Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a Manual Joystick Controller case consisting of a main body and a lid.
For the main body, create a rectangular block 72.58mm wide, 72.58mm deep, and 50mm high. Hollow out the center by removing a block 69.58mm wide, 69.58mm deep, and 50mm high, leaving a wall thickness of 1.5mm.
On the top surface, create fi... | $fn=64;
module oberteil()
{
translate ([28.48,-14.7-68.58,0]) difference()
{cube([72.58,72.58,50],center=false);
translate([1.5,1.5,2]) cube([69.58,69.58,50],center=false);
};
translate ([35.56,-17.78,0]) cylinder(h=16,d=5,center=false);
translate ([93.98,-17.78,0]) cylinder(h=16,d=5,center=false);
transl... | glb/cad_7b5a0630ba5f.glb |
Create a Manual Joystick Controller case. Start by creating a main rectangular body 72.58mm wide, 72.58mm deep, and 50mm high. Hollow out the interior by removing a central block 69.58mm wide, 69.58mm deep, and 50mm high, leaving a wall thickness of 1.5mm.
On the top surface, create a circular opening with a diameter ... | $fn=64;
module oberteil()
{
translate ([28.48,-14.7-68.58,0]) difference()
{cube([72.58,72.58,50],center=false);
translate([1.5,1.5,2]) cube([69.58,69.58,50],center=false);
};
translate ([35.56,-17.78,0]) cylinder(h=16,d=6,center=false);
translate ([93.98,-17.78,0]) cylinder(h=16,d=6,center=false);
transl... | glb/cad_ac7f496b6526.glb |
Create a replacement fan for a 500W spindle. Start by constructing a main outer ring that is a cylinder with a diameter of 57mm and a height of 25.4mm, centered on the origin. Hollow out the center of this ring by removing a cylinder with a diameter of 51mm and a height of 42mm.
Inside this ring, create a central hub ... | $fn=64;
module aussen()
{
difference()
{
union() {
minkowski()
{cylinder(d=54,h=22.4, center=true);
sphere(d=3);
}
}
cylinder(d=51,h=42, center=true);
}
};
module fluegel()
{
translate([0,0,2.75]) cylinder (d=15,h=16, center=true);
translate ([10,-10,3.0]) ro... | glb/cad_7f3c5c8ebb2d.glb |
Create a cable management and fan replacement part for a 52mm spindle. Start by creating a central cylinder with a diameter of 35mm and a height of 5mm, centered on the origin. Add a second cylinder with a diameter of 20mm and a height of 5mm, centered vertically, and offset its center to the coordinates (20, 0, 0).
... | $fn=180;
difference() {
union() {
cylinder(d=35, h=5, center=true);
translate ([20,0,0]) cylinder(d=20, h=5, center=true);
};
cylinder(d=25, h=5, center=true);
translate ([20,0,0]) cylinder(d=10, h=5, center=true);
translate ([-15,0,0]) cube([20,20,5], center=true);
... | glb/cad_dca6ed2b91f9.glb |
Create a cable management clamp and fender for a 52mm spindle. Start with a main circular ring that has an outer diameter of 63mm and a thickness of 10mm, centered on the origin. Cut a concentric hole through the center of this ring with a diameter of 53mm.
Extend the assembly by adding a cylindrical cable clamp to o... | difference(){
union() {cylinder(d=63,h=10,center=true);translate ([-32.5,0,0]) cylinder(d=15,h=10,center=true);translate ([36,0,0]) cube ([20,15,10],center=true);translate ([-50,0,10]) cylinder(d=15,h=30,center=true);
translate ([-40,0,0])cube ([8,8,10],center=true);
}
cylinder(d=53,h=10,center=true);
translate ([-... | glb/cad_2a444e5ec5d7.glb |
Create a Moonlamp Base consisting of two main parts: a base and a cap.
For the base, create a primary cylinder with a diameter of 70mm and a height of 1.5mm. On top of this, add a second concentric cylinder with a diameter of 66.5mm and a height of 3mm. Subtract a central vertical cylinder with a diameter of 66.5mm a... | $fn=180;
module base()
{
difference () {
union() {cylinder(d=70,h=1.5,center=false);
cylinder(d=66.5,h=3,center=false);
};
translate ([5.5,0,0]) cylinder(d=5, h=7, center=true);
translate ([-3,0,0]) cube ([3,9,7], center=true);
translate ([0,20,0])cylinder (d=6, h=6,center=true);
translate ([0,-20,0])cylinder (d=6... | glb/cad_6029794991de.glb |
Create an Ender 3 Gantry leveling aid consisting of a vertical plate and a base. Start by creating a main vertical rectangular block that is 5mm wide, 40mm deep, and 115mm tall. Attached to the bottom of this block, create a horizontal base platform that is 25mm wide, 40mm deep, and 5mm thick. From this base platform, ... | b=5.8;
cube([5,40,115],center=false);
cube([25,40,5],center=false);
difference() {
translate([0,7,-b/2]) cube([25,b,3], center=false);
translate([0,7+b-1,-b-1]) rotate ([45,0,0])cube([25,b,3], center=false);
translate([0,9.8,-b+1.5]) rotate ([135,0,0])cube([25,b,3], center=false);
};
difference() {
... | glb/cad_7a3432bb26bd.glb |
Create a cable cover for an Ender 3 with an MKS GEN 1.4 board. Start by constructing a main rectangular base plate measuring 95mm in length, 84.5mm in width, and 2mm in thickness. From this base, extend two vertical walls downward to create a U-shaped enclosure. The first wall is 2mm thick, 84.5mm wide, and 20mm high, ... | $fn=64;
module huelle() {
cube([95,84.5,2],center=false);
translate([0,0,-18]) cube([2,84.5,20],center=false);
translate([93,0,-18]) cube([2,84.5,18],center=false);
translate([93,15,-58]) cube([2,69.5,40],center=false);
};
difference()
{
huelle();
translate ([-5,22.25,-8]) rotate ([0,90,0]) cylinder (d=4.5, h=10)... | glb/cad_680afd0037d5.glb |
Create a whistle consisting of a main body and a separate internal ball. For the body, start with a cylinder 30mm in diameter and 20mm high, centered on the origin. Carve out a central cylindrical chamber 26mm in diameter and 16mm high. Remove a rectangular section from the side of the body measuring 40mm wide, 2.5mm t... | $fn=64;
module body() {
cylinder (h=20,d=30, center=true);
translate ([20,11,0]) cube([40,8,20], center=true);
translate ([-18,0,0])rotate_extrude(convexity = 10) translate([3, 0, 0]) circle(r = 1.5, $fn = 100);
translate ([39,15,0]) cylinder (r=1,h=20, center=true);
}
module ball()
{difference(){
sphere(d=8,center=t... | glb/cad_d1461a38b1e1.glb |
Create a whistle consisting of a main body and a separate internal ball. For the body, start with a cylinder 30mm in diameter and 30mm in height, centered on the origin. Carve out a central cylindrical chamber 26mm in diameter and 26mm in height. From this chamber, remove a rectangular block 40mm wide, 2.5mm thick, and... | $fn=64;
module body() {
cylinder (h=30,d=30, center=true);
translate ([20,11,0]) cube([40,8,30], center=true);
translate ([-18,0,0])rotate_extrude(convexity = 10) translate([3, 0, 0]) circle(r = 1.5, $fn = 100);
translate ([39,15,0]) cylinder (r=1,h=30, center=true);
}
module ball()
{difference(){
sphere(d=8,center=t... | glb/cad_fca1aa9df545.glb |
Create a 5015 to 4010 fan adapter. Start by creating a rectangular base block measuring 39.8mm in length, 9.75mm in width, and 9.75mm in height. Centered on this block, remove a rectangular section to create a hollow passage.
At the top of the base, add a second rectangular section measuring 28mm by 12mm with a height... | $fn=25;
module 4010_fan() {
rotate([90,0,0])
difference() {
cube([39.8,9.75,9.75], center=true);
translate([(39.8/2-2.5),-4.875+2.5,-1.125]) cylinder(d=5,h=6.01);
translate([(39.8/2-2.5),-4.875,-1.125]) cube([5,5,6.01]);
translate([(39.8/2-5),-7.375,-1.125]) cube([5,5,6.01]);
translate([(-39.8/2... | glb/cad_73956e15f7d8.glb |
Create a 5015 to 4010 fan adapter. Start by creating a central rectangular block measuring 28mm wide, 12mm deep, and 8.4mm high.
To form the 4010 fan mounting section, create a larger rectangular frame measuring 39.8mm by 9.75mm by 9.75mm. From this frame, remove a central rectangular section of 5mm by 5mm by 6.01mm,... | $fn=25;
module 4010_fan() {
rotate([90,0,0])
difference() {
cube([39.8,9.75,9.75], center=true);
translate([(39.8/2-2.5),-4.875+2.5,-1.125]) cylinder(d=5,h=6.01);
translate([(39.8/2-2.5),-4.875,-1.125]) cube([5,5,6.01]);
translate([(39.8/2-5),-7.375,-1.125]) cube([5,5,6.01]);
translate([(-39.8/2... | glb/cad_1a680de80313.glb |
Create a hollowed-out rectangular container. Start by constructing a solid block with a footprint of 100mm by 100mm and a height of 30mm. Apply a fillet to all edges of this block using a radius of 11mm to ensure all corners and edges are rounded. Inside this shape, carve out a central rectangular cavity that is 150mm ... | $fn=64;
module block()
{
translate ([0,0,15]) minkowski () {
cube([100,100,30], center=true);
cylinder(d=40,h=0.0001);
}
minkowski() {
cube([100,100,2], center=true);
sphere(d=22, center=true);};
}
module innen()
{
translate([0,0,21]) cube([150,150,40], center=true);
minkowski() {
cube([... | glb/cad_f599fbcd48ac.glb |
Create a heatbed carriage adapter plate. Start with a base rectangular slab measuring 82mm by 53mm with a thickness of 6mm. Round all four corners with a 4mm radius.
