rolling filament with a total height of 150mm and a smooth, high-resolution circular cross-section. The main body is a cylinder with an outer diameter of 17.8mm. To create the internal structure, remove two smaller cylindrical sections from the main body to form hollow rings. Each of these removed sec... | nozzle = 0.8;
inner_diameter = 16;
height = 150;
leeway = 0.2;
adm = inner_diameter + 2 * nozzle + leeway;
fn = 360;
difference(){
cylinder(height, r1=adm/2, r2=adm/2, center=true, $fn = fn);
translate([0,0,34-(5/2)])
difference(){
cylinder(h=5, r1=(adm+0.5)/2, r2=(adm+0.5)/2, center=true... | glb/cad_395dac6ce011.glb |
Create a thin square plate measuring 250mm by 250mm with a height of 1mm. Centered along the front edge of this plate, create a raised rectangular tab that is 125mm wide and 30mm deep, with rounded corners having a radius of 5mm. Within this tab, carve out the text "A20" as a hole that penetrates through the 1mm thickn... | sizeX=250;
sizeY=250;
height=1;
caption="A20";
textX=sizeX/2;
textY=30;
translate([-sizeX/2,-sizeY/2,-height]) {
cube([sizeX,sizeY,height]);
translate([(sizeX-textX)/2,-textY,0])
difference() {
minkowski() {
cube([textX,textY,height-0.1]);
cylinder(r=5,h=0.1,$fn=20);
}
... | glb/cad_455cfc7e5582.glb |
Create a purge bucket for a 3D printer. Start with a profile mount base that is a rectangular block 30mm wide, 20mm deep, and 4mm thick, featuring two circular holes with a 3mm diameter centered at 6mm from each end along the width.
Attached to this base, build a holder structure. This consists of a 15mm wide section... | $fn=100;
profileMountWidth=20;
profileMountHeight=30;
profileMountMx=3;
profileHoleDistance=6;
profileThickness=4;
holderThickness=4;
holderWidth=15;
holderYLength=42;
holderXLength=40;
bucketLength=20;
bucketHeight=15;
bucketWallThickness=4;
bucketWallLength=30;
supportWallThickness=1.4;
siliconeInsertThickness=2;
sil... | glb/cad_ce35f4e91e35.glb |
Create a Montessori bead stair consisting of four aligned geometric elements centered on a single axis. Start by placing a torus at the beginning with an outer diameter of 6mm and a cross-sectional tube diameter of 1.75mm. Following this, place two spheres, each with a diameter of 7mm, spaced 6.5mm apart from center to... | beads = 2;
resolution = 42;
union() {
rotate_extrude(convexity = 10, $fn = resolution)
translate([6/2-(1.75/2), 0, 0])
circle(r = 1.75/2, $fn = resolution);
for (a = [0:beads-1]) {
translate([6+(6.5*a),0,0])
sphere(d=7,$fn=resolution);
}
translate([6+(6.5*(beads-1))+6,0,0])
rotate_extr... | glb/cad_7558af97f031.glb |
Create a wall mount for a drone or transmitter. Start by creating a flat base plate 2mm thick that connects three circular pads, each with a radius of 5mm. Position two pads at the far left and right ends of a 90mm wide span, and one pad centered 40mm behind them, forming an isosceles triangle. Connect these pads with ... | $fn=100;
height = 40;
width = 90;
thickness = 2;
pegHeight = 20;
pegRad = 5;
pegRad2 = 8;
difference() {
union(){
hull() {
Corner1();
Corner2();
}
hull() {
Corner2();
Corner3();
}
hull() {
Corner3();
Corner1();
}
Peg([-width/2,0,0]);
Peg([width/2,... | glb/cad_58d607f88be3.glb |
Create a wall mount for a drone or transmitter. Start by creating a base plate that is 2mm thick. At the center of the plate, position a vertical cylinder with a radius of 5mm and a height of 2mm. From this center point, extend two arms outward along the x-axis to a total width of 60mm, ending in two cylinders with a r... | $fn=100;
height = 40;
width = 60;
thickness = 2;
pegHeight = 20;
pegRad = 5;
pegRad2 = 8;
difference() {
union(){
hull() {
Corner1();
Corner2();
}
hull() {
Corner2();
Corner3();
}
hull() {
Corner3();
Corner1();
}
Peg([-width/2,0,0]);
Peg([width/2,... | glb/cad_8ca0e7a4006c.glb |
Create a cargo truck chassis for a wooden train. Start with a main body that is 66mm long, 18mm wide, and 18mm high. The lower section is a rectangular block, while the upper section transitions via a hull to a wider top platform measuring 66mm by 30mm with a height of 5mm.
