Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a game insert for "Stich für Stich" consisting of several trays and dividers designed to fit within a main box of 194mm x 194mm x 49mm.
First, create a cards tray with outer dimensions of 92mm x 61mm and a height of 22mm. The tray should have a base thickness of 3mm and an interior cavity of 88mm x 57mm x 19mm.... | include <BOSL2/std.scad>
include <BOSL2/joiners.scad>
part = "all";
$fn = $preview ? 32 : 64;
wall = 1;
bottom = 3;
safe = 0.2;
holder = 0;
box_xy = 194;
box_z = 49;
cb_z = 2.1;
lid_z = 4;
takeout_d = 20;
takeout_y = 6;
flt_o = 2;
flt_i = 1;
rack_x = 76;
rack_y = 191;
rack_z = 35;
rack_x_out = b... | glb/cad_95d61bf29fbc.glb |
Create a customizable place card and keyring pendant. For each name, create 3D extruded text with a height of 9.5mm and a font size of 16mm. The letters should be connected by a thin rectangular base bar with a height of 3.8mm (40% of the text height) to ensure the name remains a single solid piece.
At the start of th... | textstr="Josef Průša;Joel Kinnaman;Mads Mikkelsen;Álvaro Morte";
fontname="Spicy Rice";
BaseType="Connecting_bar";
textsize=16;
textheight=9.5;
connecting_base_height_percent=.2;
connecting_base_height=textheight*connecting_base_height_percent;
connecting_bar_height_percent=.4;
connecting_bar_height=textheight*co... | glb/cad_9b71ef30a343.glb |
Create an under-desk mount for an OWC Mercury Helios 3S. Start by constructing a rectangular frame with an outer dimension of 156mm by 86mm and an inner cutout of 146mm by 76mm, resulting in a wall thickness of 5mm. Extrude this frame to a height of 18mm. At each of the four outer corners of the frame, add a triangular... | deviceWidth = 146;
deviceHeight = 76;
footHeight = 5;
bracketWidth = 18;
bracketHeight = 5;
triangleDepth = 5;
triangleSize = bracketWidth * 1.25;
overallWidth = deviceWidth+(bracketHeight*2);
overallHeight = deviceHeight+(bracketHeight*2);
tabSize = bracketWidth;
holeSize = 3;
$fn=50;
linear_extrude(bracketWidth... | glb/cad_86165c32c7ad.glb |
Create a Power Test MKV benchmark model consisting of a layered base and overlapping beams. Start with a base plate formed by the convex hull of four cylinders with a radius of 2.5mm, positioned at coordinates (-3, 3), (-3, -3), (28, 3), and (28, -3), with a total height of 5mm.
On top of this, add a central rectangu... | maindia=10;
thi=5;
dist=25;
hdis=6;
sth=47;
csth=26;
cra=2;
enr=2.5;
rcor=(maindia/2-enr);
mkpd=01;
*translate([-2,0,0]) cylinder(r=maindia/2+2,h=0.5
,$fn=sth);
* translate([dist+2,0,0]) cylinder(r=maindia/2+2,h=0.5,$fn=sth);
if(mkpd==1)
hull(){
translate([dist/2,0,0]) rcube(xs=dist+15,ys=maindia,rr=enr,hh... | glb/cad_92339b15ee61.glb |
Create a hexagonal display shelf consisting of a tessellated grid of hexagonal cells. Each individual cell is a hollow hexagonal prism with a wall thickness of 1.2mm and a depth of 40mm. The outer diameter of each hexagon is approximately 43.3mm.
