Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a small parts organizer drawer with a total width of 94mm, a depth of 77mm, and a height of 25mm. The main body is a hollow rectangular shell with walls 3mm thick on the sides and bottom. Divide the interior into four equal compartments using three vertical walls, each 2mm thick and 23mm deep, spaced evenly acro... | $fn = 45;
DRAWER_HEIGHT = 25;
CABINET_WIDTH = 100;
CABINET_DEPTH = 80;
difference() {
translate([0,0,0]) cube([CABINET_WIDTH - 6, CABINET_DEPTH - 3, DRAWER_HEIGHT]);
translate([2,2,2]) cube([CABINET_WIDTH - 10, CABINET_DEPTH - 7, DRAWER_HEIGHT]);
translate([(CABINET_WIDTH / 2) - 2, 3, -1]) sphere(2);
}
... | glb/cad_6b5a8a3c357f.glb |
Create a small parts organizer drawer. Start by constructing a rectangular box with outer dimensions of 94mm in width, 77mm in depth, and 25mm in height. Hollow out the center of this box by removing a smaller rectangular volume starting 2mm from the bottom and 2mm from the side walls, leaving a wall thickness of 2mm o... | $fn = 45;
DRAWER_HEIGHT = 25;
CABINET_WIDTH = 100;
CABINET_DEPTH = 80;
difference() {
translate([0,0,0]) cube([CABINET_WIDTH - 6, CABINET_DEPTH - 3, DRAWER_HEIGHT]);
translate([2,2,2]) cube([CABINET_WIDTH - 10, CABINET_DEPTH - 7, DRAWER_HEIGHT]);
translate([(CABINET_WIDTH / 2) - 2, 3, -1]) sphere(2.0);
}
... | glb/cad_0317a20f213c.glb |
Create a small parts organizer drawer with a total outer dimension of 94mm width, 77mm depth, and 25mm height. The main body is a hollow rectangular box with walls 2mm thick, except for the bottom which is also 2mm thick. Divide the interior of the drawer into four equal quadrants using two intersecting internal walls,... | $fn = 45;
DRAWER_HEIGHT = 25;
CABINET_WIDTH = 100;
CABINET_DEPTH = 80;
difference() {
translate([0,0,0]) cube([CABINET_WIDTH - 6, CABINET_DEPTH - 3, DRAWER_HEIGHT]);
translate([2,2,2]) cube([CABINET_WIDTH - 10, CABINET_DEPTH - 7, DRAWER_HEIGHT]);
translate([(CABINET_WIDTH / 2) - 2, 3, -1]) sphere(2);
}
... | glb/cad_b52464ef845f.glb |
Create a Wall Compass consisting of a central star and cardinal direction markers. Start by creating a base cylinder with a radius of 70mm and a height of 3mm. From this base, remove a concentric cylindrical core with a radius of 65mm and a height of 11mm, centered on the Z-axis, to create a thin outer ring.
Construct... | $fn=180;
star_height = 5;
text_height = 5;
difference() {
translate(0,0,0); cylinder(star_height - 2,70,65,center = false);
translate(0,0,0); cylinder(star_height *2 + 1,65,65,center = true);
}
difference() {
translate(0,0,0); cylinder(star_height,60,55,center = false);
translate(0,0,0); cylinder(sta... | glb/cad_ec9eb19532c3.glb |
Create a customizable license tag by starting with a rectangular base plate measuring 194mm wide, 25mm high, and 1mm thick. Carve out a central rectangular channel from the top face that is 160mm wide and 15mm high, leaving a border around the edges. To create mounting points, remove two cylindrical holes with a radius... | font="Arial Black";
text = "Bollardville.com";
text_thickness = 2;
offset = -54;
module tag(text)
{
difference() {
translate([0,0,0]) cube([194,25,1]);
translate([16,13,-1]) cube([160,15,3]);
translate([16,13,-1]) rotate([0,0,25]) cube([25,25,3]);
translate([176,13,-1]) rotate([0,0... | glb/cad_605e309fe13b.glb |
Create a food clip holder tray. Start with a solid rectangular block that is 110mm deep, 18.1mm high, and has a total length of 162mm (calculated as 10 slots of 14.1mm width plus 11 walls of 2mm thickness).
The tray should have a base thickness of 2.5mm. From the top, carve out 10 identical rectangular slots, each 14... | clips = 10;
clip_width = 14.1;
clip_height = 14.1;
wall = 2;
tray_depth = 110;
label_text = "Your_text_here";
label_height = 1.5;
tray_length = clips*clip_width+(clips+1)*wall;
tray_height = clip_height+2*wall;
cutout_length = tray_length;
chamfer_size = 2;
module Clipholder() {
difference() {
cube([tr... | glb/cad_aedc67c6970a.glb |
Create a Food Storage Tray consisting of four identical rectangular compartments joined side-by-side. Each individual compartment is formed by an outer box measuring 104mm in length, 44mm in width, and 42mm in height. Hollow out each box to create an inner cavity of 100mm by 40mm by 40mm, leaving a wall thickness of 2m... | length = 100;
width = 40;
height = 40;
wall_thickness = 2;
tray_count = 4;
label_text = "SOUP";
label_height = 1.5;
outer_length = length + 2 * wall_thickness;
outer_width = width + 2 * wall_thickness;
outer_height = height + wall_thickness;
inner_length = length;
inner_width = width;
inner_height = height;
module... | glb/cad_822932cf747d.glb |
Create a Solder Fume Extractor housing consisting of a main hood and a supporting base frame.
The main hood is a hollowed square funnel. Start with a solid block 129.7mm wide, 129.7mm deep, and 27.7mm tall. Center a square cutout of 122.35mm by 122.35mm and 25.3mm deep through the top to create the fan cavity. In the... | fan_xy = 120.15 + .2;
fan_z = 25.3 + .1;
filter_z = 10;
hole_d = 125.5;
thickness_xy=2.41;
thickness_z=2.4;
m4_d = 3.7;
m4_l = 4.0;
$fa = .01;
$fs = $preview ? 5 : .1;
o_width= thickness_xy*4+fan_xy+filter_z*2;
o_height=o_width;
overlap=5;
module base() difference(){
cube([o_width,o_width,o_height],center=true);... | glb/cad_f85c86015be1.glb |
Create an oil candle holder consisting of three stacked cylindrical sections. Start with a base cylinder that has a diameter of 20mm and a height of 15mm. On top of this base, place a larger main cylinder with a diameter of 27mm and a total height of 19mm. This main cylinder should have a wall thickness of 1mm. Inside ... | TOTAL_HIGHT=18;
INNER_HOLE_HIGHT=10;
INNER_HOLE_DIAMETER=25;
SMALL_HOLE_HIGHT=8;
SMALL_HOLE_DIAMETER=11;
BUTTOM_INSERT_DIAMETER = 20;
BUTTOM_INSERT_HIGHT = 15;
WALL_THICK=1;
$fn=100;
CYLINDER_RADIOS=(INNER_HOLE_DIAMETER+2*WALL_THICK) / 2;
INNER_CYLINDER_HIGHT=TOTAL_HIGHT-INNER_HOLE_HIGHT;
INNER_HOLE_RADIOS=INNER_HOLE... | glb/cad_2af785424944.glb |
Create a kinetic charger coil winding helper consisting of a rectangular base with a raised central block. Start with a base plate measuring 57mm in length, 25mm in width, and 1mm in thickness, featuring rounded corners with a 3mm radius. Centered on top of this plate, add a rectangular block that is 35mm long, 5mm wid... | use <MCAD/boxes.scad>
layerHeight = 0.4;
extrusionWidth = 0.68;
grani = 32;
bWidth = 5;
bLength = 35;
bDepth = 5;
difference()
{
union()
{
translate([bLength/2,bWidth/2,bDepth/2])
roundedBox([bLength,bWidth,bDepth], 1 , true, $fn=grani);
translate([bLength/2,bWidth/2,0.5])
roundedBox([bL... | glb/cad_7969c41ea43c.glb |
Create a wrench shelf by starting with a rounded rectangular block measuring 155mm in length, 50mm in width, and 14.37mm in depth, with a corner radius of 5mm. Flatten the back edge of the block to create a straight surface for wall mounting.