On the top surface, create a pattern of eight holes that pass completely through the plate. Position four primary holes at the corners of a rectangle ce... | b=25;
c=25;
module ender_adapter()
{
difference() {
union () {
minkowski() { sphere(4, $fn=64); cube([82, 53, 1], center=true);}
translate ([0,0,1.5]) minkowski() { cylinder(r=4, h=0.001, $fn=64); cube([82, 53, 6], center=true);}
}
translate ([30,20.5, -5]) {cylinder(r=2.5, h=20, $fn=64... | glb/cad_19f4cfb89f31.glb |
Create a heatbed carriage adapter for a linear Y-axis mod. Start with a main block measuring 45mm x 60mm x 43mm, centered on the origin.
From this block, remove a central rectangular section measuring 42.5mm x 32mm x 22.5mm, positioned at [1.25, 15, 11.25]. To create the rounded profile, remove a 45-degree rotated cu... | $fn=100;
module eckig()
{
difference()
{
cube([45,60,43],center=true);
translate([1.25,15,11.25]) cube([42.5,32,22.5],center=true);
translate([-40,-40,-23]) cube([80,80,3],center=false);
translate([-10,15,0]) cube([20.2,32,60],center=true);
translate([10.1,-14.5,10]) cube([20.2,30,20],center=true);
translate([10,1,0])... | glb/cad_f3a2c19bf75e.glb |
Create a Configurable Height Test by constructing a single vertical rectangular prism. The prism must have a square base measuring 10mm by 10mm and a total height of 240mm. | height=240;
cube([10,10,height]); | glb/cad_5f2776ca1b1e.glb |
Create a sensor mount for an 18mm ABL probe. Start by constructing a base plate 3.5mm thick. The footprint of this base is defined by the convex hull of four circles, each with a 5mm radius, positioned at (5, 5), (25, 5), (5, 10), and (27.5, 12.5).
From this base, remove a large central vertical hole to accommodate th... | $fn=100;
module basis()
{linear_extrude(height=3.5)
hull()
{
translate([5, 5, 0])
circle(r=5);
translate([25, 5, 0])
circle(r=5);
translate([(5), 10, 0])
circle(r=5);
translate([27.5, 12.5, 0])
circle(r=2.5);
}
translate ([-4,22,-16.5]) cylinder(h=20, r=12, center=false);
t... | glb/cad_6b3e78425b81.glb |
Create a configurable clamp for a WLANThermo mount. Start by constructing a hollow cylinder with an inner diameter of 31.25mm, an outer diameter of 37.25mm, and a height of 25mm. Cut a vertical slot through the cylinder to create an opening that is 77% of the inner diameter in width. Attach a rectangular flange to one ... | innendurchmesser=31.25;
wandstaerke=3;
breite=25;
oeffnung=0.77;
flanschbreite=15;
flanschhoehe=5;
aussendurchmesser=2*wandstaerke+innendurchmesser;
$fn=100;
module ring() {
difference(){
cylinder (d=aussendurchmesser,h=breite);
cylinder (d=innendurchmesser,h=breite);
translate ([-oeffnung*innendurchmesse... | glb/cad_846fb8dd5435.glb |
Create a WLANThermo Nano mount consisting of two separate parts: a thermometer holder and a handle clamp.
For the holder, create a rounded rectangular sleeve with an outer width of 111mm and a total height of 44mm. The walls should be 3mm thick. The bottom is a solid plate 6mm thick. Inside this base, center a hexagon... | bodenstaerke=6;
wandstaerke=3;
haltenase=1.5;
breite=105;
hoehe=36.5;
toleranz=0.5;
name="WLANThermo";
$fn=100;
basisradius=25;
basisbreite=105;
radius=basisradius*breite/basisbreite;
ausschnitt=breite-2*radius;
breite_klammer=breite+2*wandstaerke+2*toleranz;
hoehe_klammer=hoehe+toleranz+bodenstaerke+haltenase;
breit... | glb/cad_b126eb7a8dce.glb |
Create a tripod adapter mount consisting of a base foot and a top plate. Start by creating the base foot as a polyhedron with a rectangular bottom measuring 24mm wide by 40mm long. The top of this foot should taper inward to a width of 24mm and a length of 31mm, with a total thickness of 6.25mm.
On top of this base, c... | translate (0,0,0);
Laenge_Fuss_unten = 40;
Laenge_Fuss_oben = 31;
Versatz = (Laenge_Fuss_unten - Laenge_Fuss_oben)/2;
Gesamtdicke = 10;
Breite_Fuss = 24;
Dicke_Fuss = 6.25;
Breite_Oberteil = 30;
Laenge_Oberteil = 42;
Dicke_Oberteil = Gesamtdicke - Dicke_Fuss;
Rand_gerade = (Breite_Fuss - Breite_Oberteil)/2;
Rand_schrae... | glb/cad_eb422089330a.glb |
Create a tripod adapter mount consisting of a base foot and a top plate. Start by creating the base foot as a polyhedron with a width of 44mm and a thickness of 5mm. The bottom face is a rectangle 44mm wide by 44.5mm long. The top face of this base is smaller, measuring 38mm wide by 37mm long, centered on the base to c... | translate (0,0,0);
Laenge_Fuss_unten = 44.5;
Laenge_Fuss_oben = 37;
Versatz = (Laenge_Fuss_unten - Laenge_Fuss_oben)/2;
Gesamtdicke = 10;
Breite_Fuss = 44;
Dicke_Fuss = 5;
Breite_Oberteil = 38;
Laenge_Oberteil = 32;
Dicke_Oberteil = Gesamtdicke - Dicke_Fuss;
Rand_gerade = (Breite_Fuss - Breite_Oberteil)/2;
Rand_schraeg... | glb/cad_b64fe552ea3a.glb |
Create a Mini Greenhouse clip consisting of a main body and a central cutout. Start with a cylinder 10mm high with a radius of 5.5mm. Add two hull-shaped extensions to the sides: one created by joining a cylinder of radius 7mm and two smaller cylinders of radius 1mm positioned at [15, -3.5, 0] and [15, 3.5, 0], and ano... | translate([25, -10])
MeltMount();
translate([-15, -10])
mirror([1, 0, 0])
MeltMount();
translate([25, -10])
GlueMount();
translate([-15, -10])
!mirror([1, 0, 0])
GlueMount();
Clip();
module Octagon(width, corners = (1 + sqrt(2))) {
a = width / corners;
polygon([
[width/2, -0.5*a],
[0.5*a, -w... | glb/cad_1edb7ccfefe3.glb |
Create a Right Angle Ruler by forming an L-shaped base from two intersecting rectangular prisms. Start with one prism measuring 120mm in length, 30mm in width, and 5mm in height. Join this to a second prism of the same 5mm height, measuring 30mm in width and 120mm in length, positioned perpendicularly to create a squar... | difference()
{
union()
{
translate([0,0,0])
cube([120,30,5]);
cube([30,120,5]);
translate([0,0,5])
cube([120,4,7]);
}
translate([32,32,0])
cylinder(d=8,h=12,center=true, $fn=90);
translate([15,15,0])
cylinder(d=6,h=12,$fn=90, center=true);
} | glb/cad_fc34c7546f92.glb |
Create a dive computer model. Start with a main cylindrical body that has a radius of 22.5mm and a height of 10.9mm. On the top surface of this cylinder, center a smaller circular indentation with a radius of 21mm and a depth of 0.9mm.
Within this top circular area, add three lines of embossed text. The first line sho... | dive_computer();
module dive_computer(){
difference(){
union(){
cylinder( h = 10+0.9, r = 45/2, $fn=60);
difference(){
translate([-35/2,-50/2,0]) cube([ 35,50, 10]);
translate([-40/2,50/2-2,10]) rotate([-45,0,0]) cube([ 40,4, 4]);
translate([-40/2,-50/2-4,10]) rotate([-45,0,0]) cube([ 40,4, 4]);
}
}
transla... | glb/cad_2af0dc7122a2.glb |
Create a bushing by constructing a hollow cylinder with an outer radius of 13mm and an inner radius of 10mm. The object should have a total height of 20mm. Ensure the inner hole is centered and passes completely through the cylinder to create a uniform wall thickness of 3mm. | difference(){
translate([0,0,0]) cylinder( h = 20, r = 13, $fn=60);
translate([0,0,0]) cylinder( h = 20, r = 10, $fn=60);
} | glb/cad_ec1fca68da01.glb |
Create a scuba diver weight belt by constructing a curved, hollowed-out ring. Start with a large cylinder that has a radius of 150mm and a height of 60mm. From this, remove a smaller concentric cylinder with a radius of 145mm and the same height of 60mm to create a thin circular wall.