Arrange the cells in a staggered honeycomb pattern with 4 columns and 4... | height_of_shelf=150;
xnum=4;
ynum=4;
wallthickness=1.2;
height=40;
width=(height_of_shelf*1.1547005/ynum)+ wallthickness;
hexrad=width/2;
movx=sqrt(3)*hexrad-wallthickness;
movy=hexrad*1.5;
echo(width);
module hex()
{
difference()
{
translate([-hexrad/2+wallthickness,movx/2,0]) cylinder(height,hexrad,... | glb/cad_e78ba8b97586.glb |
Create an ammonite fossil stand consisting of a rectangular base and a supporting post. Start by creating a rectangular base 55mm wide, 33.9mm deep, and 3mm thick, with all corners rounded to a 5mm radius. In the center of this base, carve out a cylindrical slot with a diameter of 10mm and a depth of 3mm to act as a cr... | $fn=64;
ammonite_dia=50;
ammonite_thickness=10;
base_width=55;
post_width=8;
post_mov=5;
base_thickness=3;
rad=5;
rot=15;
base_depth=base_width/1.618;
difference()
{
minkowski()
{
cube([base_width-rad,base_depth-rad,base_thickness-0.01],center=true);
cylinder(0.01,rad/2,rad/2);
}
... | glb/cad_58e682cc39f5.glb |
Create a Homeoffice Cup Holder consisting of a main cylindrical vessel and an integrated clamping mechanism. The main body is a hollow cylinder with an outer radius of 46mm and a height of 70mm, featuring a wall thickness of 3mm. At the base, add a thin ring with a radius of 46mm and a height of 1mm.
To create the cla... | use <MyLibrary.scad>;
use <threads.scad>;
$fn=75;
cupr=46;
cuph=70;
cuphandl=12;
th=3;
cuphold();
module cuphold(){
translate([0,0,1]) #rotate_extrude() translate([cupr,0,]) circle(1);
difference(){
union(){
clamp();
cylinder(r=cupr,h=cuph);
translate([0,0,cuph]) rotate_extrude() translate([... | glb/cad_d1bd2af43a17.glb |
Create a sleek business and credit card holder. Start by creating a solid rectangular block with an outer dimension of 90mm in length, 61mm in width, and 14mm in thickness.
Hollow out the center to create a slot for cards that is 86mm long, 57mm wide, and 10mm deep, leaving a wall thickness of approximately 2mm on th... | Length = 86;
Width = 57;
Height = 10;
Variant = "Alternative";
Logo = "";
Rotation = 0;
Offset = 0;
DPI = 170;
Diameter = 24;
Rounding = 8;
module BusinessCardCase(length, width, height, logo, rotation, logo_offset, logo_dpi, diameter, rounding)
{
major_finger_radius = diameter/2;
minor_finger_radius ... | glb/cad_cb9c036beadb.glb |
Create a circular separator for a filament spool with an outer diameter of 53mm and a total height of 15mm. The main body is a solid cylinder of 53mm diameter and 15mm height. From the bottom of this cylinder, remove a smaller concentric cylinder with a diameter of 49mm and a height of 20mm to create a hollow base. Aro... | SpoolOpeningDia=53;
Cap=0;
difference(){
union(){
cylinder(h=15,d=SpoolOpeningDia);
translate([0,0,5])
rotate_extrude(angle=360)
translate([(SpoolOpeningDia/2)-2.5,0,0])
difference(){
translate([2.5,2.5,0])
circle(d=5);
square([2.5,5]);
}
}
translate([0,0,-1])
cylinder(h=20,d=SpoolOpeningDia-4);
}
i... | glb/cad_ce15349050d0.glb |
Create a drawer for a filament spool by constructing a hollowed-out cylinder with a height of 55mm. The outer diameter of the cylinder should be 194mm and the inner diameter 90mm. To create the open face of the drawer, remove a rectangular section from the side of the cylinder that spans the full height of 55mm and ext... | SpoolInner=90;
SpoolOuter=194;
DrawerHeight=55;
Nozzle=.4;
Walls=3;
Removal=0;
difference(){
union(){
Base(SpoolInner,SpoolOuter,DrawerHeight,Nozzle,Walls);
translate([0,-SpoolOuter/2,0])
cube([Walls*Nozzle,SpoolOuter/2-SpoolInner/2,DrawerHeight]);
translate([SpoolInner/2,-Walls*Nozzle,0])
cu... | glb/cad_6737e564582c.glb |
Create a wall-mounted sheet holder designed to hold six sheets. Start with a solid rectangular block that has a rounded front face, created by subtracting a large donut-shaped cylinder from the main body.