Carve a complex negative space into the top center to nestle a ratchet. Thi... | use <MCAD/boxes.scad>
grani = 64;
layerHeight = 0.4;
bWidth = 50;
bLength = 155;
bDepth = 27.37/2+layerHeight*2;
difference()
{
translate([bLength/2,0,bDepth/2])
roundedBox([bLength,bWidth,bDepth], 5, true, $fn=grani);
cube([bLength,bWidth,bDepth]);
translate([137+((bLength-137)/2),-10,16])
rotate... | glb/cad_12334f6431ac.glb |
Create a knob with a base diameter of 44mm and a height of 22mm. The main body is a cylinder with a radius of 22mm and a height of 22mm, featuring a flat bottom. The outer vertical wall is textured with 72 thin, vertical ridges created by intersecting the main cylinder with 72 thin, 10-sided prisms, each 30mm tall and ... | shaft=6.5;
module outer() {
cylinder(22,22,19);
intersection () {
for (i=[0:71]) {
rotate([0,0,i*5])
translate([22,0,-1])
rotate([0,-8,0])
cylinder(30,1,0.8,$fn=10);
}
cylinder(22,50,50);
}
cylinder(2,23,23,$fn=50);
}
module screw... | glb/cad_4699c39b2d7e.glb |
Create a rounded corner utility by starting with a cube that measures 15mm on all sides. From this cube, remove a spherical section with a radius of 15mm. Position the center of the sphere exactly at one of the cube's vertices so that the sphere's curvature carves out a large, concave spherical void from the interior o... | difference()
{
cube([15,15,15]);
sphere(r = 15, $fn=128);
} | glb/cad_c90d9e6ea4cb.glb |
Create a blink mini camera housing by starting with a rounded rectangular block that is 80.3mm wide, 80.3mm long, and 45.8mm deep, with corner radii of 14mm. Hollow out the center of this block to create a cavity that is 43.7mm wide, 43.7mm long, and 45.8mm deep, also with 14mm corner radii, leaving a wall thickness of... | use <MCAD/boxes.scad>
grani = 64;
bWidth = 50.3;
bLength = 50.3;
bDepth = 45.8;
WhiteWallThickness = 3.3;
difference(){
union()
{
difference()
{
translate([bLength/2,bWidth/2,bDepth/2])
roundedBox([bLength+30,bWidth+30,bDepth], 14, true, $fn=grani);
translate([(bLength-WhiteWallThickness/2)/2,(bLength-WhiteWallTh... | glb/cad_e28a941f6c8e.glb |
Create a Spax #8 screw model consisting of three stacked coaxial sections. Start by creating a base cylinder with a diameter of 10mm and a height of 50mm, positioned so its top face is at the origin. Directly on top of this base, add a truncated cone with a height of 4.15mm, tapering from a bottom diameter of 8.1mm to ... | grani=16;
spaxT20(38.1);
module spaxT20(length)
{
union(){
translate([0,0,-50])
color("magenta")
cylinder(d1=10, d2=10, h=50, $fn=grani);
color("red")
cylinder(d1=8.1, r2=2.4, h=4.15, $fn=grani);
cylinder(r1=2.2 , r2=2.2 , h=length, $fn=grani);
}
} | glb/cad_bf98d84bc28d.glb |
Create a pill funnel consisting of a conical hopper sitting atop a small cylindrical base. Start by creating a solid cylinder for the base with a diameter of 7mm and a height of 12.7mm. Above this base, construct a hollow conical funnel with a total height of 30mm. The exterior of this funnel should taper from a bottom... | grani=128;
$fn=grani;
funnelOpening = 40;
funnelOutDia = 7.0;
funnelInDia = 6.0;
funnelHeight = 30;
innerDepth = 12.70;
capsuleHeight = 13.25;
difference(){
color("black")
cylinder(d1=funnelOutDia, d2=funnelOutDia, h=innerDepth, $fn=grani);
color("black")
cylinder(d1=funnelInDia, d2=funnelInDia, h=innerDepth, $... | glb/cad_1b4490c75192.glb |
Create a cable hanger for a pegboard system. Start by creating a hollow cylinder with an outer diameter of 16.5mm and an inner diameter of 5.5mm, extending 12mm in height. To this cylinder, attach a rectangular block measuring 5mm wide, 14mm deep, and 12mm high, positioned so that the block's center aligns with the cyl... | grani=64;
cableWidth=5.5;
difference(){
cube([5,5+9,12]);
translate([0,5,0])
color("red")
cube([5,5.2,12-4.75]);
}
translate([-cableWidth/2-.5,-cableWidth*.59,0])
difference(){
cylinder(h=12,d1=cableWidth*3,d2=cableWidth*3, $fn=grani);
cylinder(h=12,d1=cableWidth, d2=cableWidth, $fn=grani);
translate([-cableWi... | glb/cad_97a7c54a502e.glb |
Create a round trash bag holder by extruding a specific profile around a central axis to form a ring. The profile is a polygon that defines a ring with a total height of 8mm. The outermost radius of the ring is 100.5mm. The inner wall of the holder is designed to fit over a bin, with a primary inner radius of 97.5mm. T... | outerRadius=97.5;
wallThickness=3;
binThickness=5.5;
holderHeight=8;
smoothness = 3600;
rotate_extrude($fn=smoothness)
polygon( points=[[outerRadius+wallThickness,0],[outerRadius,0],[outerRadius,5],[outerRadius-binThickness,5],[outerRadius-binThickness,0],[outerRadius-binThickness-wallThickness,0], [outerRadius-binT... | glb/cad_99a707f2770b.glb |
Create a customizable headband by constructing a circular band with a thickness of 3mm. The band should be formed by a ring with an inner diameter of 140mm and an outer diameter of 146mm. Cut a gap into this ring using a square section that spans the full width of the head, leaving a C-shaped open hoop. On the outer su... | use <text_on.scad>
text = "2025";
headWidth = 140;
bandWidth = 3;
bandThick = 3;
font = "B612:style=Bold";
fontSize = 30;
textOffset = 1;
$fn = 128;
union(){
linear_extrude(bandThick, center=true) difference() {
circle(headWidth/2 + bandWidth);
circle(headWidth/2);
rotate([0,0,-135]) square(headWidth);
... | glb/cad_3d52dcf3e2e8.glb |
Create a Glue Bottle Cap by constructing a tapered hollow plug. Start with a main body consisting of a conical shape that is 11.8mm in diameter at the base and tapers to 9mm in diameter at the top, with a total height of 22mm. Cap the top of this taper with a hemisphere of 9mm diameter. At the base, add a decorative fl... | $fn=72;
difference() {
translate([0,0,1.1])
union() {
cylinder(h=22, d2=9, d1=11.8, center=true);
translate([0,0,11])
sphere(d=9);
translate([0,0,-8])
rotate([90,0,0])
minkowski() {
scale([1,2,1])... | glb/cad_023747ec852b.glb |
Create a Spring Generator model consisting of a helical coil with flat circular caps at the top and bottom. The main body is formed by four intertwined helical strands, each with a thickness of 0.5mm, winding around a central axis with a radius of 2.5mm. These strands spiral upwards to a total height of 20mm. The densi... | radius = 2.5;
height = 20;
thickness = 0.5;
density = 80;
enhanceSpring = 4;
nb360 = height / (360 / density);
step = 40 / radius;
p1 = [0, 0, 0];
for (i = [1:step:360 * nb360]) {
computeAngle(i, i);
if (enhanceSpring > 1)
computeAngle(-i, i);
if (enhanceSpring > 2)
computeAngle(-180 - i,... | glb/cad_4ef0749d3b28.glb |
Create a sliding door stopper with a total length of 41mm, a width of 18mm, and a height of 18mm. The main body is a solid rectangular block of these dimensions.
Remove a rectangular section from the top of the block to create a cutout for the door arm; this cutout should start at a height of 12mm from the base and e... | use <ikea_pax_sliding_door_stopper_profile.scad>
$fa = $preview ? 2 : 1;
$fs = $preview ? 1 : 0.5;
layer_height = 0.2;
support = true;
length = 41.0;
width = 18.0;
height = 18.0;
screw_thread_hole_diameter = 6.3;
screw_head_hole_diameter = 10.0;
clearance = 0.8;
screw_head_height_position = height * (5 / 6);
arm_su... | glb/cad_399871af9265.glb |
Create a parametric spool flange extender by starting with a main cylinder that has a diameter of 54mm and a total height of 5mm. From this main cylinder, remove two concentric cylindrical volumes to create a stepped ring. First, remove a central cylinder with a diameter of 32mm that extends through the entire height o... | existingFlangeDiameter = 40;
existingFlangeDepth = 4;
newFlangeExtraDiameter = 14;
barrelDiameter = 30;
barrelExtraDiameter = 2;
extenderWidth = 1;
$fn = 100;
difference() {
cylinder( ( existingFlangeDepth + extenderWidth ), d = ( existingFlangeDiameter + newFlangeExtraDiameter ) );
union() {
translate( [ ... | glb/cad_b786f746c7b2.glb |
Create a RoeTest Mainboard Insulator Foil as a thin plate with a thickness of 0.3mm. Start with a base rectangular slab measuring 387mm in length and 250mm in width.
From this base, remove several rectangular sections to create the final profile: a central cutout of 129mm by 250mm, a secondary cutout of 108mm by 23mm... | pcbWidth = 253;
pcbLength = 390;
m3ScrewXYs = [
[ pcbLength/2-4, pcbWidth-24],
[ pcbLength/2-178, pcbWidth-24],
[ pcbLength/2-4, pcbWidth-26-112+3],
[ pcbLength/2-178, pcbWidth-26-112+3],
[ pcbLength/2-130, pcbWidth-26-112+3],
[ pcbLength/2-60, pcbWidth-26-112+3],
[-pcbLength/2+4, pcbWidth-9+3],
[-pc... | glb/cad_72088de5dcf5.glb |
Create a tool holder for a Honeycomb Storage Wall. Start by creating a solid block with a height of 14mm. The outer footprint is a rectangle with a width of 52mm (43mm internal hole length plus two 4.5mm walls) and a total depth of 19mm (10mm internal hole depth plus a 4.5mm front wall and a 10.5mm back wall). Round th... | include <hex-plug-library.scad>;
hole_length = 43;
hole_depth = 10;
wall_thickness = 4.5;
wall_thickness_back = 8 + 2.5;
holder_height = 14;
external_length = hole_length + 2 * wall_thickness;
external_depth = hole_depth + wall_thickness + wall_thickness_back;
external_fillet = 4.5;
additional_fillet = 0.5;
intern... | glb/cad_3183905776e6.glb |
Create a calendar stand designed to hold a block measuring 190mm height, 131mm width, and 32mm depth. The assembly consists of a base and two mounting plates.