In the center of the top surface, carve out... | crateX = 62;
crateY = 24;
baseY = 30;
wall = 2;
wallZ = 3;
chassisX = crateX + 2*wall;
chassisY = 18;
chassisZ = 18;
chamfer=10;
wheelbase = 40;
rWheelArch = 12;
PinD = 2;
MagID = 5.5;
MagOD = 10.5;
MagH = 4;
OD = 13;
Height = 6;
$fn=50;
difference(){
union(){
translate([-chassisX/2, -chassisY/2, 0]) {
... | glb/cad_6a1a50aceaf7.glb |
Create a replacement electrics box consisting of a bottom base and a top cover. The overall footprint for both pieces is 55mm by 35mm with a wall thickness of 2mm.
For the bottom base, create a rectangular shell with a height of 8mm. The corners should be rounded with a radius of 5mm. In each of the four corners, inte... | $fn = 36;
box_size = [55, 35];
wall_thickness = 2;
screw_radius = 1;
screw_radius_loose = 1.5;
screw_top_radius = 4;
screw_house_radius = 5;
bottom_height = 8;
top_height = 24;
side_hole_dia = 8.5;
__thin_xy__ = 0.15;
__thin_z__ = 0.2;
__chamfer__ = 0.3;
*shape([20,10],3,-1,true);
*circles([20,10],3,-1,true);
*base... | glb/cad_b5719aa1de74.glb |
Create a Trivial Pursuit pie token and wedges by constructing a main cylindrical body with a diameter of 39.375mm and a height of 15.5mm. Hollow out the center of this cylinder by removing a smaller concentric cylinder with a diameter of 36.375mm and a height of 14mm, positioned 1.5mm from the base to create a thin-wal... | module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$resolution = (production && !$preview) ? 150 : (pnghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
... | glb/cad_a6560b5ef65d.glb |
Create a Trivial Pursuit replacement wedge with an integrated handle. Start by creating a 60-degree circular sector with a radius of 11.75mm and a total height of 10.8mm. Hollow out the center of this sector by removing a smaller 60-degree sector with a radius of 10.5mm, leaving a wall thickness of 1mm and a base thick... | module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$resolution = (production && !$preview) ? 150 : (pnghq ? 150 : 55);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
... | glb/cad_b26d56f85cda.glb |
Create a spiral bit holder for hex shank drill bits. Start with a hexagonal base plate 1.5mm thick. Above this, build a central hexagonal platform with a total height of 17.5mm (1.5mm base plus 16mm side height).
In the center of the platform, create a hexagonal hole with a diameter of 13.4mm. Surrounding this center... | numBits =13;
foot = 1.5;
height = 16;
holeShape = "hex";
clearance = 0.2;
radialGap = 1.9;
circumGap = 1.2;
hexSize = 25.4/4 + 2*clearance;
innerDiam = 13;
footStep = 0.4;
rad = [0, for (b = [1: numBits+1]) innerDiam/2+radialGap+hexSize/2+ b * (hexSize+circumGap*2)/12.5];
delta = [0, for (b = [1: numBits+1])... | glb/cad_9f17133933df.glb |
Create a Customizable Spool Drawer designed to fit inside a filament spool. The drawer is a sector-shaped container defined by an outer diameter of 160mm and an inner diameter of 85mm, with a total height of 41mm (calculated as 82mm width divided by 2 stacks). The walls and floor have a thickness of 1.6mm and 1.2mm res... | $fn = 64;
Spool_Outer_Diam = 160;
Spool_Inner_Diam = 85;
Spool_Hole_Diam = 33;
Spool_Width = 82;
Spool_Wall_Thickness = 1;
Axle_Diam = 8;
Axle_Height = 10;
Num_Drawers = 4;
Drawer_Stack = 2;
Clearance = 0.3;
Bottom_Thickness = 1.2;
Wall_Thickness = 1.6;
Divider_Type = "equal area";
Divider_Thickness = 0.8... | glb/cad_5560e0b8ffd9.glb |
Create a multi-LED-strip bracket with a width of 5mm and a wall thickness of 2mm. The bracket is designed to hold 4 LED strips, each 12mm wide and 4mm thick, with a spacing interval of 16.6667mm between them.
Construct the main body as a linear profile extruded to 5mm. The profile includes a base lug of 6mm and a top ... | strip_width = 12;
strip_spacing = 16.6667;
strip_thickness = 4;
bracket_width = 5;
wall_thickness = 2;
hole_diam = 2;
lug_size = 6;
num_strips = 4;
fillet_size = .5;
bottom_shape = "square";
wire_diameter = 0;
holes_between_strips = "yes";
separator_thickness = strip_spacing - strip_width;
difference() {
... | glb/cad_78b3e1615663.glb |
Create a Printables logo extruder visualizer consisting of a layered geometric emblem. Start by creating a base plate 1mm thick. On this base, construct a stylized logo composed of three overlapping polygonal sections. The first section is a right-angled triangle with vertices at (11.258, 0.5), (0, 0), and (0, 1), scal... | module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$resolution = (production && !$preview) ? 150 : (pnghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
... | glb/cad_8df9c15502c7.glb |
Create a Catapult Token miniature by assembling a base frame and a throwing arm. Start with a rectangular base frame measuring 18mm wide by 30mm long with a thickness of 5mm. From this base, extend two vertical side walls upward to a height of 18mm, positioned 1.07mm from the center along the length axis. Connect these... | $fn = 16;
total_scale = 2;
wframe = 9;
lframe = 15;
hframe = 9;
lstop = lframe/14;
wbeam = 1.5;
hbeam = 2.5;
alpha = 90 - atan ((hframe - hbeam)/(lframe/2 - lstop - hbeam/2));
beta = 90 - atan ((hbeam/2)/(lframe/2 + lstop - wbeam));
scale ([total_scale, total_scale, total_scale])
{
dup (wframe/2 - wbeam/2)... | glb/cad_936307f706c9.glb |
Create a laptop stand connector consisting of a central triangular prism and four smaller triangular protrusions designed to hold two separate stand pieces. The main body is a triangular prism with a side length of 23mm and a total length of 252mm.