To create the slots for weights,... | resolution=60;
module belt(){
difference(){
translate([-10,140,0]) cube([ 20,25, 30 ]);
translate([0,0,8]) cylinder( h = 60, r = 155, $fn=resolution);
translate([-10,140+25-15,8]) cube([ 20,7, 30 ]);
cylinder( h = 60, r = 145, $fn=resolution);
}
difference(){
cylinder( h = 60, r = 150, $fn=resolution);
cylinder( h = ... | glb/cad_858e8f0658fc.glb |
Create a scuba diver regulator consisting of two symmetrical mirrored components. For the upper section, create a cylinder with a radius of 30mm and a height of 15mm. On top of this cylinder, add a second tapered cylinder (frustum) with a bottom radius of 30mm, a top radius of 25mm, and a height of 8mm. Centered on the... | letter = "D";
module regulator_upper(){
difference(){
union(){
cylinder( h = 15, r = 30, $fn=60);
translate([0,0,15]) cylinder( h = 8, r1=30, r2 = 25, $fn=60);
translate([-50,0,7.5-1]) rotate([0,90,0]) cylinder( h = 30, r = 7.5, $fn=60);
translate([-33,0,7.5-1]) rotate([0,90,0])cylinder( h = 5, r = 10, $fn=60);
}
tr... | glb/cad_3c0459ddd123.glb |
Create a scuba diver air tank regulator. Start by placing two vertical cylinders with a radius of 7.5mm and a height of 30mm, positioned 110mm apart. At the base of each cylinder, add a wider, shorter cylindrical cap with a radius of 10mm and a height of 5mm. Connect these two assemblies with a horizontal cylinder of r... | distance = 110;
air_tank_regulator();
module indicator(){
difference(){
cylinder( h = 15+2.5+0.6+0.6, r = 30, $fn=60);
difference(){
translate([0,0,15+2.5])cylinder( h = 0,6, r = 25, $fn=60);
translate([-30,0,15+2.5])cube([ 60,30, 5]);
translate([0,0,15+2.5])rotate([0,0,-30])cube([ 60,30, 5]);
}
translate([0,0,15+2... | glb/cad_a865ebb0a9f5.glb |
Create a scuba diver costume harness lower piece. Start by creating a main rectangular base measuring 130mm in width, 5mm in depth, and 15mm in height. From this base, remove a central rectangular section measuring 35mm wide, 20mm deep, and 5mm high, but leave a small margin by centering a cutout of 25mm wide, 15mm dee... | harness_lower();
module harness_lower(){
translate([-130/2,0,0]) cube([130,5, 15 ]);
difference(){
translate([-35/2,0,0]) cube([35,5+10+5+2, 5 ]);
translate([-25/2,5+1,0]) cube([25,10+3, 5 ]);
}
difference(){
translate([-110/2,0,0]) cube([30,25, 5 ]);
translate([-110/2+4,5,0]) cube([22,3, 5 ]);
translate([-110/2+4,5+6... | glb/cad_6b963ccb7088.glb |
Create a trash barrel lid fix consisting of a main rectangular plate and two snap-on rings.
First, create the main plate as a rectangular slab 180mm long, 30mm wide, and 5mm thick. Center a rectangular cutout in the plate that is 34.5mm long and 5mm wide. Place two 4.2mm diameter screw holes through the plate, positi... | $fn = 64;
LENGTH = 180;
WIDTH = 30;
HOLE_DIAMETER = 29;
THICKNESS = 5;
PEG_DIAMETER = 5;
SCREW_HOLE_DIAMETER = 4.2;
SLOT_TOLERANCE = 0.25;
translate([HOLE_DIAMETER,0,0])
ring();
translate([-HOLE_DIAMETER,0,0])
ring();
module ring() {
translate([0,WIDTH*1.25,THICKNESS/2]) difference() {
hull() {
... | glb/cad_5d52668f262e.glb |
Create a screw mount for a base slider by constructing a main body and a supporting wedge. Start with a rectangular block 12mm long, 8mm wide, and 4mm thick, with all four vertical corners rounded to a 1mm radius. Attached to the side of this block, create a wedge-shaped support that is 8mm wide and 4mm thick, angled a... | width = 8;
length = 12;
thickness = 4;
angle = 14.8;
hyp = 8;
points = [[-hyp * cos(90-angle), hyp*sin(90-angle)],[0,0],[hyp,0]];
echo(points);
$fn=50;
difference() {
union() {
rotate(90,[1,0,0])
translate([0,0,-width])
linear_extrude(width)
polygon(points=points,
paths=[... | glb/cad_e716f0910a24.glb |
Create a mini dinner plate by constructing a thin cylinder with a diameter of 30mm and a height of 0.6mm. To add the rim detail, create a concentric ring on the top surface with an outer diameter of 14mm and an inner diameter of 12mm, with a depth of 1mm. | $fs=0.3;
$fa=3;
Output = "Plate";
if(Output == "Table")
round_table();
else if(Output == "Plate")
plate();
else if(Output == "Bowl")
bowl();
else if(Output == "Cup")
cup();
else if(Output == "Fork")
fork();
else if(Output == "Chopstick")
chopstick();
else if(Output == "Plate Die 1")
plate_die_1();
else i... | glb/cad_4caffe3bd840.glb |
Create a Bandsaw Throat Plate by starting with a main cylindrical disk 69.8mm in diameter and 4mm thick.
Cut a central rectangular channel through the disk that is 53.4mm long and 5.8mm wide. At the ends of this channel, create 45-degree angled carve-outs that transition from the channel width to the plate's thicknes... | RENDER = "plate";
DIAMETER = 69.8;
HEIGHT = 4;
CHANNEL_WIDTH = 5.8;
CHANNEL_LENGTH = 53.4;
CHANNEL_OFFSET = 0.0;
STUD_TOP = true;
STUD_BOTTOM = true;
STUD_REAR = false;
STUD_DIAMETER_BASE = 3;
STUD_DIAMETER_TOP = 2.9;
STUD_HEIGHT = 2;
STUD_INSET = 1.5;
NOTCH_DIAMETER = 4;
NOTCH_TOP = false;
NOTCH_BOTTOM ... | glb/cad_407f6b2af603.glb |
Create a blade fastening screw consisting of a tiered cylindrical base and a threaded shaft. Start with a wide circular base 37mm in diameter and 2mm thick. Centered on top of this base, add a second cylinder 24mm in diameter and 2mm thick. Above that, add a third cylinder 23mm in diameter and 2mm thick. On top of the ... | include <threads.scad>;
$fn = 100;
union() {
difference() {
cylinder(h=2, r1=37/2, r2=37/2);
cube([18, 2.2, 4], center=true);
}
translate([0, 0, 2])
cylinder(h=2, r1=24/2, r2=23/2);
translate([0, 0, 4])
cylinder(h=2, r1=23/2, r2=19/2);
translate([0, 0, 2 + 2 + 2])
... | glb/cad_a33bf2d9f1a0.glb |
Create a blade fastening screw by combining a central rectangular block with two cylindrical end caps. Start with a base rectangular plate measuring 17.2mm in length, 1.6mm in height, and 1mm in width, centered on the origin. Atop this base, add a second rectangular block measuring 14.7mm in length, 5mm in width, and 8... | $fn = 100;
difference() {
union() {
cube([17.2, 1.6, 1], center=true);
translate([0, 0, (8 + 1) / 2])
cube([(17.2 - 2.5), 5, 8], center=true);
translate([(17.6 - 2.5)/2, 0, 1 / 2])
cylinder(h=8, r=2.5);
translate([-(17.6 - 2.5)/2, 0, 1 / 2])
cylin... | glb/cad_537fbeb7892e.glb |
Create a leveling and measuring tool consisting of a rectangular block and a matching threaded bolt.
First, construct the block as a rectangular prism 20mm wide, 20mm deep, and 70mm tall. Remove a vertical internal cylindrical hole with a 9mm diameter and a length of 60mm, centered at X=10mm and Y=10mm, starting from... | use <threads.scad>;
height = 70;
width = 20;
thread_diameter = 9;
thread_slop = 0.4;
module block() {
difference() {
color("Red")
cube([width, width, height]);
group() {
translate([width / 2, width / 2, width / 2])
metric_thread(diameter=thread_diameter, internal=true, length=height - wi... | glb/cad_38f615edcc49.glb |
Create four identical model wheels for a forklift. Each wheel starts as a cylinder with a diameter of 4.7mm and a height of 1.2mm. Remove a central cylindrical core with a diameter of 3.2mm and a depth of 0.5mm from the top face to create a rim. Around the outer perimeter, carve 24 evenly spaced radial grooves. Each gr... | $fn = 64;
wheel_grooves = 24;
wheel_diameter = 4.7;
wheel_height = 1.2;
rim_inset = 0.5;
rim_diameter = 3.2;
groove_size = 0.3;
groove_offset = wheel_diameter / 2;
hubcap_diameter = 1.6;
hubcap_height = 0.2;
module wheel() {
difference() {
cylinder(d=wheel_diameter, h=wheel_height);
group() {
translate... | glb/cad_1e1039d24194.glb |
Create a skeleton lens protector for an Insta360 One X2. Start with a main outer body that is 62mm wide, 21mm deep, and 55mm tall. The walls should be 1mm thick. The interior is hollowed out by removing a central block 61mm wide, 20mm deep, and 55mm tall, starting from a 1mm offset from the bottom and sides.