First, create a stand with a base measuring 65.5mm by 131mm by 10mm. Attached to this base is a mounting holder measuring 65.5mm by 131mm by 10mm, tilted back a... | calendar_size=[190, 131, 32];
holedist=81;
holed=6;
hole_edge=12;
tearoff_size=17;
angle=30;
wall=5;
part="stand";
mountbtype = "same";
woodheight=28;
margin=0.3;
module screwhole(sdia=4,slen=5,hdia=10,hlen=3,deephole=true) {
cylinder(d=sdia,h=slen, $fn=50);
translate([0,0,(slen-hlen)])
cylin... | glb/cad_5448fa1ac39e.glb |
Create a set of rectangular labels for a nozzle holder. Each label consists of a base plate measuring 24.7mm wide, 26mm deep, and 1mm thick. On the top surface of this plate, add embossed text with a height of 0.6mm for the primary line and 0.4mm for any secondary or tertiary lines.
The primary text should be centere... | label(-2, "0.25");
label(0, "0.25", "STEELE");
label(1, "0.4" , "BRASS", "PRUSA");
label(2, "0.6" , "BRASS");
label(3, "0.6" , "STEELE", "CHT");
label(4, "1.2" , "BRASS");
$fn = 72;
module label(pos, l1, l2="", l3="") {
translate([pos*35, 0, 0])
union() {
color("grey")
cube([24.7, 26, 1]);
... | glb/cad_c5179dbb5143.glb |
Create a spice rack tray with a height of 90mm. The main body is formed by a hull connecting two cylinders, each with a diameter of 46mm, positioned 336mm apart along the Y-axis.
Hollow out the center of this body by creating a hull between two smaller cylinders with a diameter of 42mm, offset from the outer walls by... | spice_count = 8 - 1;
spice_width = 42 + 1;
wall_width = 2;
cutout_width = 16;
difference() {
union() {
color("red") translate([0,10,0]) tray();
}
translate([-50,-50,75]) rotate([0,35,0]) cube([120,spice_count * spice_width * 2,120]);
}
module tray() {
difference() {
hull($fn=150) {
... | glb/cad_f2bc040183f1.glb |
Create a measuring jug consisting of a hollow cylinder with an outer radius of 23mm and a total height of 41.5mm. The vessel should have a flat base with a thickness of 1.5mm and a wall thickness of 3mm. The interior is a void with a radius of 20mm and a height of 40mm, leaving the top open.
On the exterior wall, add... | r=20;
A=3.14159*r*r;
h=40;
m20=20000/A;
m30=30000/A;
t="20ml & 30ml";
wall=1.5;
echo(r);
echo(A);
echo(h);
echo(m20);
echo(m30);
difference() {
cylinder(r=r+2*wall,h=h+wall);
translate([0,0,wall]) cylinder(r=r,h=h);
translate([0,0,wall/2]) rotate([180,0,0]) resize([2*r-2*wall,0,wall/2],auto=true) linea... | glb/cad_8c2df9ea75b2.glb |
Create a smooth rolling 8-sided die by starting with a regular octahedron that has a total height and width of 20mm. To ensure the die rolls smoothly, intersect this octahedron with a sphere of radius 6.8mm, which rounds off the sharp corners and edges.
On each of the eight resulting faces, engrave numbers from 1 to ... | $fn=128;
difference() {
rotate([0, 54.735, 0]) {
rotate([0, 0, 45]) {
intersection() {
scale(v = 10) {
polyhedron(points = [[1, 0, 0], [-1, 0, 0], [0, 1, 0], [0, -1, 0], [0, 0, 1], [0, 0, -1]], faces = [[3, 5, 1], [5, 3, 0], [4, 3, 1], [3, 4, 0], [2, 5, 0], [5, 2, 1], [4, 2, 0], [2, 4, 1]]... | glb/cad_257af6d1c022.glb |
Create a "No Soliciting" sign with a total width of 177.8mm (7 inches) and a height of 63.5mm. Start with a rectangular backing plate 171.8mm wide, 58.5mm high, and 1.6mm thick. Remove a circular section with a radius of 7.5mm from each of the four corners of this backing.
Add a raised border around the perimeter that... | include <../../lib/BOSL2/std.scad>
epsilon = 0.001;
inch = 25.4;
width = 7*inch;
backing_depth = 1.6;
border_depth = backing_depth + 1;
text_depth = border_depth + 1;
message = "· No Soliciting ·";
font_size = 18*width/(7*inch);
height = font_size*2.5;
border_width = 5*font_size/18;
border_chamfer = min(1*border_w... | glb/cad_ad1a7c1a3e1e.glb |
Create a mounting bracket for an SSD or HDD. Start with a main rectangular plate measuring 95mm by 70mm with a thickness of 2mm. Along one 95mm edge, add a perpendicular flange that extends downwards by 8mm and is 2mm wide, creating an L-shaped profile.
At the two corners of the main plate where it meets the flange, ... | difference(){
union(){
cube([100-5,70,2]);
translate([0,0,-8])cube([100-5,2,10]);
translate([0,-2,-8])cube([100-5,2,8]);
hull(){
translate([20,4,-4])rotate([90,0,0])cylinder(3,d=7,$fn=20);
translate([20-3.5,1,1])cube([7,3,1]);
}
hull(){
... | glb/cad_9ee46665d17c.glb |
Create a doll comb with a total thickness of 2mm. The body consists of a rectangular base with a rounded handle. The main comb section is approximately 26mm long and 2mm thick, featuring a series of evenly spaced teeth.
To form the teeth, create a series of vertical slots that remove material from the top of the base... | $fn = 60;
translate([0,0,0]) comb_long();
module comb_long()
{
difference()
{
union()
{
hull()
{
translate([12,10,0]) cylinder(d=1.1,h=2,center=true);
translate([13,0,0]) cylinder(d=3.0,h=2,center=true);
}
hull()
{
translate([-12,10,0]) cylinder(d=1.1,... | glb/cad_ebd0055920a9.glb |
Create a furniture foot with a total height of 22mm and a square base. Start by constructing the main body as a hull of two cubes: one measuring 29x30x22mm centered at (2,0,0) and another measuring 30x26x22mm centered at (0,2,0). On the top surface, add a thin screw bridge created from the hull of a 14x3x0.1mm rectangl... | $fn=123;
difference() {
union() {
hull() {
translate([2,0,0]) cube([3+26+3-2*2, 3+26+3, 17+5]);
translate([0,2,0]) cube([3+26+3, 3+26+3-2*2, 17+5]);
}
hull() {
translate([3+6, 0, 17+5]) cube([26-2*6,3,.1]);
translate([3+6+2, 0, 17+5+3]) cube([26-2*6-2*2,3,.1]);
}
}
hul... | glb/cad_ef3ad2839d58.glb |
Create a dishwasher status flip sign consisting of a mounting handle and a pivoting sign blade.
First, construct the handle as a composite geometric base. Create a central rectangular block 10mm wide, 17mm deep, and 18mm high. Add a ridge to the bottom of this block that is 10mm wide, 17mm deep, and 3mm high.
On top... | $fn = $preview ? 32 : 64;
handle_width = 10;
handle_depth = 17;
handle_height = 18;
handle_ridge = 3;
sign_width = 70;
sign_height = 35;
thickness = 3;
front_text = "Clean";
back_text = "Dirty";
text_size = 18;
text_pos = 0.6;
s... | glb/cad_38d6171b966a.glb |
Create a game insert for Explorers of Navoria consisting of several organized storage boxes. The overall footprint of the layout is 211mm wide by 268mm long with a total height of 68mm.
Construct four player boxes, each with a width of 64mm (calculated as the total width minus the player layout width of 147mm), a leng... | include <BOSL2/std.scad>
include <boardgame_toolkit.scad>
default_lid_shape_type = SHAPE_TYPE_CLOUD;
default_lid_shape_thickness = 1;
default_lid_shape_width = 13;
default_lid_layout_width = 12;
default_lid_aspect_ratio = 1.5;
default_wall_thickness = 3;
default_lid_thickness = 2;
default_floor_thickness = 2;
box_wid... | glb/cad_a405f26ebca1.glb |
Create a Rounded Scalloped Handle with a total diameter of 40mm and a height of 10mm. The main body is a cylinder with a scalloped profile consisting of 5 equidistant arms. Each arm has a width of 5mm, and the scallops between them curve inward to a depth of 5mm.
The top and bottom edges of the handle must be rounded ... | arm_count = 5;
fillet_radius = sqrt(2);
arm_width = 5;
knob_diameter = 40;
scallop_depth = 5;
knob_height = 10;
upper_height = 5;
outer_res = 0.5;
nut_style = "rounded";
function chord_radius(cw, ch) =
(ch^2 + (cw/2)^2) / (2 * ch);
function flatten(input, pos = 0, value = []) =
(pos >= len(input)) ? valu... | glb/cad_c2fd3995274c.glb |
Create a worm pick stand consisting of a central vertical holder and a wide circular base. Start by creating a thin circular base plate with a diameter of 50mm and a thickness of 2mm. Centered on this base, place a vertical cylinder with an outer diameter of 11mm and a total height of 42mm. Drill a vertical hole throug... | $fa = 0.2;
$fs = 0.2;
pick_diameter = 7;
hole_margin = 1;
hole_diameter = pick_diameter + hole_margin;
hole_height = 40;
stabalizer_diameter = 50;
wall_thickness = 2;
module worm_pick_stand() {
holder_height = hole_height + wall_thickness;
holder_diameter = hole_diameter + 2 * wall_thickness;
differenc... | glb/cad_202def36c1ca.glb |
Create a PCIe SCSI card bracket with a board thickness of 1.3mm. The main body is a rectangular plate measuring 12.73mm in width and 121.32mm in height. The overall depth of the bracket is 19.05mm.