At each end of this main prism, add two smaller triangular prisms tha... | StandConnectorLength = 252;
Tolerances = 0.2;
triangleSize = 23.0;
endTriangleDepth = 2;
middleTriangleLength = StandConnectorLength - endTriangleDepth * 2;
endTriangleIncrease = 4;
endTriangleSize = triangleSize + endTriangleIncrease;
standEndWidth = 20 + Tolerances;
honeycombSize = 4.5;
honeycombWallSize = 0.4;
ro... | glb/cad_08f186b40ecb.glb |
Create an Archimedes Spiral extruder visualizer consisting of a circular base and a raised spiral inlay. Start by creating a solid cylinder for the base with a radius of 19mm and a height of 1mm. Remove a smaller concentric cylinder from the center of this base with a diameter of 8.6mm and a depth of 0.4mm.
On top of... | module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$resolution = (production && !$preview) ? 150 : (pnghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
... | glb/cad_fa98da4dcf7c.glb |
Create an Orleans Board Game insert organizer consisting of a main tray and a matching lid.
For the main tray, create a rounded rectangular base with outer dimensions of 250mm in length and 54.45mm in width (calculated as two 25mm token diameters plus two 0.9mm walls). The walls should be 0.9mm thick with a bottom th... | lid = true;
token_diameter = 25*1.05;
token_width = 5;
fudge = 0.25;
wall_dimension = 0.45 * 2 ;
bottom= 2;
height = token_diameter/2+bottom;
lid_lip = 5;
diam = 2;
out_length = 250;
out_width = token_diameter*2 + 2 *wall_dimension;
inside_length = out_length - 2*wall_dimension;
inside_width = token_diameter*2 ;
... | glb/cad_ae238cc29b5a.glb |
Create an Orleans Board Game insert consisting of a main tray and a matching lid.
For the main tray, create a rounded rectangular box with an outer length of 91.4mm, an outer width of 54.4mm, and a height of 15.625mm. The walls and bottom should be 0.9mm thick. Hollow out the center to create an interior space of 89.... | lid = true;
token_diameter = 25*1.05;
token_width = 5;
fudge = 0.25;
inside_length = 18*token_width;
inside_width = token_diameter*2 + fudge;
wall_dimension = 0.45 * 2 ;
bottom= 2;
height = token_diameter/2+bottom;
lid_lip = 5;
diam = 2;
out_length = inside_length + 2* wall_dimension ;
out_width = inside_width + 2* ... | glb/cad_be5078ee41ed.glb |
Create a parametric token capsule consisting of two separate parts: a bottom base and a top cover. Use a facet resolution of 40 segments for all cylindrical shapes.
For the bottom base, create a cylinder with a diameter of 66.27mm (47*sqrt(2)) and a height of 0.4mm to serve as the lower lip. On top of this lip, add a ... | generate_top = 1;
generate_bottom=1;
fit_tol = 0;
extrusion_width = 0.48;
token_height = 1;
token_diameter = 44.5*sqrt(2);
capsule_diameter = 47*sqrt(2);
capsule_inner_artwork_diameter = 26 ;
capsule_height = 14;
number_of_shells = 1;
lower_lip_height = 0.4;
fragments = 40;
window_distance = 0.4;
wall_width = nu... | glb/cad_f304d1bf4905.glb |
Create a two-piece parametric token capsule consisting of a bottom base and a top cover, designed to hold a cardboard token with a diameter of 20.5mm and a height of 3.4mm. Use a facet resolution of 50 segments for all cylindrical shapes.