At the t... | intersection() {
difference() {
union() {
minkowski() {
translate([1,1,0]) cube([62-2,21-2,54]);
cylinder(d=4,h=1, $fn=60);
}
translate([62/2,21/2,55-28]) hull($fn=90) {
sphere(d=34);
cylinder(d=33,h=28, $fn=120);
}
hull() {
translate([61,0.5,1]) #cube([2,21-1,19.01... | glb/cad_32a3897c3749.glb |
Create a cable label plate consisting of eleven identical rectangular labels arranged in a vertical column, joined by a central spine. Each individual label is a rectangular prism measuring 44.7mm in length, 3.7mm in width, and 1mm in height. These labels are spaced evenly along a vertical axis, with the center of each... | $fn = 30;
difference()
{
union()
{
for(i=[0:6:60])
{
translate([17,i,0.5]) cube([22.7,3.7,1],center=true);
hull()
{
translate([17,i,0.5]) cube([22.7,1.0,1],center=true);
translate([17,i,1.0]) cube([20.0,1.0,2],center=true);
}
translate([-17,i,0.5]) cube([22.7,3... | glb/cad_63b28a5ab8ae.glb |
Create a Square of Binomial puzzle by assembling several rectangular prisms and cubes into a larger composite cube. Start with a small base cube of 4mm x 4mm x 4mm. Add three different rectangular prisms with a consistent thickness of 4mm: one measuring 4mm x 4mm x 10mm, one measuring 10mm x 4mm x 4mm, and one measurin... | a=4;
b=10;
c=a+b;
color("red"){
cube([a,a,a]);
}
translate([0,0,a+1])
color("green"){
cube([a,a,b]);
}
translate([a+1,0,0])
color("green"){
cube([b,a,a]);
}
translate([a+1,0,a+1])
color("gold"){
cube([b,a,b]);
}
translate([0,a+1,0])
color("salmon"){
cube([a,b,a]);
}
translate([0,a+1,a+1]... | glb/cad_e1c54867633b.glb |
Create a Prusa house by starting with a hexagonal prism base that is 10mm in diameter and 10mm in height. The top of this base is capped with a hexagonal pyramid of the same diameter and height, created by the intersection of three cylinders of 10mm diameter and 10mm height, each rotated 60 degrees relative to the othe... | $fn=16;
d1=10;
doorD=1.2;
winD=.6;
not=0.001;
d(){
t([0,0,d1*sin(14)]) dice();
t([-d1,-d1,-d1]) cube([2*d1,2*d1,d1]);
door();
for(z=[0,d1/4]) for(a=[0,60,120,180,240,300]) for(m=[0,1]) tr([0,0,z],a) mirror([0,m,0]) window();
}
module door(){
d2=doorD;
tr([d1/10,d1*sin(30)*cos(180/6)-0.2+not,d2*1.2],[0,90,90]) h... | glb/cad_3ca2d0286afa.glb |
Create a mount for a soft-start module by constructing a main rectangular body with a total height of 20mm. The base is formed by combining a cylinder with a 16mm diameter and 2mm height, a rectangular block measuring 16mm by 50mm by 2mm, and a larger block measuring 47mm by 36mm by 20mm. To refine the edges, apply a 5... | $fn=60;
module body()
{
union()
{cylinder(d=16,h=2,center=false);
translate([-8,-50,0]) cube([16,50,2],center=false);
translate([-47+8,-50,0]) cube([47,36,19],center=false);
translate([-59.5+8,-50+8+2.5,0]) minkowski(){cube([57,15,2],center=false); cylinder(d=5,h=0.00001);}
};
};
module body_big()
{
union()
{cy... | glb/cad_9f457dbb43e2.glb |
Create a template for door handles by constructing a rectangular base 120mm wide and 18mm high with a total thickness of 7.7mm. The main body should be a solid block, but the top 6mm of the height should be a thin strip only 1mm thick, creating a stepped profile. Cut a narrow vertical slot 2mm wide through the center o... | $fn = 100;
width = 120;
height = 18;
hole_diameter = 1;
difference(){
union(){
linear_extrude(6){
translate([0,height-1,0]){
square([width,1]);
}
}
linear_extrude(1.7){
difference(){
square([width,height]);
... | glb/cad_5dbf150e674d.glb |
Create a Parametric Modular Honeycomb Organizer consisting of a sheared honeycomb grid attached to a solid base. The overall structure has a height of 85mm.
First, construct a honeycomb grid with 12 rows and 4 columns. Each hexagonal cell must have an internal diameter of 18mm and a wall thickness of 1.4mm. The grid ... | use <dot/shear.scad>;
use <honeycomb.scad>;
height = 85;
diameter = 18;
base = 4.3;
wall = 1.4;
back = 1.4;
rows = 12;
columns = 4;
shear_angle = 75;
id=diameter;
od=diameter+wall;
bw=od*rows*cos(30);
sh_y=height*cos(shear_angle);
difference() {
shear(sy = [0,cos(shear_angle)]) {
translate(honeycomb_orig... | glb/cad_b87062663a18.glb |
Create a Radius Gauge tool with a thickness of 2mm. The base geometry is derived from a radius of 7.17mm (calculated as 9/32 inches scaled by 25.4).
Construct the main body by combining several shapes: a cylinder with a 7.17mm radius, and several rectangular blocks of 2mm thickness. Arrange these to form a flat profi... | RadiusNumerator = 9;
RadiusDenominator = 32;
number = RadiusNumerator;
unit = str("/",RadiusDenominator,"in");
scale = 25.4/RadiusDenominator;
Thickness = 2;
TextDepth = 1;
HoleDiameter = 8;
CurveResolution = 180;
radius = number * scale;
diameter = radius * 2;
minimumWidth = .75 * 25.4;
width = max(diameter, min... | glb/cad_aaa170943506.glb |
Create a calibration snowflake consisting of a central hub with radiating arms. The model is based on a set of target distances: 75mm and 210mm. For each of these two distances, create a pair of opposing rectangular bars, each 5mm wide and 5mm thick, centered on the origin. Position these bars so that the distance betw... | distances = [75,210];
width = 5;
count = 4;
stepdeg = 180/count;
maxdist = distances[0];
for(dist = [0,1,len(distances)-1]){
distance = distances[dist];
if(distance > maxdist) {
maxdist = distance;
}
radius = distance/2;
for(c = [0:1:count-1]){
rotate(a = c*stepdeg, v = [0,0,1]){
... | glb/cad_d5ca16c9c526.glb |
Create a Basic Altoids Nozzle Holder Insert by starting with a solid rectangular block measuring 50.8mm in width, 76.2mm in length, and 20mm in height. Remove fifteen cylindrical holes, each with a radius of 6.5mm and a depth of 25mm, arranged in a 3x5 grid. The holes should be positioned at x-coordinates of 7.5mm, 22.... | nozzle_labels = "0.25 0.3 0.4 0.6 0.8";
difference() {
cube([50.8,76.2,20]);
union() {
for(i=[1:1:5]) {
translate([7.5,i*15-7,-2]){
cylinder(25,6.5,6.5, $fn = 360);
}
}
for(i=[1:1:5]) {
translate([22.5,i*15-7,-2]){
... | glb/cad_0a5770efd0f4.glb |
Create a caulk cartridge stand by starting with a solid square block measuring 170mm x 170mm x 51mm. In this block, carve out a 3x3 grid of nine circular holes, each with a diameter of 50mm and a depth of 200mm. Position the holes so that the outer edges of the grid are offset from the block's sides by 5mm, and the cen... | difference() {
cube([3 * 50 + 4 * 5, 3 * 50 + 4 * 5, 50 + 1]);
translate([5 + 50 / 2, 5 + 50 / 2, 1])
for (x = [0 : 2])
for (y = [0 : 2])
translate([x * (50 + 5), y * (50 + 5)])
cylinder(d = 50, h = 200);
} | glb/cad_6f2a0c7461c8.glb |
Create a 3D placeholder for an ISD1820 Recording/Speaker Module PCB. Start with a base rectangular plate measuring 43mm in length, 39.75mm in width, and 1.75mm in thickness. Center the plate and remove four cylindrical mounting holes with a radius of 1.5mm, positioned near each corner with an inset of 2.25mm from the e... | s = 1;
fn1 = 60;
pcb_l = 43;
pcb_w = 39.75;
pcb_t = 1.75;
pcb_hr = 1.5;
pcb_hi = 2.25;
icsl = 18;
icsw = 10;
icsh = 6.75-1.75;
icsx = -pcb_l/2+16;
icsy = pcb_w/2-icw-11;
m1h = 8.5-1.75;
m1r = 9.75/2;
m1x = -pcb_l/2+m1r+8.5;
m1y = pcb_w/2-m1r-.75;
c1h = 10.5-1.75;
c1r = 2;
c1x = pcb_l/2-11.5;
c1y = -pcb_w/2+13.5;
... | glb/cad_888aff3e4f7c.glb |
Create a square game board for Quarto with overall outer dimensions of 131x131x6 mm. Start by creating a solid square base measuring 131x131x3 mm. On top of this base, add a perimeter frame that is 3 mm wide and 3 mm high, running along all four outer edges. Within this frame, construct a grid of 4x4 equal square compa... | cube ([131,131,3]);
translate ([0,0,3])
cube ([3,131,3]);
translate ([0,0,3])
cube ([131,3,3]);
translate ([128,0,3])
cube ([3,131,3]);
translate ([0,128,3])
cube ([131,3,3]);
translate ([32,0,3])
cube ([3,131,2]);
translate ([64,0,3])
cube ([3,131,2]);
translate ([96,0,3])
cube ([3,131,2]);
translate ([0,32,3])
cube... | glb/cad_a3575cf2e781.glb |
Create a watering spout lid for a bottle. Start by creating a cylindrical base with an outer diameter of 43mm and a height of 22.25mm. The walls of this cylinder should be 2.2mm thick. Inside this base, incorporate a threaded internal structure with a thread width of 3mm and a height of 5mm per thread, repeating every ... | $fn=64;
tol = 0.4;
layer_height = 0.2;
sodastream_diameter = 43;
lid_lock_diameter = 22;
lid_height = 20.75+1.5;
spout_length = 70;
spout_opening_diameter = 12;
spout_opening_thickness = 1;
spout_holes_r = 1;
spout_holes_num = 6;
module spout(h,endd,eth) {
difference() {
cylinder(
h,
... | glb/cad_c843c69a62d7.glb |
Create a Customizable Nozzle Box consisting of a base and a lid.