Starting from the base, create a main vertical wall. At the top of the bracket, incorporate a cutout for the card to slid... | $fn=50;
t=1.3;
xx=11.43+t;
yy=120.02+t;
yy2=112.78+t;
zz1=19.05;
zz2=18.42;
zz3=10;
zz4=2.54;
module bracket()
{
difference() {
translate([0,0,zz2-zz1-zz4])
cube([xx,yy,zz1+zz4]);
translate([-1,-1,zz2-zz1-zz4-1])
cube([xx+1-t,yy+1-t,zz1+zz4+2]);
translate([-2,0,-... | glb/cad_29cf2dd9f064.glb |
Create a glass plate holder for a refrigerator by constructing a main vertical body and a side stud. Start with a rectangular base measuring 8.5mm wide, 13mm deep, and 160mm long. At the top of this body, add a side stud that extends the width to 13mm and the depth to 19mm, but only for a length of 7mm.
Within this t... | glassplate_thickness=4.5;
holder_thickness=2;
holder_length=160;
stud_length=11;
side_stud=12;
holder_width=13;
holder_thickness_back=3;
holder_side_thickness_back=2;
holder_side=19;
holder_side_width=7;
support_height=10;
support_width=holder_thickness_back;
radius=10;
difference() {
union() {
... | glb/cad_70f792d2f099.glb |
Create a magnetic steel sheet holder designed as a long, thin L-shaped bracket. The main body is a rectangular base measuring 355mm in length, 18mm in width, and 50mm in height. The profile features a vertical wall that transitions into a slightly rounded end.
Within this structure, create six cylindrical holes to hou... | $fn = 80;
module bracket() {
difference() {
union() {
hull() {
translate([0,0,0]) cube([12,18,50]);
translate([12,18,42]) rotate([90,0,0]) cylinder(d=16,h=18);
translate([12,18,8]) rotate([90,0,0]) cylinder(d=16,h=18);
}
hull() {
translate([0,0,0]) cube([300,18,2... | glb/cad_1268de71b1dd.glb |
Create a Label Station holder by starting with a rectangular base plate measuring 60mm wide, 100mm long, and 2mm thick. On this base, integrate a marker holder consisting of a horizontal cylinder with a radius of 12.5mm and a length of 60mm, positioned 15mm from the bottom edge. This cylinder should be hollowed out to ... | $fn = 100;
$w = 60;
$thick = 2;
$len = 100;
$sharpieR = 25/2;
$tapeLen = 50;
$cutout = 0.3;
module base() {
cube([$w,$len,$thick]);
}
module sharpie() {
translate([0, $len*0.15, $thick + $sharpieR]) {
rotate([0,90,0]) {
difference() {
translate([-$sharpieR-1, 3, 0]) {
... | glb/cad_8b67e1183d57.glb |
Create a 90º Ultrasonic sensor holder by combining a hexagonal prism and a cylinder. Start with a hexagonal prism that has a height of 22mm and a diameter of 40mm. Centered within this prism, create a vertical cylindrical hole with a diameter of 23mm that passes completely through the top and bottom faces.
Attached t... | $fn = 64;
tub_diameter = 22;
tub_length = 25;
tub_wall_thickness = 4;
sensor_diameter = 23;
wire_diameter = 3.5;
housing_diameter = 40;
opened = true;
difference() {
union() {
translate([0, tub_length-2, 0]) rotate([90,0,0])
cylinder(h = tub_length+2, d = tub_diameter, center = true);
... | glb/cad_68a549b6dc8b.glb |
Create a RERF Grid for a resin printer bed by starting with a solid rectangular base measuring 153.4mm in length, 87mm in width, and 0.5mm in height. Divide this base into a grid of 8 equal rectangular cells, arranged in 4 columns and 2 rows. To form the grid, remove the interior volume of these cells, leaving behind a... | bed_x = 153.4;
bed_y = 87;
border = 0.5;
cols = 4;
rows = 2;
cell_width = (bed_x - (cols - 1) * border) / cols;
cell_height = (bed_y - (rows - 1) * border) / rows;
difference() {
cube([bed_x, bed_y, border]);
for (i = [0:cols-1]) {
for (j = [0:rows-1]) {
translate([i * (cell_width +... | glb/cad_a4e20ae2053a.glb |
Create a vertical blinds hanger with a total width of 123mm, a thickness of 1mm, and a height of 9mm. The main body should be a flat plate with rounded ends, formed by the convex hull of two cylinders with a diameter of 9.1mm positioned at each far end. Centered on the top edge of this plate, add a rectangular protrusi... | width = 123;
height = 9;
thickness = 1;
hole_width = 8;
hole_height = 6;
hole_inset = 2;
frame_width = 2;
module body() {
hull() for(i=[-1,1]){
translate([i*width/2-i*height/2,0,0])
cylinder(d=height+0.1, h=thickness);
}
top_width = hole_width+2*frame_width;
top_height = hole_heigh... | glb/cad_167007417c41.glb |
Create a brake line hex nut consisting of two concentric cylindrical sections with a central hole. Start by creating a wide base cylinder with a radius of 6mm and a height of 4.35mm. On top of this base, add a taller, narrower cylinder with a radius of 4.4mm and a height of 19.5mm.
To create the internal cavity, remov... | bmwhexnut();
module bmwhexnut(){
difference(){
outercylinders();
cutouts();
}
}
module outercylinders(){
translate([0, 0, 0]) cylinder(r=6,h=4.35,$fn=80);
translate([0, 0, 0]) cylinder(r=4.4,h=19.50,$fn=80);
}
module cutouts(){
cylinder(r=2.25,h=50,$fn=80);
rotate([0,0,90]) tra... | glb/cad_2fcee4096d35.glb |
Create a backplate for a triple cigarette lighter socket. Start with a rectangular base measuring 91.4mm in width, 80.8mm in depth, and 2.85mm in thickness. Add eight small rectangular mounting tabs, each measuring 4mm by 5mm with a height of 7.85mm, positioned around the perimeter. Place two tabs on the front edge at ... | difference(){
union(){
rotate([0,0,0]) translate([0,0,0]) cube([91.4,80.8,2.85]);
rotate([0,0,0]) translate([28.25,0,0]) cube([4,5,5+2.85]);
rotate([0,0,0]) translate([58.8,0,0]) cube([4,5,5+2.85]);
rotate([0,0,0]) translate([28.25,80.8-5,0]) cube([4,5,5+2.85]);
rotate([0,0,... | glb/cad_cd1c9f6c1352.glb |
Create a Telequipment CT71 Curve Tracer knob by starting with a main cylinder that has a radius of 17.5mm and a height of 14.5mm. Hollow out the center of this cylinder by removing a smaller concentric cylinder with a radius of 15.5mm and a height of 15mm, starting from a height of 2mm. Create a central hole through th... | difference(){
difference(){
union(){
difference(){
translate([0, 0, 0])cylinder(r=35/2,h=14.5,$fn=80);
translate([0, 0, 2])cylinder(r=31/2,h=15,$fn=80);
}
translate([0, 0, 0])cylinder(r=15.8/2,h=10,$fn=80);
}
translate([0, 0... | glb/cad_fe9c08e81505.glb |
Create a filament holder stop for a clothes rail by starting with a solid cylinder 50mm in diameter and 20mm high. Remove a smaller concentric cylinder from the center with a radius of 12.8mm and a height of 30mm to create a hollow core. Bore a transverse hole through the center of the main body with a radius of 3.05mm... | hjalpa();
module hjalpa(){
difference(){
outside();
inside();
}
}
module outside(){
translate([0, 0, -20/2]) cylinder(r=25,h=20,$fn=80);
}
module inside(){
translate([0, 0, -20/2]) cylinder(r=12.8,h=30,$fn=80);
rotate([0,90,0]) translate([0, 0, 0]) cylinder(r=3.05,h=30,$fn=80);
... | glb/cad_5bc4a4bc829b.glb |
Create a Cup Holder Sizer consisting of a hollowed-out tapered cylinder. The main body is a cylinder with a height of 56mm, a bottom diameter of 66.5mm, and a top diameter of 78mm.
To create the hollow interior, remove a concentric cylinder from the center with a wall thickness of 1mm, leaving a thin shell. The inter... | $fn = 20;
cup_holders_mode = "twoLargerHolders";
cup_holder_y_offset = 2.5;
cup_holder_center_offset= 43;
cup_holder_height=120;
cup_holder_floor_depth=10;
cup_holder_1_top_radius=95;
cup_holder_1_botton_radius=95;
cup_holder_2_top_radius=85;
cup_holder_2_botton_radius=75;
phone_holder1_offset=-110;
phone_holder2_... | glb/cad_fbd39e861dc6.glb |
Create a Cup Holder++ adapter by starting with a main rectangular block measuring 240mm in length, 110mm in width, and 100mm in depth, with all exterior corners rounded by a 10mm radius. The base of this block should be elevated to a height of 56mm.
From this main body, remove the following geometric volumes to create... | $fn = 20;
cup_holders_mode = "twoLargerHolders";
cup_holder_y_offset = 2.5;
cup_holder_center_offset= 43;
cup_holder_height=120;
cup_holder_floor_depth=10;
cup_holder_1_top_radius=95;
cup_holder_1_botton_radius=95;
cup_holder_2_top_radius=85;
cup_holder_2_botton_radius=75;
phone_holder1_offset=-110;
phone_holder2_... | glb/cad_a936d9100a36.glb |
Create a Cup Holder++ adapter by starting with a main rectangular block that is 225mm long, 110mm wide, and 100mm deep. Position this block so its base sits atop a cylindrical base that is 65mm high, with a bottom diameter of 66.5mm and a top diameter of 74mm.