For the bottom base, create a cylinder with a diameter of 27mm and a total heigh... | module cylinder_outer(h,r,fn){
fudge = 1/cos(180/fn);
cylinder(h=h,r=r*fudge,$fn=fn);}
module pie(radius,height, degrees){
intersection(){
cylinder(r=radius,h=height,$fn=50);
rotate([0,0,-90+degrees])
cube([radius,radius, height]);
cube([radius,radius, height]);
}
}
module arc(outer_radius, inner_ra... | glb/cad_66479c910d73.glb |
Create a 3D text label for a Travel Catan box. Using a bold sans-serif font like Roboto, generate the text "Your Name Here" with a font size of 10mm. Extrude the text to a height of 0.3mm. Position the resulting geometry so that it is translated 158mm along the X-axis, 217mm along the Y-axis, and 36mm along the Z-axis.... | your_text="Your Name Here";
size_of_text = 10;
font_name = "Roboto:Bold";
translate([158,217,36])
rotate([0,0,90])
linear_extrude(height=.3, center=false)
text(text=your_text, halign="right", font=font_name, size=size_of_text); | glb/cad_565404ad5828.glb |
Create a sealing ring for a fitness shaker bottle by revolving a right-triangle profile around a central axis. The resulting ring should have an inner diameter of 86mm. The cross-section of the ring is a right triangle with a height of 2.5mm and a width of 2mm (extending from the inner radius outward). The flat base of... | $fn=99;
d=86;
h=2.5;
w=4;
r=d/2;
rotate_extrude(convexity=10) {
polygon(points=[[r,0],[r,2.5],[r+w/2,0]]);
} | glb/cad_818fbf422cfb.glb |
Create two identical anti-vibration feet for a 3D printer. Each foot is constructed by combining a main stand with a rail connector.
The main stand is a revolved shape created by rotating a profile around the Y-axis. This profile is a hull combining a circle with a diameter of 20mm and a 20mm square. The resulting st... | $fn = 24;
height = 20;
width = height*2;
movezero = (cos(45)*width)-height;
translate([0,height*.7,movezero]) rotate([-90,0,0]) foot();
mirror([0, 1, 0]) translate([0,height*.7,movezero]) rotate([-90,0,0]) foot();
module foot(){
difference() {
union() {
TPUstand();
translate([0,0,.5*height])ro... | glb/cad_4b9611574084.glb |
Create a customizable hook for shelving storage. The model consists of two main components: mounting hooks and hanging hooks.
First, create the mounting hooks. Each mounting hook is based on a cylinder with a radius of 3mm (half of the 6mm slot width) and a total thickness of 1.3mm. To form the mounting tab, add two r... | hook_thickness = 6.0;
hook_width = 15.0;
hook_extension = 10.0;
hook_count = 1;
hook_pitch = 40.0;
hook_offset_ratio = 0.25;
slot_pitch = 32.4545;
slot_width = 6.0;
slot_thickness = 1.3;
mounting_hook_tab_length = 7.0;
mounting_hook_thickness = 4.0;
mounting_hook_count = 2;
hook_offset = hook_offset_ratio * s... | glb/cad_469d8828c45f.glb |
Create a plain flat washer by constructing a thick-walled hollow cylinder. The main body should be a cylinder with an outside diameter of 10mm and a total height of 10mm. Use a facet resolution of 30 sides for the circular profiles. Remove a concentric cylindrical core from the center with an inside diameter of 4.5mm, ... | outside_diameter = 10.0;
inside_diameter = 4.5;
height = 10.0;
module washer() {
translate([0,0,height/2]) {
difference() {
cylinder(h=height, r1=outside_diameter/2, r2=outside_diameter/2, center=true, $fn=outside_diameter*3);
translate([0,0,-2])
cylinder(h=height+5, r1=inside_diameter/2, r2=inside_diamet... | glb/cad_ba95d2de51b7.glb |
Create a Panel Mount Bezel consisting of two separate parts: a bezel and a retaining ring.
First, construct the bezel. Create a rectangular frame with an outer boundary of 35.5mm by 52.1mm and an inner opening of 27.3mm by 44.9mm. The main face of this frame should be 1.2mm thick. From this inner opening, extend a wa... | width = 27.1;
height = 44.7;
clearance = 0.1;
bezel_thickness = 1.2;
bezel_width = 7.0;
depth = 5.0;
retainer_thickness = 1.2;
retainer_radius = 3.0;
retainer_height = 4.0;
retainer_negative_clearance =0.15;
round_corners = false;
action = 0;
module _bezel_opening() {
square([width + 2 * clearance, height ... | glb/cad_88df4f6bb4aa.glb |
Create a parametric belt clamp with a total height of 3mm. The main body is a combination of a central rectangular block and two semi-cylindrical ends, resulting in an overall length of 11.8mm between the centers of the mounting holes and a total width of 11.5mm.
At each end of the clamp, center a vertical hole with ... | m3_diameter = 3.6;
m3_nut_diameter = 5.3;
m3_nut_diameter_horizontal = 6.1;
module polyhole(d,h) {
n = max(round(2 * d),3);
rotate([0,0,180])
cylinder(h = h, r = (d / 2) / cos (180 / n), $fn = n);
}
module beltclamp() {
clamp_height = 3;
clamp_width = 11.5;
clamp_length = 11.8;
belt_pitch = 2;
b... | glb/cad_41090558c383.glb |
Create a Simple Tiny Calibration Block by starting with a solid rectangular base measuring 30mm in length, 20mm in width, and 10mm in height. From the top face, remove a smaller rectangular section to create a centered hole that is 20mm long and 10mm wide. This interior cutout should be positioned 5mm from the length e... | difference() {
cube([30,20,10]);
translate([5,5,3])
cube([20,10,7]);
} | glb/cad_c85e218ea6c2.glb |
Create a Eurorack parametric panel by starting with a rectangular base measuring 10.16mm wide, 128.5mm high, and 2mm thick.