Construct the base as a rectangular block with a height of 8mm. The base must feature a grid of nozzle holes arranged in 3 rows with 6 nozzles per row. Each hole should be a circle with a radius of 3.2mm (diameter of 6.4mm) and a depth that penetrates t... | use <fontmetrics.scad>;
Number_Of_Rows = 3;
Nozzles_Per_Row = 6;
Distance_Between_Nozzles = 10;
Nozzle_Hole_Type = "Circle";
Lid_Type = "Simple";
Lid_Design = "Hexagon";
Lid_Design_Depth = 0.5;
Design_Spacing = 1;
Hexagon_Size = 6;
Grid_Size = 4;
Random_Abstract_Density = 4;
Image = "Example.svg";
Image_Scale = 0.... | glb/cad_f64d65d270e3.glb |
Create a button on screw by constructing a wide, flat base and a central raised sleeve. Start with a cylinder 25mm in diameter and 4mm high. Centered on top of this base, add a second, narrower cylinder with a diameter of 6mm and a height of 8mm. Finally, bore a 3mm diameter hole vertically through the center of both c... | difference() {
union() {
cylinder(d=25, h=4);
cylinder(d=6, h=8);
}
cylinder(d=3, h=100);
} | glb/cad_0a0757510fd7.glb |
Create a garage door opener enclosure with an outer shell measuring 86.3mm wide, 29mm high, and 35mm deep. The main body is a rounded box with a corner radius of 6mm. The shell has a wall thickness of 1.5mm, and the interior is hollowed out, leaving a solid back panel.
On the front faceplate, create four circular open... | height = 29;
width = 86.3;
depth = 35;
reduction = 2;
radius = 6;
thickness = 1.5;
points=[[radius,radius,radius],[radius,height-radius,radius],[radius+reduction,height-radius-reduction,depth],[radius+reduction,radius+reduction,depth],[width-radius,radius,radius],[width-radius,height-radius,radius],[width-radius-reduct... | glb/cad_8139f413d9d6.glb |
Create a round parametric mesh screen with a total diameter of 102mm and a thickness of 0.2mm. The screen consists of a grid of intersecting lines and a surrounding circular frame.
First, construct the mesh grid by creating a series of parallel lines 0.5mm wide, spaced 3mm apart from center to center. Create one set o... | meshLineWidth = 0.5;
sliceHeight = 0.2;
pitch = 3;
diameter = 102;
frameWidth = 2;
frameHeight = 0.4;
radius = diameter/2;
module mesh () {
for (i = [-diameter:pitch:diameter]) {
translate ([i, 0, 0.5*sliceHeight]) cube([meshLineWidth, 1.1*diameter, sliceHeight], center=true);
}
for (i = [-diam... | glb/cad_fd9ac1bd51c8.glb |
Create a headset holder designed to clamp onto a table edge. The main structure is a C-shaped bracket with a thickness of 1mm.
Construct the bracket using a combination of rectangular sections. Create a horizontal base section that is 57mm long and 1mm thick. From the ends of this base, extend two vertical arms upwar... | include <lib/BOSL2/std.scad>;
include <lib/BOSL2/beziers.scad>;
module celtic(length, height, depth = 10) {
module drawCurve(curve, shift, depth = 10) {
right(shift) {
color("red", 1.0) move_copies(bezier_curve(curve, 80)) cylinder(h = depth, r = 2, center = true);
}
}
module upside() {
translat... | glb/cad_277d372982b9.glb |
Create a Strong IKEA Ivar Shelf Mount consisting of a base plate and an integrated vertical support. Start with a rectangular base plate measuring 45mm by 41.85mm with a thickness of 16mm. At the top edge of this plate, attach a vertical extension that is 25mm wide and 120mm long, extending the total height to 26mm. Wi... | left_right_y=19.2;
top_bottom_z=25.5;
out_left_y=6.7;
ladder_y=45;
ladder_z=18;
ladder_x=16;
pin_length=14;
pin=6;
pin_tolerance=0.35;
pin_diameter=pin+pin_tolerance;
$fn=70;
module pin(){
cylinder(h=pin_length,r=pin_diameter/2);
}
module two_pin(){
pin();
translate([top_bottom_z+pin_diameter+0.2,0,0])... | glb/cad_963932eaf39c.glb |
Create a WS2811 strip holder clip by constructing a main body and removing a specific internal volume. Start with a base block that is 30mm long, 10mm wide, and 11.6mm high. On top of this base, add a second rectangular block that is 30mm long, 5.0mm high, and 11.6mm wide, positioned so it sits flush with the back and ... | led_width=10.6;
led_height=4.2;
led_wall=0.4;
holder_length=30;
holder_height=10;
cutout_width=8.7;
module HolderBase(l, w, h){
polyhedron(
points=[[0,0,0], [l,0,0], [l,w,0], [0,w,0], [0,w,h], [l,w,h]],
faces=[[0,1,2,3],[5,4,3,2],[0,4,5,1],[0,3,4],[5,2,1]]
);
... | glb/cad_6f3070df6a4f.glb |
Create a hook for hanging electronics on a vertical board. Start by constructing a U-shaped bracket with a material thickness of 5mm. The bracket consists of a bottom horizontal beam and a top horizontal beam, both measuring 45mm in length and 15mm in width. These are connected by a vertical beam that is 15mm wide and ... | innercavityZ = 11;
hookthickness = 5;
hookX = 45;
hookY = 15;
mushroomhead = 7.5;
mushroomstem = 4;
mushroomstemheight = 4;
mushroomheadheight = 2;
$fn = 50;
union () {
translate ([hookthickness,0,0]) {
cube ([hookX,hookY,hookthickness], center = false);
}
cube ([hookthickness,hookY,ho... | glb/cad_91a2ad48724c.glb |
Create an E3D v6 adapter for a MendelMax printer. Start with a base rectangular block 60mm long, 30mm wide, and 5mm high, with all four vertical edges rounded to a 2mm radius. On top of this base, center a cylindrical protrusion with a radius of 19mm and a height of 12mm.
Remove a central vertical hole with a 4mm diam... | $fn = 80;
HEIGHT = 5;
LENGTH = 60;
WIDTH = 30;
HOLE_FROM_MIDDLE = 25;
HOLE_R = 2.5;
m4_diameter = 5;
MIDDLE_HEIGHT = 12;
MIDDLE_R = 19;
dM3 = 3.5;
module rounded_cube(x, y, z, r) {
translate([r,r,0])
minkowski() {
cylinder(r=r, h=z-1);
cube([x-2*r, y-2*r, 1]);
}
}
difference() {
union() {
translate([-LEN... | glb/cad_30c8cc35d37c.glb |
Create an E3D v6 for MendelMax adapter. Start by creating a primary cylindrical ring with an outer diameter of 38mm, an inner diameter of 16mm, and a height of 10mm. On top of this, add a second concentric ring with an outer diameter of 18mm and an inner diameter of 12mm, with a height of 6mm.
From this combined struc... | $fn = 90;
PHI= 3.1415926535897932384626433832795028841971;
Clearance = 0.4;
Abstand_M3 = 23;
Gap = 1.5;
dM3 = 3 + Clearance;
LayerHeight= 0.0;
jHeadD1= 16;
jHeadH1= 6;
jHeadD2= 12;
dSrewHead= 6.0 + Clearance;
dHexM3 = 6.2 + Clearance;
MOUNT_HOLE_DIST = 35/2;
LENGTH = 60;
WIDTH = 30;
module oval(w,h, height, cente... | glb/cad_02202298a6b3.glb |
Create a 3.5-inch HDD tray caddy designed to hold two 2.5-inch SSDs. Start with a solid rectangular base measuring 145mm in length, 101.6mm in width, and 24.4mm in height.