Carve six staggered rectangular slots into the block to hold the sheets. Each slot should be 1.8mm wide, with a 1... | $fn = 96;
numSheets = 6;
sheetLength = 100;
sheetGap = 1.8;
sheetOffset = 12;
wall = 1.8;
screwHead = 3;
screwD2 = 6.4;
screwD1 = 3.6;
screwD3 = screwD2+2;
base = screwHead+wall;
block = [base+numSheets*(sheetGap+wall),
base+sheetLength+sheetOffset*numSheets,
base+sheetLeng... | glb/cad_30b8aedb3338.glb |
Create a laundry detergent scoop by constructing a hollowed-out vessel with a wall thickness of 1.2mm. Start with a main body formed by a hull connecting a cylinder with a radius of 26.2mm and a height of 46.2mm to a small cylinder with a radius of 8mm and a height of 1.2mm, positioned at coordinates [30, 0, 45]. Hollo... | $fn = 64;
radius = 25;
height = 45;
wall=1.2;
difference() {
union() {
hull() {
cylinder(h=height+wall, r=radius+wall);
translate([radius*1.2,0,height]) cylinder(h=wall, r=8);
}
difference() {
hull() {
translate([-radius-12,0,height]) cylinder(h=wall, r=radius/2);
trans... | glb/cad_50b578dafc42.glb |
Create a Gaciron V9C GoPro mount adapter. Start by constructing a base foot that is 33mm long and 20mm wide. The foot should have a tiered profile: a bottom layer 1.3mm high and 20mm wide, a middle layer 2.5mm high and 15mm wide, and a top layer 4.5mm high and 12.5mm wide. At the rear of the foot, add a tab that extend... | foot_l = 33;
foot_w = 20;
foot_w1 = 15;
foot_w2 = 12.5;
foot_w3 = 7;
foot_h1 = 1.3;
foot_h2 = 2.5;
foot_h3 = 4.5;
tab_h = 1.5;
tab_l = 45;
gap_h = 3.5;
gap_w = 8;
gap_gap = 0.5;
$fn = 32;
module foot() {
difference () {
union () {
hull() {
translate([0, -foot_w/2, 0]) cube([foot... | glb/cad_843ead49f5db.glb |
Create a pickle jar lid stacker designed to hold lids with an inner diameter of 90mm. Start by creating a circular base with a total diameter of 100mm and a thickness of 5mm. From this base, extend four identical vertical walls, each 100mm tall and 5mm thick. Each wall should be a curved segment covering a 40-degree ar... | $fa = 3;
$fs = 0.2;
d_in = 90;
h = 100;
wall_strength = 5;
wall_angle = 40;
wall_count = 4;
cylinder(h=wall_strength/2, d1=d_in + wall_strength, d2=d_in + 2*wall_strength);
translate([0, 0, wall_strength/2]) cylinder(h=wall_strength/2, d=d_in+2*wall_strength);
for (i = [0:wall_count-1]) {
translate([0, 0, wa... | glb/cad_fc3a2448c78e.glb |
Create a replacement knob for a Calor Kosangas single burner. The main body is a revolved shape with a total height of 29mm. The outer profile is defined by a circle with a 1mm radius and a rectangle 6mm wide and 2mm high, positioned 12.5mm from the center, which is then rotated 360 degrees to create a tapered cylinder... | include <BOSL2/std.scad>
include <text_on.scad>
$fn=90;
radius = 8.5;
chars = "CALOR KOSANGAS ";
difference(){
rotate_extrude(convexity = 10)
translate([12.5, 0, 0])
union(){
circle(r = 1);
translate([-6,-1,0])
square([6,2]);}
translate([0,0,-1.0])
linear_extrude(0.4)
revolve_text(radius, chars);
}
translate([0,0,1... | glb/cad_c9c84fe8c910.glb |
Create a fossil shark tooth stand consisting of a flat rectangular base and a vertical support post.