At the top and bottom edges, create mounting holes. Each mounting hole consists of a 3mm diameter circle centered 3mm from the top and bottom edges. For the top row, place one hole at the left e... | panelThickness = 2;
panelHp=2;
holeCount=2;
mountHoleDiameter = 3;
holeWidth = mountHoleDiameter+1;
hwCubeWidth = holeWidth>mountHoleDiameter ? holeWidth-mountHoleDiameter : 0;
$fa = 6;
$fs = 0.2;
threeUHeight = 133.35;
hp=5.08;
panelOuterHeight = 128.5;
offsetToMountHoleCenterY = 3;
offsetToMountHoleCenterX = panel... | glb/cad_f10edfff3a64.glb |
Create a Neutron Backpanel 1U Faceplate. Start with a rectangular faceplate 193.52mm wide (38HP) and 4.32mm high (1U), with a thickness of 2mm. Attach a PCB shelf to the back, which is a rectangular block 193.52mm wide, 2mm deep, and 37mm high, positioned 8mm from the front edge.
Add three mounting pegs to the shelf: ... | template_thickness = 2.0;
mmpi = 25.4;
PCB = 1.62;
oneHP = 5.08;
M3_Clear = 3;
lengthHP =38;
one_U = 1.70 * mmpi;
three_U = 3 * one_U;
$fa = 6;
$fs = 0.4;
module aHole(dia,len) {
union() {
cube([len,dia,100], center=true);
translate([len/2,0,0]) { cylinder(r=dia/2,h=100,center=true); }
tr... | glb/cad_add77b88b605.glb |
Create a EuroRack Vector T-Strut Drill Guide by starting with a rectangular plate measuring 31.75mm wide and 158.75mm high, with a thickness of 3.048mm.
Subtract four cylindrical holes, each with a diameter of 4.7625mm and a height that passes completely through the plate. Position the first hole at X=19.05mm and Y=1... | template_thickness = 1.2;
mmpi = 25.4;
indent = 1/4 * mmpi;
template_width = 1 * mmpi + indent;
hole = 3/16 * mmpi;
strut_width = 0.291 * mmpi;
alignment_pin_x = 0.875 * mmpi + indent;
mounting_hole_x = 0.5 * mmpi + indent;
one_U = 1.75 * mmpi;
three_U = 3 * one_U;
t_strut_offset = 1.73;
module aHole() {
cylinder(... | glb/cad_f614c94eff7e.glb |
Create a EuroRack Vector T-Strut Drill Guide by starting with a rectangular plate that is 31.75mm wide and 44.45mm high, with a thickness of 3.048mm.
Subtract four cylindrical holes, each with a diameter of 4.7625mm, passing vertically through the plate. Position the first hole at x = 19.05mm and y = 1.73mm from the ... | template_thickness = 1.2;
mmpi = 25.4;
indent = 1/4 * mmpi;
template_width = 1 * mmpi + indent;
hole = 3/16 * mmpi;
strut_width = 0.291 * mmpi;
alignment_pin_x = 0.875 * mmpi + indent;
mounting_hole_x = 0.5 * mmpi + indent;
one_U = 1.75 * mmpi;
three_U = 3 * one_U;
t_strut_offset = 1.73;
module aHole() {
cylinder(... | glb/cad_a2b9a096e60a.glb |
Create a EuroRack Vector T-Strut Drill Guide by starting with a rectangular plate that is 31.75mm wide and 44.45mm high, with a thickness of 3.048mm.
Subtract four cylindrical holes, each with a diameter of 4.7625mm and a height that passes completely through the plate. Position the first hole at x=19.05mm and y=7.42... | template_thickness = 1.2;
mmpi = 25.4;
indent = 1/4 * mmpi;
template_width = 1 * mmpi + indent;
hole = 3/16 * mmpi;
strut_width = 0.291 * mmpi;
alignment_pin_x = 0.875 * mmpi + indent;
mounting_hole_x = 0.5 * mmpi + indent;
one_U = 1.75 * mmpi;
three_U = 3 * one_U;
t_strut_offset = 1.73;
module aHole() {
cylinder(... | glb/cad_44994cd98ab0.glb |
Create a Kazoo Holder by starting with a central rectangular block measuring 30mm in width, 1mm in height, and 25mm in depth, centered at the origin.
From this base, add two outer walls by placing two rectangular blocks, each 5mm wide, 17.5mm high, and 25mm deep. Position these walls symmetrically on the left and rig... | $fn = 100;
rotate([-90,0,0]){
translate([0, 0, 0]) cube([30, 1, 25], center = true);
difference(){
translate([-12.9, -7.5, 0]) cube([5, 17.5, 25], center = true);
translate([0, 2.5, -2]) cube([30.8, 4, 100], center = true);
}
difference(){
translate([12.9, -7.5, 0]) cube([5, 17.5, 25], center = true);
translat... | glb/cad_60687ba93a06.glb |
Create a Kazoo Holder by starting with a central rectangular block measuring 30mm in width, 25mm in depth, and 1mm in height.