Carve out two internal rectangular voids for the SSDs, each measuring 100.5mm by 70.1mm with a height of 9.5mm. Position these voids symmetrically... | hdd_length=145;
hdd_width=101.6;
hdd_height=24.4;
ssd_length=100.5;
ssd_width=70.1;
ssd_height=9.5;
space_height=(hdd_height-ssd_height*2)/3;
hdd_center=(hdd_width/2-ssd_width/2);
$fn=60;
radius = 9;
latticeWidth = 4;
latticeLength = 6;
spacing = 3;
height = hdd_height;
module hdd_cage (){
cube([hdd_length,hdd... | glb/cad_236aef0a27a7.glb |
Create a Shaver Adaptor for Vacuum Cleaner consisting of a hollowed cylindrical body and a rectangular base. Start by creating a main cylinder with a radius of 26.5mm and a height of 85mm, centered on the X-axis. Hollow out the center of this cylinder with a smaller concentric hole of radius 24.5mm and a height of 90mm... | rotate(a=180,v=[1000,0,0]){
rotate(a=90,v=[0,1000,0]){
difference(){
difference(){
difference(){
difference(){
difference(){
difference(){
group(){
translate([42.5,0,0]){
rotate([0,-90,0]){cylinder($fn=100,h=85... | glb/cad_0fd1f84d9458.glb |
Create a Shaver Adaptor for a vacuum cleaner by constructing a rectangular sleeve with a hollow center. Start with a solid block measuring 2mm in width, 61mm in length, and 25mm in height. From this main body, remove a central rectangular channel that runs the full length of the object, with a cross-section of 10mm by ... | rotate(a=180,v=[1000,0,0]){
rotate(a=-90,v=[0,1000,0]){
difference(){
translate([1,0,-12.5]){
cube([2,61,25],center=true);
}
translate([0,0,-12.5]){
translate([-0,-22.4,-0]){
translate([-0,-0,-5.5]){
cube([10,8.2,8],center=true);
}
transl... | glb/cad_615fbcef48a6.glb |
Create a vacuum cleaner adapter consisting of two stacked cylindrical sections.
The base section is a hollow cylinder with an outer radius of 17.5mm and a height of 40mm. This base must have a central hole with a radius of 16.05mm. At the top of this base, create a tapered transition (a frustum) that narrows from a r... | rotate(a=180,v=[1000,0,0]){
group(){
difference(){
difference(){
group(){
difference(){
translate([0,0,-20]){
rotate(a=-90,v=[0,1000,0]){
rotate([0,-90,0]){cylinder($fn=100,h=40,r=17.5,center=true);}
}
}
rotate... | glb/cad_dc8307ddf385.glb |
Create a vacuum cleaner handle extension consisting of a hollow cylindrical body with a slight taper.
Start by creating a main hollow cylinder with an outer radius of 19.2mm and an inner radius of 16.05mm. This section should have a total length of 42mm. Below this, add a tapered transition section that is 28mm long,... | rotate(a=180,v=[1000,0,0]){
group(){
translate([-54.9495,0,-70]){
rotate(a=2.5,v=[0,1000,0]){
difference(){
difference(){
translate([54.9495,0,0]){
difference(){
rotate(a=-90,v=[0,1000,0]){
rotate([0,-90,0]){cylinder($fn=100,h=20,... | glb/cad_7c0ec817cdb9.glb |
Create a mount for a vacuum pipe and floor nozzle. Start with a main rectangular block measuring 81.6mm by 70.4mm by 60mm. From this block, remove a central rectangular section of 100mm by 2.7mm by 20mm and a smaller section of 100mm by 3.7mm by 4.8mm. Additionally, remove a larger rectangular volume of 100mm by 10mm b... | rotate(a=180,v=[1000,0,0]){
rotate(a=90,v=[0,1000,0]){
difference(){
difference(){
difference(){
difference(){
group(){
difference(){
difference(){
translate([0,2,3]){
translate([0,-35.2,-30]){
... | glb/cad_60b61a83bae7.glb |
Create a deflector for blinds by combining three geometric components. Start with a rectangular base measuring 15mm wide, 35mm long, and 1.2mm thick. Attach a vertical rectangular back wall to one end of the base; this wall should be 15mm wide, 5mm deep, and 8.2mm high. Finally, add a horizontal semi-cylindrical deflec... | base_x=15;
base_y=35;
base_z=1.2;
back_y=5;
deflector_r=base_x/2;
deflector_y=base_y-back_y;
deflector_z=8;
full_z=base_z+deflector_r*2+1;
$fn=120;
module base(){
cube([base_x,base_y,base_z]);
}
module back(){
cube([base_x,back_y,full_z]);
}
module deflector(){
rotate([0,90,90]){
cylinder(h=defle... | glb/cad_b33b8186ea86.glb |
Create a Keyboard Cleaning Vac Nozzle consisting of a cylindrical base and a flat, wide cleaning head.
Start with a hollow cylindrical adapter with an outer diameter of 38.2mm and an inner diameter of 33.3mm, extending 20mm in height. At the top of this cylinder, transition into a wide, thin rectangular nozzle head. ... | rotate(a=180,v=[1000,0,0]){
group(){
difference(){
difference(){
group(){
difference(){
group(){
translate([0,0,-10]){
polyhedron([[-27.5,-5,-10],[-18.6,-5,10],[-18.6,5,10],[-27.5,5,-10],[27.5,-5,-10],[27.5,5,-10],[18.6,5,10],[18.6,-5,10]],[[0,1,2,... | glb/cad_e0d9479d8669.glb |
Create a toothbrush and water-flosser head holder. Start with a solid rectangular base with rounded corners, measuring approximately 42.5mm by 75mm with a height of 38mm.
On the top surface, create two vertical cylindrical holes with a diameter of 7.3mm to hold water-flosser heads; position these holes so they are sp... | picDia = 7.3;
picheight = 38;
picRawSpace = 12;
picXMargin = 10;
picYMargin=6.5;
head=18.75;
headGap=4;
headRise=8;
standwidth=42.5;
standlength=54.75;
coordWidth=8;
drain=3;
tiny=0.01;
picSpace = picRawSpace+headGap;
rad=2;
module RoundedSquare(v, r) {
hull(){
for(ix = [0,1], iy = [0,1]){
tran... | glb/cad_c9bc7c7054de.glb |
Create a heel support shaped as a flat, rounded wedge. Start by creating a base plate that is 76.2mm long, 76.2mm wide, and 12.7mm thick. The footprint of this plate should be a square with two adjacent sides rounded into semi-circles with a diameter of 76.2mm, resulting in a shape that is rounded on one end and flat o... | function in(a) = a * 25.4;
wid = in(3.0);
len = in(4.5);
hei = in(0.5);
tiny = 0.01;
$fn=200;
module triangularPrism3(l, w, h){
polyhedron(points=[[0,0,0], [l,0,0], [l,w,0], [0,w,0], [0,w,h], [l,w,h]],
faces=[[0,1,2,3],[5,4,3,2],[0,4,5,1],[0,3,4],[5,2,1]]);
}
module base(){
translate([0, wid/2])circle... | glb/cad_ba6bedf07602.glb |
Create a test tube stand consisting of a central cylindrical holder and three radiating legs. Start by creating a solid cylinder with an outer diameter of 31.8mm and a height of 15mm. Remove a concentric cylindrical hole from the center with a diameter of 25.5mm, extending through the entire height, to create a ring wi... | insideDia=25.4;
clearance=0.1;
wellHeight = 15;
dia= insideDia+clearance;
wall=3;
diskOuter=4*25.4;
$fn=180;
module leg(){
$fn=16;
heig=4*25.4;
dia=6;
rotate([25,0,0]){
cylinder(d=dia,h=heig);
translate([0,0,heig])sphere(d=dia);
}
}
module solidHolder(){
cylinder(d=insideDia+2*wall, h= wellHeig... | glb/cad_6fd2d6512295.glb |
Create a test tube collet for rooting seedlings. Start by creating a solid cylinder with a diameter of 25.24mm and a height of 3mm to serve as the base flange. On top of this base, add a second cylinder with a diameter of 25.24mm and a height of 15mm. Bore a central hole through both cylinders with a diameter of 7mm, b... | wall=3;
innerDia=22.7;
outerDia=25.24;
clearance=0.4;
tiny=0.01;
plugZ=15;
holeDia=7;
$fn=360;
module testTube() {
difference(){
cylinder(d=outerDia+2*clearance, h=100);
translate([0, 0, -tiny])cylinder(d=innerDia-2*clearance, h=102);
}
}
module fullPlug(){
difference(){
union(){
cylinder(d=ou... | glb/cad_908a20f6b0ff.glb |
Create an extract box designed to hold four bottles in a single row. Each bottle cell is based on a rectangular footprint of 26mm by 48mm, which includes a 2mm margin around a 22mm by 44mm bottle base.
For each cell, construct a floor consisting of a 26mm by 48mm rectangular plate with a thickness of 2mm. The floor s... | bottleWidth = 22.0;
bottleLength = 44.0;
wallHeight = 30.;
margin = 2.0;
postDim = 2.0;
XBottles = 4;
YBottles = 1;
epsilon = 0.01;
botWidth = bottleWidth + 2*margin;
botLength = bottleLength + 2*margin;
module risers(){
for(y=[0:3], x=[0:2]){
if(x != 1 || y == 0 || y == 3){
translate([x*(botWidth ... | glb/cad_9583a9e5d2aa.glb |
Create a replacement clasp for shears by constructing a hollowed-out rectangular block with a total height of 7.9mm. The overall outer dimensions of the block should be 14.58mm in width (X), 7.9mm in depth (Y), and 7.9mm in height (Z).