From the main block, remove the following geometric volume... | $fn = 250;
$in_car_cup_holder_height = 65;
$in_car_holder_top_diameter = 74;
$in_car_bottom_diameter = 66.5;
$magnet_num=4;
$magnet_hole_diameter=2.2;
$magnet_hole_depth=2.2;
$magnet_hole_position=32.2;
$magnet_hole_offset=$in_car_cup_holder_height-$magnet_hole_depth;
$holder_length=225;
$holder_width=110;
$holder_d... | glb/cad_950aa9bc4328.glb |
Create a locking puzzle box consisting of a base, a lid, and a handle. Construct the box base as a rounded cuboid measuring 200mm x 80mm x 70mm, with a hollow interior of 190mm x 70mm x 70mm. Along the top edges of the base, integrate four rod holder components. Each rod holder is a block 53mm x 10mm x 8mm featuring a ... | include <BOSL2/std.scad>;
include <BOSL2/screws.scad>;
include <BOSL2/threading.scad>;
include <BOSL2/rounding.scad>;
color ("Gold") box_base();
translate([-37,9,-4]) color ("Gold") rod_holder();
translate([37,9,-4]) rotate([180,0,180]) color ("Gold") rod_holder();
translate ([0,9,16]) color ("Black") lock();
translat... | glb/cad_394048625507.glb |
Create a Supernote Pen consisting of a main body and a removable grip.
First, construct the bottom body section. Start with a conical tip 15mm in length that widens to a diameter of 10mm. Above this tip, add a cylindrical section 3mm high with a 10mm diameter. On top of that, add a cylindrical sleeve 40mm long with a... | $fa = 4;
$fs = 0.25;
use <threads.scad>
use <list-comprehension/sweep.scad>
use <list-comprehension/skin.scad>
use <scad-utils/transformations.scad>
use <scad-utils/shapes.scad>
body_diam = 10;
body_length = 135;
tip_cone_length = 15;
grip_length = 40;
grip_v_offset = 3;
grip_thickness = 1.5;
grip_ridge_shape = 0;... | glb/cad_b27828a90b8c.glb |
Create a Trekking Pole Replacement Foot with a total height of 40mm. The main body is a tapered cylinder created by lofting a top circle with a diameter of 18mm and a bottom circle with a diameter of 22mm, with both the top and bottom edges rounded to a radius of 2.2mm.
Inside this body, create a central hollow cavity... | height = 40;
edge_rad = 2.2;
top_diam = 18;
bottom_diam = 22;
hole_depth = 30;
hole_top_diam = 12.8;
middle = 20;
hole_middle_diam = 11.4;
hole_bottom_diam = 9;
extra_hole_end_diam = 5;
extra_hole_end_height = 4;
foot();
module foot()
{
difference()
{
body();
hole();
}
}
module body()... | glb/cad_c9908ef937f5.glb |
Create an Embroidery Sock Frame by starting with a base plate 174mm wide, 152mm deep, and 4.9mm thick. The plate should have rounded corners with a radius of 33mm.
In the center of the plate, create a rectangular hole 70mm by 70mm with rounded corners of 2mm. Around this central hole, incorporate several slits and cut... | VERSION = "V0.98";
X_L=174;
Y_L=152;
R=33;
Z=4.9;
ROUNDING_BACK_W = 2.5;
ROUNDING_BACK_L = 110;
ROUNDING_FRONT_W = 2;
ROUNDING_FRONT_L = 110;
ROUNDING_LEFT_W = 2;
ROUNDING_LEFT_L = 90;
ROUNDING_RIGHT_W = 2;
ROUNDING_RIGHT_L = 90;
HOLE_X_L = 70;
HOLE_Y_L = 70;
LIGHT_DESIGN = false;
EXTRA_SLITS = true;
T... | glb/cad_6448e143bf1a.glb |
Create a laptop cooler stand consisting of a rectangular base plate with a grid of protruding tapered pins. The base plate should be 250mm long, 50mm wide, and 2.5mm thick, with rounded corners having a radius of 5mm.
On top of this base, arrange a grid of pins consisting of 5 rows and 10 columns. Each pin is a trunca... | $fn=20;
size_x = 250;
size_y = 50;
size_z = 2.5;
corner_radius = 5;
cyl_height_front = 22;
cyl_height_back = 26;
N_cyl_per_line = 10;
N_rows = 5;
cyl_radius_1 = 3.5;
cyl_radius_2 = 2;
hull(){
translate([corner_radius, corner_radius, 0]){
cylinder(r1=corner_radius, r2=corner_radius, h=size_z, center=fal... | glb/cad_0adeddba0ad4.glb |
Create a Reward Tube consisting of a base and a vertical sleeve.
Start by creating a rectangular base with rounded corners, measuring 46.5mm by 46.5mm and 4mm thick. Center the text "REWARD TUBE" on the top surface of this base using a 5mm font size, extruding the letters 2mm high.
On top of the base, construct a ve... | coin=[23.25, 2.33];
n_coins=50;
wall=6;
gap=6;
extra=0.5;
corner_radius=4;
floor_height=4;
floor_size_multiplier=2;
text="REWARD TUBE";
font_size=5;
side_text="FEED ME";
font_size_side=5;
side_text_height=1;
side_r_text="ACHIEVE";
font_size_side_r=5;
side_r_text_height=1;
CHF_5 = [31.45, 2.35];
CHF_2 = [27.40, 2.15]... | glb/cad_08487b7f06e2.glb |
Create a 3D model of an old-style key. Start with a main shaft consisting of a cylinder with a diameter of 5.9mm and a total length of 35mm. At the end of this shaft, add a hexagonal head with a height of 10mm and a diameter of 5.9mm.
Attached to the shaft, create a rectangular bit (the panneton) that is 14mm long, 3.... | include <BOSL2/std.scad>
include <BOSL2/rounding.scad>
accueil_max = 14.0;
accueil_corr = 0;
accueil = accueil_max - accueil_corr ;
panneton_h = 9.0;
panneton_ep = 3.65;
panneton_supp = 3.0 ;
diam = 5.9;
tige = 35.0;
tige_hex = 10;
rond = 1;
rouet = -1;
h_rouet= 5.5;
jeu = 0.30;
side_hex = 7;
bloc = 5;
dent_retrait... | glb/cad_b5af6b7165d8.glb |
Create a Drawing Square Grid Template by starting with a base rectangular sheet measuring 220mm in length, 190mm in width, and 1.2mm in thickness. Apply a corner radius of 5mm to all four corners of this base sheet. Within this sheet, create a grid of square holes, each measuring 25.4mm by 25.4mm. Position the grid so ... | length = 220;
width = 190;
sheet_thickness = 1.2;
square_size = 25.4;
padding = 4;
margin_x = 4;
margin_y = 4;
corner_radius = 5;
total_square_size = square_size + padding;
usable_length = length - 2 * margin_x;
usable_width = width - 2 * margin_y;
rows = floor(usable_length / total_square_size);
columns = floor(usabl... | glb/cad_e4d73d4bb841.glb |
Create a hollow rectangular case for a PCB with external dimensions of 88.4mm width, 138.4mm length, and 35mm height. The case should have a wall thickness of 1.5mm and rounded corners with a radius of 1.5mm. The top of the case is open.
On the bottom floor of the case, center a rectangular cutout for a board measurin... | $fn=30;
width=88.4;
length=138.4;
height=35;
radius=1.5;
thickness=1.5;
rhole=1.5;
boardw=65;
boardl=115.5;
boardh=6;
module roundbox(w,l,h,r)
{
hull()
{
for(z=[r,h-r])
for(y=[r,l-r])
for(x=[r,w-r])
translate([x,y,z])
sphere(r=r);
}
}
module case()
{
difference()
{
union()
{
differ... | glb/cad_74ed4ca77cc2.glb |
Create a Table Saw Alignment Tool consisting of a main rectangular slider body with a length of 100mm, a width of 18.25mm, and a height of 9mm. The body should have rounded corners with a 1mm radius.
At the center of the slider, create a vertical hole with a diameter of 6.4mm that passes completely through the height ... | slide_h = 9;
slide_w = 18.25;
slide_l = 100;
wing_w = 3;
wing_circ_big_d = 8.6;
wing_circ_small_d = 4.6;
wing_circ_ctr_to_edge_l = 10.590;
wing_circ_ctr_to_edge_w = 0.7;
slot_w = 2;
slot_y_off = 3;
slot_circ_ctr_to_edge_l = 30.770;
vert_edge_h = 8.189;
bott_edge_w = 16.627;
chamf_hyp = 1.148;
chamf_base = (slide_w -... | glb/cad_e8552cb29e7d.glb |
Create a Logitech C210 clip by combining two rectangular prisms and removing a central hole. First, center a rectangular block measuring 21mm wide, 8.5mm deep, and 5mm high. Attach a second, thinner rectangular base to the bottom of this block, centered on the same X and Y axes, with dimensions of 27mm wide, 8.5mm deep... | difference() {
union() {
cube([21, 8.5, 5], true);
translate([0, 0, -(5 + 1) / 2]) cube([21 + 2 * 3, 8.5, 1], true);
}
cylinder(d = 4, h = 10, center = true);
} | glb/cad_41778c416eef.glb |
Create a wall hanger for slats by constructing a solid block with a total height of 20mm. The main body is a rounded rectangular base with a thickness of 20mm. On the top surface, create a large U-shaped cutout that opens toward the front, leaving two vertical walls and a connecting base.