From this base, remove two vertical rectangular sections to create a central slot. The first cutout is a block 30.8mm wide, 4mm high, and 100mm deep, centered on the base. The second cutout is... | $fn = 100;
rotate([-90,0,0]){
translate([0, 0, 0]) cube([30, 1, 25], center = true);
difference(){
translate([-12.7, -7.5, 0]) cube([5, 17.5, 25], center = true);
translate([0, 2.5, -2]) cube([30.8, 4, 100], center = true);
}
difference(){
translate([12.7, -7.5, 0]) cube([5, 17.5, 25], center = true);
translat... | glb/cad_03c0872e6d64.glb |
Create a Kazoo Holder by constructing a central rectangular block and adding curved retention hooks. Start with a main body that is 30mm wide, 25mm deep, and 5mm thick.
Carve a large cylindrical hole through the center of the block with a radius of 22mm to accommodate the instrument. To create the locking mechanism, ... | $fn = 100;
rotate([-90,0,0]){
translate([0, 0, 0]) cube([30, 1, 25], center = true);
difference(){
translate([-12.9, -7.5, 0]) cube([5, 17.5, 25], center = true);
translate([0, 2.5, -2]) cube([30.8, 4, 100], center = true);
}
difference(){
translate([12.9, -7.5, 0]) cube([5, 17.5, 25], center = true);
translat... | glb/cad_0b455d73a0cb.glb |
Create a Kazoo Holder by constructing a central rectangular block and adding curved retaining arms. Start with a main body that is 30mm wide, 25mm deep, and 5mm thick.
Cut a semi-circular channel out of the bottom of this block to create a cradle. To form the retaining hooks, add two curved arms that extend from the ... | $fn = 100;
rotate([-90,0,0]){
translate([0, 0, 0]) cube([30, 1, 25], center = true);
difference(){
translate([-12.7, -7.5, 0]) cube([5, 17.5, 25], center = true);
translate([0, 2.5, -2]) cube([30.8, 4, 100], center = true);
}
difference(){
translate([12.7, -7.5, 0]) cube([5, 17.5, 25], center = true);
translat... | glb/cad_725ee63488c6.glb |
Create a Hantek Oscilloscope Probe Mount consisting of a series of vertical cable holders.
Construct a base unit by creating a vertical wall 13mm high. Within this wall, create a cable channel that is 3mm wide and designed to hold a cable with a diameter of 3mm. To ensure a proper fit, incorporate a tolerance of 0.2m... | module cableMount() {
cableDiameter = 3.0;
cableMountTolerance = 0.2;
cableMountWidth = 1.5;
cableMountRadiusDec = 0.0;
cableMountOnlyLast = true;
translate([-(cableDiameter + cableMountTolerance + cableMountWidth)/2, 0, 0])
union() {
translate([-(cableDiameter + cableMountTolerance... | glb/cad_9ae5c1bddd1e.glb |
Create a Burr Puzzle base component by starting with a rectangular block that is 61.5mm long, 10mm wide, and 10mm high. From this main volume, remove three smaller cubic sections to create notches. The first notch is a 10.2mm cube centered at a width of 5mm and positioned 15mm from the left end, extending from the top ... | width = 10;
padding = 5;
gap = 0.2;
module shifted_cube() {
translate([0, -gap / 2, -gap / 2])
cube(width + gap);
}
cut_width = width + gap;
cut_start_x = width + padding;
difference() {
cube([width * 5 + padding * 2 + gap * 3, width, width]);
translate([cut_start_x, width / 2, 0])
shifted_cube();
... | glb/cad_67f391ebd4b2.glb |
Create an iPhone Mixer Attachment consisting of three separate parts: a top case, a bottom case, and a connector.
First, create the hub for the top case. Construct a main body using a cylinder with a bottom radius of 17.535mm and a top radius of 15.5mm over a height of 22mm, followed by a transition cylinder of 8mm he... | include <iPhone4_model.scad>
include <dovetail.scad>
include <MCAD/teardrop.scad>
epsilon = 0.001;
smooth = 60;
overlap = 1;
wiggleRoom = 0.5;
hubLength = 45;
hubR1 = 10.3;
hubR2 = 12.5;
skirtLength = 22;
skirtR1 = 17.535;
skirtR2 = 15.5;
skirtTransitionLength = 8;
hubNeck = 14;
holeDepth = 31.5;
holeRadius = 6.4;
pi... | glb/cad_10beb02f04be.glb |
Create a KitchenAid Mixer Hub by constructing a composite cylindrical body with a total height of 45mm. The base consists of a conical skirt 22mm tall that transitions from a bottom radius of 17.535mm to a top radius of 15.5mm. Above this skirt, add a transition section 8mm tall that tapers from a radius of 15.5mm down... | include <MCAD/teardrop.scad>
epsilon = 0.01;
smooth = 60;
hubLength = 45;
hubR1 = 10.3;
hubR2 = 12.5;
skirtLength = 22;
skirtR1 = 17.535;
skirtR2 = 15.5;
skirtTransitionLength = 8;
hubNeck = 14;
holeDepth = 31.5;
holeRadius = 6.4;
pinRadius = 3.75;
pinDepth = 6.35;
keywayWidth = (pinRadius * 2) + 1;
keywayDepth = 15.... | glb/cad_be61d07ec131.glb |
Create a game insert tray with a base footprint of 155mm by 110mm and a total height of 31mm. The tray has a floor thickness of 2mm.