Carve out a central void from the top and bottom to create two outer walls, each 2... | clipZ = 7.9;
clipInnerX = 9.08;
clipLowerY = 3.9;
epsilon = 0.01;
lip = 0.9;
wall = 1.4;
outerWall = 0.5*5;
module halfVoid(){
translate([outerWall, wall/2, -epsilon]){
cube([clipInnerX, clipLowerY, clipZ+2*epsilon]);
}
translate([outerWall+lip, wall/2 + clipLowerY -epsilon, -epsilon]){
cube([clipInnerX-... | glb/cad_e588c84feed2.glb |
Create two separate components to adapt a folding laptop stand for holding a tablet in portrait mode: a shelf and a slat.
First, create the shelf as a symmetrical object centered on the X-axis. The main body is a rectangular base 187mm long, 20mm wide, and 2.2mm thick. From the bottom of this base, remove a central re... | part = "all";
slatX = 187;
slatY = 11;
slatZ = 2.2;
triangleInner=13/2;
triangleWidth = 2;
shelfBaseX = 187;
shelfBaseY = 20;
shelfBaseZ = 2.2;
shelfCut = 13;
shelfUnderCut = 13;
module halfShelf() {
translate([0, 0, 0]){
cube([shelfBaseX/2, shelfBaseY, shelfBaseZ]);
}
translate([0, 0, -shelfBaseZ*2]){
... | glb/cad_ad1fb85e3799.glb |
Create a baking extract caddy designed to hold six bottles. Start by constructing a rectangular outer box with a total width of 142mm (calculated as 6 bottles at 22mm each plus 5 dividers at 2mm each), a length of 104mm, and a wall height of 30mm. The walls should be 2mm thick.
Hollow out the center of the box to crea... | numBottles = 6;
bottleWidth = 22;
bottleLength = 100;
bottleHeight = 40;
shoulderHeight = 12;
shoulderLength = 18;
dividerHeight = bottleHeight*0.5;
dividerWidth = 2;
wallWidth = 2;
wallHeight = bottleHeight*0.75;
epsilon = 0.0001;
module extractBoxBase() {
innerBoxWidth = bottleWidth*numBottles+dividerWidth*(nu... | glb/cad_2bc09f02edfd.glb |
Create a twisted triangular vase with a total height of 72mm. The main body is formed by extruding an equilateral triangle with a diameter of 87.5mm. If a wall thickness is specified, create a hollow shell by subtracting a smaller concentric triangle from the center; otherwise, treat it as a single-wall surface.
The v... | vaseHeight = 70;
vaseDiameter = 87.5;
numSlices = 120;
wallThickness=2;
mode = "sin";
module sin_extrude(height, twist, slices) {
dh = height/slices;
for(i = [0:slices - 1]) {
dt = twist*sin(-90*(i/slices));
translate([0, 0, i*dh]) {
rotate([0, 0, dt]){
linear_extrude(height=dh,twist=0,s... | glb/cad_804278a05c29.glb |
Create a Guide Rail Parallel Stop by starting with a cylinder of radius 25mm and height 30mm, centered on the X-axis and shifted 15mm along the Z-axis. From this main body, remove a large central block to create a flat-sided profile.
Cut a vertical hole through the center of the shape using an octagonal prism with a ... | color([0.2,0.8,0.2,1]){
rotate(a=90,v=[0,1000,0]){
difference(){
difference(){
difference(){
difference(){
group(){
translate([0,0,15.5]){
translate([15,0,0]){
rotate([0,-90,0]){cylinder($fn=100,h=30,r=25,center=true);}
... | glb/cad_9b2c56da6f67.glb |
Create a Guide Rail Parallel Stop by constructing a main block and removing specific geometric volumes. Start with a solid cube of 100mm x 100mm x 100mm.
From this block, remove a large central section to leave a remaining structure that is 30mm wide and 31mm tall. Within this remaining structure, create a cylindrica... | color([0.2,0.8,0.2,1]){
rotate(a=-90,v=[0,1000,0]){
difference(){
difference(){
translate([-170,0,0]){
difference(){
difference(){
difference(){
difference(){
difference(){
translate([0,0,15.5]){
... | glb/cad_1de0d1b03a85.glb |
Create a Guide Rail Parallel Stop. Start with a main block that is 9.3mm wide, 31mm deep, and 50mm high.
On the front face of this block, center a vertical hole that is 5.41mm in diameter and passes completely through the part.
At the bottom of the block, create a rectangular protrusion that is 8.5mm wide and 2mm h... | color([0.2,0.9,0.7,1]){
rotate(a=-90,v=[1000,0,0]){
difference(){
translate([-170,0,0]){
difference(){
difference(){
difference(){
intersection(){
group(){
translate([-0.8,0,0]){
translate([0,0,40.5]){
... | glb/cad_047e1baa8f97.glb |
Create a Guide Rail Parallel Stop by starting with a central block that is 100mm wide, 100mm deep, and 100mm tall. From this block, remove a large section to leave a semi-cylindrical profile with a radius of 25mm, centered 15mm from the side.
Within this geometry, create a primary circular hole with a radius of 5.41m... | color([0.2,0.8,0.8,1]){
rotate(a=-90,v=[0,1000,0]){
translate([-30,0,0]){
difference(){
difference(){
difference(){
difference(){
difference(){
difference(){
translate([0,0,15.5]){
translate([15,0,0]){
... | glb/cad_96d4f76723da.glb |
Create a Guide Rail Parallel Stop consisting of a central cylindrical body with a scalloped outer profile and a hollow core. Start by creating a main cylinder with a radius of 9.5mm and a height of 2mm, which transitions into a larger cylindrical section with a radius of 7.5mm and a height of 30mm.
Within this main b... | color([0.2,0.8,0.2,1]){
color([0.2,0.8,0.2,1]){
rotate(a=90,v=[1000,0,0]){
difference(){
translate([15,0,26]){
translate([0,-16.7,0]){
translate([0,-7.5,0]){
rotate(a=90,v=[0,0,1000]){
rotate(a=180,v=[0,0,1000]){
translate([-7.5,0... | glb/cad_9226627c15be.glb |
Create a Yarn Winder Cone consisting of a tapered central shaft and a cylindrical base.
The central shaft is a truncated cone with a length of 94mm. It tapers from a large end diameter of 16mm at the base to a small end diameter of 14mm at the top. Around the base of this shaft, add six equidistant radial fins. Each ... | kind="all";
$fn=120;
manualSmallEndDia=13.5;
manualLargeEndDia=16;
manualLength=160;
otherSmallEndDia=14;
otherLength=94;
innerDia = 46;
thicknessKludge=1;
thickness1 = 2.3;
height1 = 25.75+7;
keyLength=20;
keyThickness=3.3;
keyheight=4;
minusKeyHeight=3;
finLength=18;
finThickeness=0.4*3;
nutWasherDia=16;
epsilon... | glb/cad_0b24b0d193ec.glb |
Create a Shopvac China Cyclone Hose Adaptor consisting of a rectangular base plate with rounded corners and two vertical cylindrical holes. Start with a solid rectangular block measuring 45.4mm in width, 38.3mm in depth, and 7mm in height.
Subtract a central rectangular void from the top of the block. Within the rema... | translate([0,0,-150]){
translate([30,-30,0]){
color([0.9,0.9,0.3,1]){
scale([-1,1,1]){
difference(){
difference(){
difference(){
difference(){
difference(){
difference(){
difference(){
dif... | glb/cad_cee686c296d6.glb |
Create a shop vacuum hose adaptor consisting of a series of concentric cylindrical shells. Start by creating a main outer tapered sleeve that is 33mm long, with an outer radius that tapers from 29.561mm at the center to 28.553mm at the ends. Hollow this out by removing a concentric inner cylinder that tapers from 28.16... | color([0.8,0.2,0.2,1]){
rotate(a=90,v=[0,1000,0]){
translate([20,0,0]){
translate([3,0,0]){
translate([10,0,0]){
translate([12,0,0]){
translate([16.5,0,0]){
difference(){
rotate([0,-90,0]){cylinder($fn=100,h=33,r2=29.561,r1=28.553,center=true);}
... | glb/cad_3ab929bd39f6.glb |
Create a set of two hose and pipe adaptors for a shop vacuum and cyclone.
For each adaptor, create a main cylindrical body. The outer profile should be a truncated cone (frustum) that transitions from a larger diameter at the base to a smaller diameter at the top to ensure a friction fit. The base of the adaptor shou... | translate([0,0,-150]){
translate([0,-79.9,0]){
color([0.8,0.8,0.4,1]){
rotate(a=-90,v=[1000,0,0]){
difference(){
difference(){
difference(){
difference(){
difference(){
intersection(){
intersection(){
... | glb/cad_73ae4e3e7e5f.glb |
Create a Shopvac China Cyclone Hose Adaptor consisting of a series of concentric cylindrical shells. Start by creating a main hollow cylinder with a height of 45mm, an outer radius of 31.311mm at one end tapering slightly to 29.9365mm at the other, and an inner bore of 29.911mm tapering to 28.5365mm.