The overall footprint is app... | $fn=100;
module vesak(){
zaobleni();
hull(){
translate([5,0,0])cylinder(20,d1=6, d2=6);
translate([29,0,0]) cylinder(20,d1=6, d2=6);
}
hull(){
translate([5,0,0])cylinder(20,d1=6, d2=6);
translate([-1.3+5,15,0]) cylinder(20,d1=2, d2=2);
}
hull(){
translate([29,45,0])cylinder(20,d1=6, d2=6);
translate([5,70,0]) cylin... | glb/cad_0d731af73ce1.glb |
Create a parametric cup holder adapter consisting of a base plug and a top rim. Start by creating a cylindrical base with a height of 2.5mm and a radius of 4.5mm. The base should have a slight taper, starting at a radius of 4.3mm at the bottom and widening to 4.5mm at the top.
On top of this base, add a second cylindr... | $fn=32;
holder_radius=4.5;
holder_height = 2.5;
mug_radius = 5.0;
rim_thickness = 1.0;
rim_height = 1;
rim_slope = 0.25;
notch_width = 2;
notch_height = 0.5;
module no_custom(){}
epsilon = 0.001;
{
cylinder(h=holder_height, r1=holder_radius-0.2, r2=holder_radius);
translate([0,0,holder_height]) difference(){
... | glb/cad_beeb1e606f84.glb |
Create a Gridfinity V6 nozzle holder block with a footprint of 42mm by 42mm and a total height of 13mm. The base should follow the standard Gridfinity specification, including a 5mm deep threaded interior section and a supportless profile with a scoop.
On the top surface, create six vertical holes arranged in two rows... | include <gridfinity-rebuilt-openscad/src/core/gridfinity-rebuilt-utility.scad>
$fn = $preview ? 16 : 64;
dots015 = [1, 0, 1, 0, 0, 0];
dots025 = [0, 0, 0, 0, 0, 0];
dots03 = [1, 0, 0, 0, 0, 0];
dots035 = [1, 1, 0, 0, 0, 0];
dots04 = [1, 1, 1, 0, 0, 0];
dots05 = [1, 1, 1, 1, 1, 1];
dots06 = [1, 1, 1, 1, 0, 0];
dot... | glb/cad_74fba6b4b752.glb |
Create a tool caddy for a 20x20 extrusion with a total length of 100mm, width of 10mm, and height of 20mm. The main body is a rounded rectangular block.
On the top surface, carve out several tool slots: a large rectangular slot (21.5mm x 3mm), a smaller rectangular slot (10.5mm x 2.5mm), a circular hole with a 4mm dia... | $fn=60;
standardHexKeySizes = [
["M6", 5],
["M5", 4],
["M4", 3],
["M3", 2.5],
["M2.5", 2],
["M2", 1.5]
];
caddyHeight = 20;
caddyWidth = 10;
caddyLength = 100;
brushWidth = 18;
brushLength = 16;
pliersWidth = 13;
pliersLength = 17;
largeWrenchWidth = 3;
largeWrenchLength = 21.5;
smallWrenchWid... | glb/cad_76ac6bbafae2.glb |
Create a Skadis pegboard as a rectangular plate with a width of 250mm, a height of 210mm, and a thickness of 4.5mm. The plate should have rounded corners with a radius of 10mm.
Throughout the face of the plate, create a grid of staggered, rounded rectangular holes. Each hole must be 4.7mm wide and 15mm high, with a c... | Width = 250;
Height = 210;
Thickness = 4.5;
Radius = 10;
Hole_Width = 4.7;
Hole_Height = 15;
Hole_Delta_X = 40;
Hole_Delta_Y = 20;
Hole_Shift = 20;
$fn = 48;
module rounded_rectangle(w,h,t,r)
{
translate([0,0,-t/2])
{
hull() {
translate([r,r,0])
cylinder(t,r,r);
... | glb/cad_2e0c03c249ca.glb |
Create a rectangular pegboard with a width of 248mm, a height of 209mm, and a thickness of 9.5mm. The board should feature a grid of Skadis-style mounting holes spaced 15mm apart both horizontally and vertically.
At each of the four corners of the board, create a countersunk hole designed for an M6 screw. These holes... | include <BOSL/constants.scad>
use <BOSL/metric_screws.scad>
use <BOSL/transforms.scad>
use <skadis_board.scad>
w=248;
h=209;
d=4.5;
bolt_size=6;
triangle_mode="n";
triangle_offset_b=10;
triangle_offset_t=20;
$fn=48;
cylinder_d=bolt_size/2+2;
abstand = d + 5;
bohrung_gap = bolt_size/2 + 4.6;
bohrung_y=-0.3;
mo... | glb/cad_4ca45f32c1eb.glb |
Create a Gridfinity microgreens tray insert. Start with a rounded rectangular base measuring 41.75mm by 41.75mm with a corner radius of 3.75mm and a top surface thickness of 0.8mm. From the bottom of this base, extend a rounded rectangular lip downwards to a total depth of 20mm. This lip should be inset 2.8mm from each... | $fn = 50;
grid_unit = 42;
tolerance = 0.25;
grid_x = 1;
grid_y = 1;
wall_thickness = 0.8;
lip_height = 20;
inner_wall_thickness = 0.4;
lip_inset = 2.8;
hole_diameter = 4.0;
hex_spacing = 8;
pattern_margin = 4;
actual_size_x = grid_unit * grid_x - tolerance;
actual_size_y = grid_unit * grid_y - tolerance;
corner_ra... | glb/cad_2f334dbcbac1.glb |
Create a hinge to elbow door opener consisting of a central cylinder and a supporting base. Start by creating a cylinder with a diameter of 5.3mm and a height of 12mm. Attached to this cylinder, create a base by extruding a polygon with a height of 6.8mm; the polygon's vertices should be positioned at [-2.65, 0], [2.65... | $fn = 100;
difference(){
union(){
cylinder(d=5.3,h=12);
translate([0,0,(12-6.8)/2]) linear_extrude(height=6.8)polygon(points=[[-5.3/2,0],[5.3/2,0],[6,-10],[-6,-10]],convexity=10);
}
translate([0,-8.5-1.25,6])rotate([0,0,10])cube([15,3.5+5.3,6.82],center=true);
translate([0,2.2,0])rota... | glb/cad_44f9fdd0a7f4.glb |
Create a tool called FX1000 Dialysis filter pliers. Start by constructing a central handle that is a rectangular prism with rounded ends. At one end of the handle, create a cylindrical head with a total height of 10.2mm. This head should feature a central circular hole with a diameter of 12mm passing through its center... | $fn = 100;
model_2();
module model_1(){
color("pink")
difference(){
union(){
translate([0,0,-4])cylinder(d2=75,d1=70, h=2,center=true);
translate([0,0,0])cylinder(d=75, h=6,center=true);
translate([0,0,4])cylinder(d1=75,d2=70, h=2,center=true);
}
cylinder(d=12, h=10.2,center=tru... | glb/cad_aa77e622de67.glb |
Create a Zassenhaus Rostock blade holder as a cylindrical cup with a total height of 12mm and an outer diameter of 42.5mm. The main body features an inner diameter of 39.5mm. At the base, create a floor 2mm thick. Within this floor, center a large circular hole with a diameter of 25mm.
Above the floor, incorporate a c... | $fs=$preview ? 1 : 0.1;
$fa=$preview ? 15 : 5;
height=12.0;
outer_diameter=42.5;
inner_diameter=39.5;
floor_height=2.0;
hole_diameter=25.0;
recess_diameter=35.0;
recess_height=1.0;
blade_clearance=0.75;
holder_angle=60;
holder_height=2;
screw_hole_diameter = 2.5;
screw_hole_distance = 33;
screw_head_diamet... | glb/cad_08b56a561c85.glb |
Create a protective enclosure for an All Sky Cam. Start by constructing a solid base using a convex hull that encompasses a cylinder with a radius of 58mm and a height of 8mm, blended with spheres of radius 7mm at the top and bottom edges, and a larger sphere with a radius of 22.5mm centered at the bottom. From this co... | $fs = 0.1;
$fa = 5;
difference() {
color([1,1,1,1])hull(){
translate([0,0,7+2])minkowski()
{
cylinder(r=(130-14+4)/2,h=22-14);
sphere(r=7);
}
translate([0,0,(45/2)-5+1])sphere(r=45/2);
}
color([1,1,1,1])hull(){
translate([0,0,7])minkowski()
{
... | glb/cad_44d41bf47f4f.glb |
Create a backplate for a keycard reader. Start with a main rounded rectangular base measuring 92.8mm by 114mm with a thickness of 3.2mm and corner radii of 2mm.
On the top surface, create a recessed central area by removing a rounded rectangle of 82mm by 103mm with a depth of 2.61mm and corner radii of 3mm. Within th... | use <recycling_symbol.scad>
module slot(length, radius, height){
$fn=25;
translate([-length/2,0,0])cylinder(r=radius/2,h=height);
translate([length/2,0,0])cylinder(r=radius/2,h=height);
translate([-length/2,-radius/2,0]) cube([length,radius,height]);
}
module roundedRect(x,y,z,radius)
{
x = x-radius;
... | glb/cad_6aea90a85a1a.glb |
Create a modular fan housing system consisting of fan mounts and connectors.
First, create a fan mount by starting with a rectangular block measuring 100mm wide, 112mm deep, and 35mm high. Hollow out this block by removing a central rectangular volume of 110mm by 98mm by 35mm, and further remove a top slice measuring... | $fn=120;
module 80mm_Fan()
{
cylinder (d=80, h=40, center=true);
translate ([71.4*0.5,71.4*0.5,0]) cylinder (d=4.5, h=40, center=true);
translate ([69*0.5,-69*0.5,0]) cylinder (d=4.5, h=40, center=true);
translate ([-69*0.5,69*0.5,0]) cylinder (d=4.5, h=40, center=true);
translate ([-69*0.5,-69*0.5... | glb/cad_7d053655f3ff.glb |
Create a push button for a paper napkin dispenser. Start with a main rectangular plate measuring 29mm in width, 18mm in depth, and 1.56mm in thickness.