On the left side, create a rectangular card storage compartment measuring 65mm wide and 90mm long. The interior of this compartment should be hollowed out to the top of the tray, with th... | height = 31;
thickness = 2;
card_width = 65;
card_height = 90;
small_coin_diameter = 19.5;
small_coin_height = 22;
large_coin_diameter = 23.5;
large_coin_height = 22;
difference()
{
cube([155,110,height]);
translate([2,2,thickness]) cube([card_width,card_height,height+1]);
translate([17,2+card_heig... | glb/cad_e6e66896ed38.glb |
Create a Camera Solar Film Bracket consisting of four main components: a cuff, a front plate, a back plate, and two gaskets.
First, create a tapered cylindrical cuff with a height of 25mm. The inner diameter should be 92mm at the center, tapering slightly toward the top and bottom. The outer diameter is defined by a b... | part = "all";
LensHoodDiameter = 92;
CuffHeight = 25;
GasketWidth = 120;
CuffInnerTaper = 85;
CuffBaseWidth = 4;
GasketCuffClearanceRad = 0.5;
GasketFillet = 5;
BackGasketThickness = 1;
FrontGasketThickness = 1;
BackThickness = 1;
BackEdgeChamfer = 0.6;
FrontThickness = 1;
FrontRidgeSize = 1;
FrontRidgeCl... | glb/cad_ac7a5ff19b5e.glb |
Create a set of metric Allen wrenches by constructing L-shaped hexagonal bars. For each wrench, the cross-section must be a regular hexagon where the distance between parallel flat edges matches the specified diameter. Each tool consists of a long arm and a short arm connected by a 90-degree bend with a radius equal to... | wrenches = [
[11.95, 124, 45, 12],
[9.95, 112, 40, 10],
[7.95, 100, 36, 8],
[5.95, 90, 32, 6],
[4.96, 80, 28, 5],
[3.96, 70, 25, 4],
[2.96, 63, 20, 3],
[2.47, 56, 18, 2.5],
[1.97, 50, 16, 2],
[1.47, 45, 14, 1.5],
];
module hexagon(d) {
x = d / (2*sqrt(3));
polygon([
... | glb/cad_ee1615760421.glb |
Create a Dual Bottle Sleeve consisting of two identical cylindrical holders positioned side-by-side. For each holder, create a main outer cylinder with a radius of 46.5mm and a height of 150mm. Hollow out the center of each cylinder by removing a smaller concentric cylinder with a radius of 45.5mm, leaving a wall thick... | netradius = 45.5;
thickness = 1.5;
holeradius = 25;
base = 3;
height = 150;
hole_sides = 6;
magic = 6;
holesratio = 7;
difference() {
cylinder(h = height, r = ( netradius + thickness ), $fn=50);
translate([0,0,-1])
cylinder(h = base+2, r = holeradius, $fn=50);
translate([0, 0, base])
cylinder(h = height + 2, r ... | glb/cad_f96b465e3dc2.glb |
Create a GT2 simple belt clip by constructing a decagonal prism with a diameter of 11mm and a total height of 12mm. From this main body, remove a central decagonal section with a diameter of 10mm and a height of 12mm to create a hollow tube. To finish the clip, cut a rectangular slot through the wall of the tube to cre... | rotate([90,0,0])
difference() {
rotate([-90,0,0]) {
cylinder( 4, d1 = 11, d2 = 11, $fn=10);
translate([0,0,12-4])
cylinder( 4, d1 = 11, d2 = 11, $fn=10);
translate([0,0,7])
cylinder( 1, d1 = 10, d2 = 11, $fn=10);
translate([0,0,4])
cylinder( 1, d1 = 11, d2 = 10, $fn=10);
cylinder( 12, d1 = 10, d2 = 10, $fn... | glb/cad_8ca1f8e151ef.glb |
Create a 270 degree door hinge for a 2020 t-slot extrusion. Start by constructing a main rectangular block with a height of 200mm, a width of 23.5mm, and a thickness of 6mm, applying a 5mm fillet to the corners. Centered along the height of this block, integrate a rectangular protrusion that is 2mm wide and 17mm deep. ... | height=200;
radius=5;
overlap=13.5;
width=overlap+10;
panel=3;
th=2;
inner_th=1;
depth=20;
$fn=100;
include <cubish.scad>
rotate([90,0,0])
difference()
{
union()
{
cubish([width,height,panel+th+inner_th],r=5);
translate([(overlap+10)/2-th/2,0,0])
cube([th,height,depth-th]);
translate([(overlap+10)/2,0,de... | glb/cad_38bf8647bcb1.glb |