Add a thin cylin... | translate([0,0,150]){
color([0.8,0.2,0.8,1]){
rotate(a=90,v=[0,1000,0]){
translate([-26,0,0]){
translate([20,0,0]){
translate([3,0,0]){
translate([3,0,0]){
translate([22.5,0,0]){
difference(){
rotate([0,-90,0]){cylinder($fn=100,h=... | glb/cad_32dd71ac656c.glb |
Create a set of hose and pipe adaptors for a shop vacuum. The primary component is a rectangular block with rounded edges, measuring 45.4mm by 38.3mm by 7mm. From this base, remove a central rectangular volume of 10.5mm by 10.5mm by 114.9mm.
Within this central void, create a cylindrical bore with a radius of 7.01mm ... | translate([0,0,-150]){
translate([-30,-30,0]){
color([0.9,0.9,0.3,1]){
difference(){
difference(){
difference(){
difference(){
difference(){
difference(){
difference(){
difference(){
diffe... | glb/cad_cf39d3c864ff.glb |
Create a 3D model of the Printables logo with a total width of 10mm and a depth of 12.5mm. The logo consists of two combined geometric sections extruded to a height of 0.4mm.
The first section is a modified hexagon located at the top. Define this shape using a set of vertices: one at the top center, two extending outw... | $vpr=[90 - atan(sin(45)),0,45]*1;
$vpd= 600 + 12;
Width = 10;
Depth = 12.5;
Logo_offset = 0;
Logo_height = 0.4;
Mirror_logo = false;
function polygon_apothem( n = 5, r = 1 ) = r * cos( 180 / n );
function polygon_radius( n = 4, side = 0, apothem = 0 ) = side > 0 ?
side / ( 2 * sin( 180 / n ) ) : apothem / ... | glb/cad_bc148607e357.glb |
Create a Home Automation Switch Stand Case. The main body is a hollowed-out wedge shape with a wall thickness of 3mm. The front face is a rounded square measuring 86mm by 86mm, while the back face is a smaller rounded square measuring 43mm by 43mm. The case depth is 86mm, and the side walls are angled at 30 degrees.
O... | CASE_THICKNESS = 3;
CASE_FRONT_WIDTH = 86;
CASE_FRONT_HEIGHT = 86;
CASE_BACK_WIDTH = CASE_FRONT_WIDTH / 2;
CASE_BACK_HEIGHT = CASE_FRONT_WIDTH / 2;
CASE_DEPTH = 86;
CASE_ANGLE = 30;
POWER_SOCKET_RADIUS = 7.8 / 2;
TAB_THICKNESS = 5;
TAB_WIDTH = 6;
TAB_HEIGHT = 13;
SCREW_RADIUS = 3.2 / 2;
SCREW_OFFSET = TAB_HEIGHT - 3;... | glb/cad_d93221dd1d79.glb |
Create a Tesla Wall Charger Plug Holder with a cable hook. Start with a main rectangular body that is 35mm wide, 65mm high, and 35mm deep, featuring rounded corners with an 8mm radius.
In the center of the top face, create a recessed receptacle for the charger plug. This opening is formed by a complex polygon shape t... | $fn=50;
width = 35;
height = 65;
holeheight = 68;
depth = 35;
tilt = 50;
module charger_end(h){
scale([25.4/90, -25.4/90, 1])
linear_extrude(height=h)
polygon([[-3.005779, 62.149426], [-11.7874005, 61.287234], [-16.569022, 60.425044], [-24.15456, 58.591569], [-29.740098, 56.758094], [-37.0017835, 54.01129... | glb/cad_1bfec7dc8026.glb |
Create a Tesla Wall Charger Plug Holder with an integrated cable hook. Start with a main rectangular base plate measuring 35mm wide by 65mm high and 1mm thick, with rounded corners (8mm radius).
On top of this base, build a main housing box that is 35mm wide, 65mm high, and 35mm deep, also featuring 8mm rounded corne... | $fn=50;
width = 35;
height = 65;
holeheight = 68;
depth = 35;
tilt = 50;
module charger_end(h){
scale([25.4/90, -25.4/90, 1]) union()
{
linear_extrude(height=h)
polygon([[-3.005779, 62.149426], [-11.7874005, 61.287234], [-16.569022, 60.425044], [-24.15456, 58.591569], [-29.740098, 56.758094], [-37.00178... | glb/cad_65046dec7a8b.glb |
Create a Tesla Wall Charger Plug Holder with a cable hook. Start by creating a main rectangular body with rounded corners, measuring 35mm wide, 65mm high, and 35mm deep.
In the center of the body, carve out a large receptacle for the charger plug. This opening should be tilted at a 50-degree angle and follow the spec... | $fn=50;
width = 35;
height = 65;
holeheight = 68;
depth = 35;
tilt = 50;
module charger_end(h){
scale([25.4/90, -25.4/90, 1]) union()
{
linear_extrude(height=h)
polygon([[-3.005779, 62.149426], [-11.7874005, 61.287234], [-16.569022, 60.425044], [-24.15456, 58.591569], [-29.740098, 56.758094], [-37.00178... | glb/cad_39cfc818363b.glb |
Create a GoPro Ball Joint to Rod Mount consisting of two separate components.
First, create a rod mount by designing a cylinder with an outer diameter of 27.7mm and an inner hole of 12.7mm, both 15mm high. This cylinder is integrated into a rectangular block 27.7mm wide and 15mm deep. Cut two transverse holes through ... | $fn = 50;
ph = 15;
bjd = 12;
bjmh = 11.4;
module Screw(sd
, sh
, shd
, shh ) {
union()
{
translate([0,0,-.1])
cylinder(r=shd/2, h=shh+.1);
cylinder(r=sd/2, h=sh);
}
}
module RodMountHalf() {
id = 12.7;
od = id + 15;
mntW = od + 5;
... | glb/cad_b2e47248c74d.glb |
Create a Customizable Test Tower consisting of four stacked levels. Each level is 16mm high, 10mm deep, and 16mm wide.
For each level, start with a main rectangular block on the left measuring 16mm wide, 10mm deep, and 16mm high. Attached to the right side of this block, add an overhang structure that is 16mm wide, 1... | start = 240;
increment = 10;
direction = -1;
num = 4;
bridge_length = 20;
bridge_height = 1;
size = 16;
depth = 10;
module separator() {
linear_extrude(height=1) {
polygon(
points = [
[0, 0],
[2, 0],
[2, 0.5],
[0, 2.5]
... | glb/cad_b82004bcab47.glb |
Create a Cardboard Tube Sword Guard consisting of two concentric parts: a wide circular guard and a twisted securing ring. First, create the guard by rotating a specific profile around a central axis. This profile starts at the center with a height of 10mm, extends outward to a radius of 30mm with a thickness of 3mm, a... | use <scad-utils/morphology.scad>
tube_diameter = 41.9;
guard_radius_offset = 30.0;
tab_width = 1.0;
tab_depth = 0.4;
spiral_wavelength = 100.0;
ring_thickness = 1;
guard_thickness = 3;
grip_height = 10;
$fn=101;
module ring() {
linear_extrude(height=grip_height, twist=-360*grip_height/spiral_wavelength) union() ... | glb/cad_a5201a2b7ca3.glb |
Create a ball and socket joint gripper. The main body is a circular ring with an outer radius of 16.75mm and an inner radius of 15.25mm, resulting in a wall thickness of 1.5mm and a total part width of 5mm.
The ring is not a complete circle; it features a gap defined by a grip angle of 18 degrees. Within the thicknes... | use <ball_joint.scad>
use <scad-utils/morphology.scad>
radius = 16;
grip_angle = 18;
teeth = 5;
tooth_height = 1.2;
tooth_spacing = 2;
width = 5;
thickness = 1.4;
ball_x_max = 11;
$fn = 101;
module gripper_teeth(teeth, height, spacing) {
for (i=[0:teeth - 1]) {
translate([i*spacing, 0]) polygon([[0, 0], [... | glb/cad_8b9acb9600ec.glb |
Create a Ball and Socket Joint consisting of two main components: a socket and a ball.
First, construct the socket. Create a hollow sphere with an outer diameter of 16mm and a wall thickness of 1.8mm. Cut a 120-degree opening into the sphere to allow the ball to enter. To provide flexibility and grip, create two perpe... | use <scad-utils/morphology.scad>
use <dimple.scad>
$fn=101;
module socket_wall(diameter, wall_thickness, opening_angle) {
r = diameter / 2;
rounding(r=wall_thickness * 0.499) difference() {
circle(r=r);
circle(r=r - wall_thickness);
rotate(90 - opening_angle / 2) square(r);
}
}
... | glb/cad_613803743d3f.glb |
Create a hexagonal base for a ball and socket joint system. The base is a flat hexagonal plate with a total height of 3mm and a radius of 90mm.
Across the top surface of the base, create a grid of hexagonal pits to act as detents. These pits are created by removing small hexagonal cylinders with a radius of 3mm and a... | use <scad-utils/morphology.scad>
use <ball_joint.scad>
$fn = 101;
sides = 6;
lower_radius = 90;
upper_radius = 85;
ball_radius = 5.5;
module rounded_edge(radius, height) {
scale([1, 1, height / (radius + height)]) minkowski() {
children();
difference() {
sphere(radius);
tra... | glb/cad_cf7f69410fd4.glb |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.