From this plate, remove a central rectangular slot measuring 5.7mm by 18mm. On either side of this central slot, create two rectangular cutouts measuring 8.7mm by 2.2... | $fn = 100;
thickness = 1.68-0.12;
difference(){
union(){
cube([29,18,thickness],center=true);
}
translate([0,-3.25,0])cube([5.7,18,1.69],center=true);
hull(){
translate([-5.7/2+0.7,-3.25+9,0])cylinder(d=1.4,h=1.69,center=true);
translate([5.7/2-0.7,-3.25+9,0])cylinder(d=1.4,h=... | glb/cad_7b363c300077.glb |
Create a Caliper Sheath consisting of a hollowed-out protective sleeve with three main sections: a tail, a middle, and a head.
First, construct the tail as a rectangular hollow box with an interior length of 162mm, width of 17mm, and thickness of 6mm. The walls should be 1.6mm thick. At the end of the tail, create a ... | mode=2;
thick=1.6;
taill=162;
tailw=17;
tighttailw=15.8;
tighttaill=20;
tailt=6;
tailcone=20;
stub=20;
midl=40;
midw=36;
midt=9;
frontl=28;
frontw=78;
frontt=9;
frontcone=8;
frontoffset=9;
module tail() {
difference() {
cube([taill+thick-tailcone,tailw+2*thick,tailt+2*thick]);
union() {
... | glb/cad_58df56a98867.glb |
Create an Ergotron LX VESA Mount designed to hold a 1/4" threaded insert. Start by creating a central bar that is 100mm wide, 20mm deep, and 11.2mm high. The bar's profile should be a hull formed by a 100mm by 20mm rectangle and two cylinders at each end with a diameter of 16.5mm and a height of 11.2mm. Add a central c... | VESA_100 = 100;
THUMBSCREW_DIA = 10.5;
THUMBSCREW_HEIGHT = 11.2;
THUMBSCREW_HEAD_DIA = 20;
THUMBSCREW_HEAD_HEIGHT = 5;
BAR_ABOVE_TS = 7.5;
BAR_BELOW_TS = 12.5;
BAR_THUMBSCREW_DIA = THUMBSCREW_DIA + 6;
FIT_CLEARANCE = 0.1;
$fs = $preview ? 1 : 0.1;
$fa = $preview ? 3 : 0.1;
insert_height = 12.7;
insert_height_min =... | glb/cad_13c0ac6addaf.glb |
Create a replacement undertray clip by starting with a flat circular base 15mm in diameter and 2mm thick. Centered on top of this base, add a hexagonal prism with a flat-to-flat width of 15mm and a height of 13mm. Bore a cylindrical hole through the center of the hexagonal prism with a diameter of 8mm, extending from t... | include<BOSL2/std.scad>
$fn=100;
difference(){
union(){
linear_extrude(13)
circle(7.5,$fn=6);
difference(){
linear_extrude(2)
circle(15);
translate([0,0,2.5])
torus(13,1);
}
}
translate([0,0,4])
cylinder(14,4,4);
cylinder(4,2.8,2.8);
cylinder(2,3.2,2.8);
} | glb/cad_e8778b9086e5.glb |
Create a storage rack for small parts boxes. The structure consists of two identical side walls connected by horizontal shelves and top and bottom plates.
Each side wall is a rectangular panel 75mm long, 55mm high, and 2mm thick. These walls are perforated with a hexagonal grid pattern where each interior hexagon has... | include <BOSL/constants.scad>
include <BOSL2/std.scad>
include <Hex-Grid/hex-grid.scad>
use <BOSL/transforms.scad>
use</arc_01.scad>
$fn=100;
bl = 75;
bw = 60;
sl = 0;
st = 2;
isw = 15;
hb = 15;
nb = 3;
pt = 2;
rt = 2;
rh = (nb*hb)+((nb-1)*st);
SW = 7;
wall = 3;
union(){
rotate([90,0,0])
create_grid(size=[bl,rh,rt... | glb/cad_d5d3706b927e.glb |
Create a fingertip mouse shell for the VXE Dragonfly R1 Pro. The structure is an open-frame chassis designed to hold a PCB and provide tactile button interfaces.
Start by placing four cylindrical standoffs of 5.58mm height and 6.4mm diameter to support the PCB. Position these at coordinates [-0.25, 2, 0], [31, 2, 0], ... | pro=1;
grip_left_front=[-13, 24, 5];
grip_left_rear=[-13, 7, 5];
grip_left_height=10;
grip_left_angle=-3;
grip_right_front=[44, 38, 4.5];
grip_right_rear=[44, 5, 4.5];
grip_right_height=8.2;
grip_right_angle=6;
paddle_left_width_front=6;
paddle_left_width_rear=12;
paddle_left_height_front=18.5;
paddle_left_height_re... | glb/cad_d154fd3bb38a.glb |
Create a watch band extender link with an overall width of 20mm and a height of 3mm. The link is composed of three joined sections: two outer arms and a central body. Each outer arm is a rounded rectangular prism with a width of 3.5mm and a length of 8.6mm. The central body is a wider rounded rectangular prism with a w... | width=20;
wArm=3.5;
wBody= 13.0;
height=3.0;
lArm=8.6;
lBody=8.6;
lArmHole=1.00;
lBodyHole=lArmHole + 0.2;
lHoleWall=1.25;
$fn=32;
module link(lTotalLength=12, lArm=8.6, lBody=8.6) {
lBodies = lTotalLength - height;
difference() {
union() {
translate([0,0,0]) roundEndBox(lBodies,wArm,heig... | glb/cad_8487071ffdb1.glb |
Create a watch band extender link with a total width of 20mm and a length of 10mm. The main body is a rectangular block with a height of 4mm, but the overall shape is formed by the hull of a cylinder with a 3mm diameter and a cylinder with a 5mm diameter, resulting in a piece that transitions between these thicknesses.... | l=10;
w=20;
h=4.0;
h2=5.0;
hole_md=1.7;
hole_ed=0.8;
StrapEnd_w=3.0;
WatchEnd_w=3.0;
BarEnd_w=WatchEnd_w;
strap_d=4.1;
lug_r=4.0;
QRSpringBar_h=h2;
QRSpringBar_w=1.7;
QRSpringBar_d=5;
QRSpringBar=[QRSpringBar_d,QRSpringBar_w,QRSpringBar_h];
$fn=64;
difference() {
hull() {
translate([-WatchEnd_w,l,0]) rot... | glb/cad_37938463078e.glb |
Create a watch band extender link with a total width of 20mm and a height of 4.6mm. The object consists of two main sections: a small end and a big end.
The small end is a rounded rectangular block with a width of 16mm and a height of 3.85mm. It features a cylindrical hole with a diameter of 1.8mm passing through its... | InsideWidth=16;
SmallEndLength=3;
MakeABand2(SmallEndLength);
SpringBarD=1.8;
SpringBarID=1.0;
HoleOffset=1.0;
InsideLen=5;
OutsideLen=5;
thickness=0.75;
OutsideWidth=InsideWidth + 2 * thickness;
Height=4.6;
$fn=32;
module MakeABand2(SmallEndLength) {
XsmallEndHole=0;
XsmallEndLeft=0 - SpringBarD/2 -thicknes... | glb/cad_5a22e6176665.glb |
Create a Numbers Stencil for a pen. Start by creating a rectangular card with a length of 194mm, a width of 36mm, and a thickness of 3mm. Apply a slight slant to the top and bottom faces and round the outer corners of the card with a radius of 0.8mm.
Cut a stencil of the digits "0123456789" through the card. The chara... | card_length = 194;
card_width = 36;
card_thickness = 3.0;
pen_width = 2.25;
text_string = "0123456789";
text_size = 20;
text_position = [8,8];
$fa = 2;
$fs = 0.5;
scaling = text_size/10;
spacing = 3.3;
fontweight = pen_width / scaling;
line_spacing = 3;
smooth = $preview ? 2 : 5;
method = "weightedpath";
... | glb/cad_426c2df496cd.glb |
Create a Teabag Holder box with an overall width of 74mm, a height of 55mm, and a total length of 183.2mm. The box has a base thickness of 1.2mm and outer walls of 1.6mm.
Divide the interior into four sections of 45mm each, separated by internal walls that are 1.2mm thick. These internal sections are carved out from ... | box_h = 55;
box_w = 74;
sections = [45, 45, 45, 45];
wall_width = 1.6;
bottom_width = 1.2;
finger_hole_d = 40;
finger_hole_round = 6;
finger_hole_pos = 45;
section_wall_width = 1.2;
section_count = len(sections);
box_l = sum(sections) + section_wall_width * (section_count - 1) + wall_width * 2;
function sum(v, i = 0,... | glb/cad_511de42e7972.glb |
Create a Ring of Numbers by arranging the digits 0 through 9 in a circular pattern. Each digit should be extruded to a height of 2mm and laid flat on the XY plane. Position the center of each digit on a circle with a radius of 10mm, spacing them at equal 36-degree intervals. To form the continuous ring, create a convex... | for (i=[1:9]) {
hull() {
translate ([sin((i-1)*36)*10,cos((i-1)*36)*10,0]) {
rotate ([90,0,0]) {
linear_extrude (height=2) {
text (str(i-1));
};
};
};
translate ([sin((i)*36)*10,cos((i)*36)*10,0]) {
rotate ([90,0,0]) {
linear_extrude (height=2) {
text (str(i));
};
};
};
};
};
hu... | glb/cad_00aeb3347153.glb |
Create a power adapter bracket with a total interior width of 78.5mm, an interior height of 23.5mm, and a total depth of 12mm. The bracket is formed by a flat back plate and two side walls that wrap around the adapter. The walls and back plate have a uniform thickness of 2mm.