Start with a rectangular base 80mm wide, 40mm deep, and 2mm thick, with rounded corners using a 10mm radius. Centered on this base, create a vertical cylindrical post with a diameter of 10mm. The post should extend up... | $fn=64;
fossil_height=100;
fossil_width=80;
fossil_thickness=15;
base_thickness=2;
base_width=80;
base_depth=40;
post_thickness=10;
rot=12;
post_movy=-4.5;
post_movx=0;
base_mov=0;
bump=0;
bumpx=4;
bumpy=8;
bumpz=6;
bump_x_location=15;
cut_off_top=1;
cut_height=70;
radius=10;
fh=fossil_height;
fw=fo... | glb/cad_9ea2b7e407b2.glb |
Create a 3D model of a Trefoil Knot by sweeping a circle along a specific parametric path. The sweeping profile is a circle with a radius of 65mm, defined by 48 points.
The path of the knot is defined by the following parametric equations for $t$ ranging from 0 to 360 degrees:
$x = 200 \cdot (2 + \cos(3t)) \cdot \cos(... | j_list= [ 3, 3, 5, 4, 10,120, 45];
k_list= [ 2, 4, 6, 13, 4, 3, 4];
l_list= [ 3, 3, 1, 2, 5, 4, 4];
cr_list=[ 65, 65, 20, 30, 30, 40, 20];
cp_list=[ 48, 48, 48, 21, 48, 48, 48];
zs_list=[ 1, 2,0.2,2.2,2.5, 3, 3];
demo=1;
j=j_list[demo-1];
k=k_list[demo-1];
l=l_list[demo-1];
cr=cr_list[demo-1];
cp=... | glb/cad_49ca638e7ba5.glb |
Create a Belemnite fossil stand consisting of a circular base and a supporting post. Start by creating a cylindrical base plate with a diameter of 30mm and a thickness of 3mm. Position a vertical cylindrical post with a diameter of 8mm and a height of 40mm so that it stands upright on the base, shifted 5mm back from th... | $fn=64;
hole_dia=8;
base_dia=30;
base_thickness=3;
post_height=40;
post_dia=8;
move_post=5;
move_hole=5;
difference()
{
cylinder(base_thickness,base_dia/2,base_dia/2);
translate([0,move_hole,1])cylinder(base_thickness+1,hole_dia/2,hole_dia/2);
}
difference()
{
translate([0,-move_post,0])cylin... | glb/cad_9ec7f3c58b09.glb |
Create a wall mount for a power strip by starting with a solid rectangular block measuring 30mm in depth, 108.5mm in length, and 35.5mm in height. Center this block on all axes.
Carve out a central rectangular cavity to create a cradle. This cavity should be 50mm wide, 101.5mm long, and 28.5mm deep, leaving a 3mm lip ... | module polyhole(h, d=0, r=0, center=false) {
_r = (r == 0 ? d / 2 : r);
_d = (d == 0 ? r * 2 : d);
n = max(round(2 * _d),3);
rotate([0,0,180])
cylinder(h = h, r = (_d / 2) / cos (180 / n), $fn = n, center=center);
}
module screw_countersunk(
l=20,
dh = 6,
lh = 3,
... | glb/cad_29dfc6b3562d.glb |
Create an IKEA Oxberg Latch consisting of a ring connected to a hook by a straight arm. Start with a ring that has an outer radius of 7.8mm, an inner hole radius of 4.08mm, and a total thickness of 4mm. From the outer edge of this ring, extend a flat rectangular arm 40.25mm in length and 3.2mm in thickness. The arm sho... | $fn = 32;
spacing = 40.25;
innerRadius = 4.08;
outerRadius = 7.8;
totalThickness = 4;
armThickness = .8 * totalThickness;
armOffset = (totalThickness - armThickness) / 2;
tipRadius = (outerRadius - innerRadius) / 2;
hookThickness = outerRadius - innerRadius;
difference() {
union() {
cylinder( totalThick... | glb/cad_44534197556d.glb |
Create a vertical laptop stand with a total width of 100mm, a height of 50mm, and a total length of 83mm. The base structure is a rectangular block with rounded corners and a flat bottom.