Create a chemistry kit atom by starting with a sphere that has a diameter of 18mm. To prepare the sphere for connectors, remove a cylindrical section from the bottom of the sphere using a cylinder with a diameter of 5mm and a height of 9mm, centered on the Z-axis. This cylinder should be positioned so that it extends f... | diameter=18;
width=5;
join_depth=6;
flat=8;
$fn=200;
angle=asin((flat/2)/(diameter/2));
offset=diameter*cos(angle)/2;
difference()
{
sphere(d=diameter);
translate([0,0,-offset])
cylinder(d=width,h=join_depth);
translate([0,0,-diameter/2])
cylinder(d=diameter,h=diameter/2-offset);
} | glb/cad_964d2748fe31.glb |
Create a chemistry kit atom model by starting with a sphere that has a diameter of 18mm. To create the connection points for bonds, remove material from the sphere using cylindrical holes. First, create a vertical hole with a diameter of 5mm and a depth of 6mm, starting from the bottom surface and extending upward into... | diameter=18;
width=5;
join_depth=6;
angle=104;
flat=8;
o_ang=asin((flat/2)/(diameter/2));
offset=diameter*cos(o_ang)/2;
$fn=200;
difference()
{
sphere(d=diameter);
translate([0,0,-offset])
cylinder(d=width,h=join_depth);
translate([0,0,-diameter/2])
cylinder(d=diameter,h=diameter/2-offset);;
rotate([angle,0,... | glb/cad_310fa3e7656e.glb |
Create a chemistry kit connector consisting of a central cylinder and two perpendicular stop-discs. The main body is a cylinder with a diameter of 5.5mm and a total length of 50mm. At each end of this cylinder, centered along the length, add a thin circular disc with a diameter of 8mm and a thickness of 1mm to act as a... | width=5.5;
tol=0;
length=50;
depth=5;
$fn=200;
Flat=0.95;
join_depth=5;
join_width=8;
jointol=0.5;
taperl=1;
union()
{
rotate([90,0,0])
difference()
{
intersection()
{
union()
{
translate([0,0,length/2+join_depth-taperl])
cylinder(d1=width,d2=width-jointol,h=taperl);
translate([0,0,-length/2-... | glb/cad_db2f7dbae9e8.glb |
Create a chemistry kit connector consisting of a central cylinder and two perpendicular stop discs. The main body is a cylinder with a diameter of 5.5mm and a total length of 40mm. Position two thin discs, each 8mm in diameter and 1mm thick, at both ends of the cylinder to act as stops.
To allow for flexibility and i... | width=5.5;
tol=0;
length=30;
depth=5;
$fn=200;
Flat=0.95;
join_depth=5;
join_width=8;
jointol=0.5;
taperl=1;
union()
{
rotate([90,0,0])
difference()
{
intersection()
{
union()
{
translate([0,0,length/2+join_depth-taperl])
cylinder(d1=width,d2=width-jointol,h=taperl);
translate([0,0,-length/2-... | glb/cad_b39d59b071f4.glb |
Create a shoe rack mount by starting with a solid cube that is 24.5mm wide, 24.5mm deep, and 12.5mm high. From this main block, remove a smaller cube measuring 24.5mm by 24.5mm by 12.5mm, positioned 4.25mm from the X and Y origins, to create an L-shaped profile.
Drill three cylindrical holes through the geometry. Fir... | dowel=8.5;
turn_tol=1;
screwd=3;
screwpos=16;
thickness=4;
basex=20;
basey=30;
hingel=10;
hinged=8;
grab=16;
blockx=hingel+thickness;
blocky=hinged+2*thickness+turn_tol;
blockz=hinged+2*thickness+turn_tol;
$fn=100;
difference()
{
cube([grab+dowel,grab+dowel,dowel+thickness]);
translate([dowel+thickness,dowel+thickn... | glb/cad_2ef88bf22637.glb |
Create a shoe rack mount consisting of a rectangular base and a cylindrical attachment. Start with a rectangular base measuring 20mm by 30mm with a thickness of 4mm. At the center of the base, create a vertical block that is 14mm wide, 14mm high, and 4mm thick. This block should be integrated into the base and feature ... | dowel=8.5;
turn_tol=1;
screwd=3;
screwpos=8;
thickness=4;
basex=20;
basey=30;
hingel=10;
hinged=8;
grab=16;
blockx=hingel+thickness;
blocky=hinged+2*thickness+turn_tol;
blockz=hinged+2*thickness+turn_tol;
$fn=100;
union()
{
difference()
{
union()
{
cube([basex,basey,thickness]);
hull()
{
translate... | glb/cad_f7a7c3edb1d5.glb |
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