The side walls are not full rectangles; th... | adapterWidth = 78;
adapterHeight = 23;
adapterDepth = 173;
bracketThickness = 2;
bracketWidth = 12;
bracketRadius = 1;
bracketLip = 15;
bracketTolerance = 0.5;
screwHoles = 2;
screwHeadDiameter = 6;
screwDiameter = 3.5;
$fa = 1;
$fs = 0.5;
module rsqr (w,d,r){
rsqr_(w-(r),d-(r),r);
}
module rsqr_ (w,d,r) {
uni... | glb/cad_1f26f161b61b.glb |
Create a modular case system frame by constructing a 6mm cube. From this cube, remove three cylindrical holes, each with a diameter of 1mm and a length of 8mm. Position the first hole vertically, centered at X=3mm and Y=3mm, extending from the bottom face. Position the second hole horizontally, centered at X=3mm and Z=... | module frame_cube() {
difference() {
cube(6,6,6);
translate([3,3,0])
cylinder($fn = 45, 8, 1, 1);
translate([3,6,3])
rotate([90,0,0])
cylinder($fn = 45, 8, 1, 1);
translate([0,3,3])
rotate([0,90,0])
cylinder($fn = 45, 8, 1, 1);
}
}
frame_cube();
mo... | glb/cad_4b542f3c4fca.glb |
Create a Spirit Sample Box designed to hold 24 small bottles. Start by creating a solid rectangular block measuring 225mm in length, 128mm in width, and 60mm in height.
Within this block, carve out 24 cylindrical holes, each with a diameter of 33mm and a depth of 60.2mm, to act as bottle holders. Arrange these holes ... | $fn=90;
rotate([0,0,90])translate([-112.5,-64,2])difference(){
cube([225,128,60]);
translate([19,19,-0.1]){cylinder(d=33, h=60.2);}
translate([53,19,-0.1]){cylinder(d=33, h=60.2);}
translate([87,19,-0.1]){cylinder(d=33, h=60.2);}
translate([121,19,-0.1]){cylinder(d=33, h=60.2);}
translate([155,... | glb/cad_b490a6828a54.glb |
Create a latitude and longitude display plate. Start by creating a base plate 200mm wide and 160mm high with a thickness of 1.6mm. The base shape is a stylized house silhouette: a rectangle 200mm wide by 80mm high, topped with a centered 100mm wide by 80mm high gable roof section, and a small rectangular chimney 30mm w... | line1_text = "Our coordinates";
latitude = 50.1091;
longitude = 14.4372;
north = "N";
east = "E";
south = "S";
west = "W";
font = "Arial:style=Bold";
line_1_font_size = 13;
lat_lon_font_size = 14;
holeBoolean = true;
module __Customizer_Limit__ () {}
$fs = 0.2;
$fa = 2;
hsize = 200;
vsize = 160;
plate_thickness ... | glb/cad_377a0997cb33.glb |
Create a coupler for a stick blender by starting with a solid cylinder 23mm tall with a radius of 8mm. Carve a vertical slot through the center of the cylinder that is 2.9mm wide, 5mm deep, and 11.5mm high, centered vertically. From the top face of the cylinder, remove a complex void consisting of three intersecting sh... | $fn=100;
ch=23;
cr=8;
pw=2.9;
pd=5;
ph=11.5;
iw=11;
id=3;
ih=10.5;
isq=7;
difference(){
cylinder(ch,cr,cr);
translate([0,0,ph/2])cube([pw,pd,ph],center=true);
union(){
translate([0,0,ch-ih+ih/2])cube([iw,id,ih],center=true);
translate([0,0,ch-ih+ih/2])cube([id,iw,ih],center=true);
... | glb/cad_d7eb6d04cd84.glb |
Create a coupler for a stick blender by starting with a base cylinder that has a radius of 8mm and a total height of 23mm. From the top of this cylinder, extend a central pillar upwards with a height of 10mm. This pillar is not a simple cylinder but is formed by removing a central vertical slot from the geometry. Speci... | $fn=100;
ch=23;
cr=8;
pw=2.9;
pd=5.25;
ph=10;
iw=0.95*11;
id=0.95*3;
ih=10.5;
isq=0.95*7;
difference(){
cylinder(ch/2,cr,cr);
difference(){
cylinder(ph,pd/2,pd/2);
translate([-4.675,0,ph/2])cube([7,7,ph],center=true);
}
}
union(){
translate([0,0,ch/2+ih/2-0.5])cube([iw,id,ih],center... | glb/cad_99b959b3093a.glb |
Create a "Low-Poly Font" 3D model consisting of a string of characters centered at [0,0,0]. Each character is constructed using a 16-segment display style, where the height is 10mm and the width is approximately 5.77mm (size/sqrt(3)). The stroke weight is 1.25mm (size/8).
For each character, create the segments as low... | CHARACTER_SAMPLE = 1;
CURVATURE_SAMPLE = 0;
FRONTBACK_SAMPLE = 0;
DEPTH_SAMPLE = 0;
SIZE_SAMPLE = 0;
if (CHARACTER_SAMPLE) {
translate([0,0,45]) TEXT("0123456789 <=>+-*%/^√");
translate([0,0,30]) TEXT("ABCÇDEFGHIJKLMNÑOPQRSTUVWXYZ");
translate([0,0,15]) TEXT("abcçdefghijklmnñopqrstuvwxyz");
translate(... | glb/cad_0949e5f57528.glb |
Create a small pegboard bin with a rectangular footprint of 50mm by 50mm and a height of 50mm. The bin has a wall thickness of 1.85mm and a closed bottom. The corners of the bin are rounded with a radius of 3mm.
On the back wall, create mounting features to fit a Brazilian standard pegboard with 4mm diameter holes spa... | holder_x_size = 50;
holder_y_size = 50;
holder_height = 50;
wall_thickness = 1.85;
holder_x_count = 1;
holder_y_count = 1;
corner_radius = 03;
taper_ratio = 1.0;
holder_offset = 0.0;
strength_factor = 0.50;
closed_bottom = 1.0;
holder_cutout_side = 0.0;
holder_angle = 0.0;
holder_sides = max(50, min(20, ho... | glb/cad_c5f795a15715.glb |
Create an Open Ring Bookend by constructing a composite geometric shape. Start with a central disk that is 4.25mm thick and 120mm in diameter. On top of this disk, center a sphere with a radius of 60mm. To create the ring effect, remove a smaller concentric cylinder from the center of the sphere and disk, with a radius... | $fn = 256;
base = 4.25;
radius = 60;
inside = 40;
width = 65;
tolerance = .1;
module side(){
translate([-radius - tolerance, -radius * 1.5, width / 2 - tolerance * 2]){
scale([2, 1.55, 1.025])cube(radius * 2);
}
}
difference(){
union(){
translate([0, -radius + base / 2, 0]){
rotate([90, 0, 0]){
cylinder(... | glb/cad_fc5cb206ee1d.glb |
Create a Ford Ranger Next Gen Accessory Panel consisting of two main parts: a front panel and a back panel.
Construct the front panel as a rectangular block measuring 82mm x 102mm x 5.5mm. Add four circular screw holes with a radius of 1.75mm, positioned at the corners: (5, 5), (75, 7), (75, 94), and (5, 97). Around ... | difference(){
union(){
backpanel();
translate([0,0,5.5])frontpanel();
}
union(){
translate([25,30,11.5])rotate([180,0,0])accsocket();
translate([25,70,11.5])rotate([180,0,0])accsocket();
translate([50,12,-34.5])andersondouble();
}
}
module stencil(){
dif... | glb/cad_554ed5548338.glb |
Create a building log with a composite profile. Start with a central rectangular prism that is 9.5mm wide, 18.4mm high, and has a total length of 115.4mm. To this central prism, add a cylinder with a diameter of 18.5mm that runs the full length of the log, but constrain the cylinder so it only exists where it intersect... | rect_height=18.4;
rect_width=9.5;
diameter=18.5;
side_cut=18;
end_len=11.5;
notch_len=19;
gap_len=57.7;
notches=2;
notch_depth=5;
half_piece=false;
half_height=9;
rect_depth=2*end_len + notches*notch_len +(notches-1)*gap_len;
module Log(){
difference() {
union() {
translate([... | glb/cad_eac14cba05cc.glb |
Create a cable holder for a 3D printer X-axis motor. Start by creating a base clip that is 20mm thick, defined by a 2D profile with vertices at [1, 0], [2.4, 0], [3.1, 0.3], [4.5, 1.7], [4.5, 2.5], [3.5, 2.5], [2.5, 3.5], [2.5, 9.3], [43, 9.3], [43, 3.5], [42, 2.5], [41, 2.5], [41, 1.7], [42.4, 0.3], [43.1, 0], [44.5, ... | $fn = $preview ? 60 : 180;
module sv06PlusVerticalBarClamp()
linear_extrude( 20 )
polygon( [ [ 1, 0 ], [ 2.4, 0 ], [ 3.1, 0.3 ], [ 4.5, 1.7 ], [ 4.5, 2.5 ], [ 3.5, 2.5 ], [ 2.5, 3.5 ], [ 2.5, 9.3 ], [ 43, 9.3 ], [ 43, 3.5 ], [ 42, 2.5 ], [ 41, 2.5 ], [ 41, 1.7 ], [ 42.4, 0.3 ], [ 43.1, 0 ], [ 44.5, 0 ], [ 45.5, 1 ]... | glb/cad_709a071c95ea.glb |
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