The stand features three identical slots for devices, each 16mm wide. These slots are separated by divider walls that are 5mm thic... | LAPTOPS = [16, 16, 16];
LAPTOP_NUMBER = len(LAPTOPS);
LAPTOP_WIDTH = sum(LAPTOPS);
WALL_THICKNESS = 5;
WALL_HEIGHT = 50;
WALL_WIDTH = 100;
END_LENGTH = 15;
CHAMFER_RADIUS = 15;
STAND_LENGTH = LAPTOP_WIDTH + (WALL_THICKNESS * LAPTOP_NUMBER) + WALL_THICKNESS + (END_LENGTH * 2);
module roundedCube(size, r, sidesonly =... | glb/cad_ddbb53f86443.glb |
Create a CoffeePie parametric coffee container for a French Press. The main body is a cylinder with a diameter of 62.5mm and a total height of 82mm. The base of this cylinder is a solid disc 10mm thick, but it features a cutout: a rectangular slot 10.4mm wide is carved out of the center, extending from one edge to the ... | $thing = 0;
$lid = 1;
$fn=69;
$h=82;
$w=62.5;
$bar=4.6;
$bar_2 = 10.4;
$lid_height=2;
module block(){
linear_extrude(10)
difference(){
circle($w/2);
hull(){
circle($bar_2/2);
translate([$w/2,0,0])
circle($bar_2/2);
}
}
translate([0,0,10])
linear_extrude($h-10)
difference(){
circle($w/2);
hull(){
circle($bar/2);
tra... | glb/cad_344a79df2fd8.glb |
Create a hanging tray for modular drawer dividers with a total height of 40mm, a length of 120mm along the X-axis, and a width of 120mm along the Y-axis. The tray consists of a floor with a thickness of 2mm and walls with a thickness of 2mm.
Construct the main basin by placing walls along the outer X and Y edges. On t... | recommendedCornerRadius = 0.6;
trayZ = 40;
trayX = 120;
trayY = 120;
hangerWidth = 2;
trayWallWidth = 2;
trayFloorThickness = 2;
minHangerSupportHeight = 2;
recommendedHangerDepth = 15;
cornerSpacing = 26;
cornerTrayIndent = 3;
dividerWidth = 7.2;
insideCornerRadius = 7;
hexDef = 20;
cornerRadius = min(re... | glb/cad_3dcb57b9cb0e.glb |
Create a hanging tray for modular drawer dividers with a base footprint of 40mm by 40mm and a total height of 20mm. The tray consists of a flat floor with a thickness of 2mm and walls that are 2mm thick.
Construct the main basin by placing walls along the X and Y axes. The X-axis wall is 40mm long and 20mm high, and t... | recommendedCornerRadius = 0.6;
trayZ = 20;
trayX = 40;
trayY = 40;
hangerWidth = 2;
trayWallWidth = 2;
trayFloorThickness = 2;
minHangerSupportHeight = 2;
recommendedHangerDepth = 15;
cornerTrayIndent = 3;
dividerWidth = 7.2;
insideCornerRadius = 7;
hexDef = 25;
cornerRadius = min(recommendedCornerRadius, (... | glb/cad_860d8fc0110f.glb |
Create a blood type identification tag. Start by forming a base shape that consists of a central 25mm cube with a height of 3mm, merged with two cylinders of 25mm diameter and 3mm height positioned at the left and right edges of the cube.
From this base, remove a central rectangular section measuring 25mm by 23.5mm w... | use <BOSL2/std.scad>;
btype="O+";
tag(btype);
module tag(btype){
difference(){
union(){
translate([0,0,1.5])
cuboid ([25,25,3]);
translate([-12.5,0,0])
cylinder(d=25, 3, $fn=200);
translate([12.5,0,0])
cylinder(d=25, 3, $fn=200);
}
union(){
translate([0,0,2.5])
cuboid ([25,23.5,2]);
translate([-12.5,0,1.5])
cylinder... | glb/cad_a5ee272b987d.glb |
Create a drawer for CD racks with an outer base measuring 115mm in length, 125mm in width, and 10mm in height. The drawer has a total height of 40mm and wall thickness of 1.6mm. The bottom is 2mm thick.
The side walls are skewed by 10 degrees. The front wall is a decorative panel 116mm wide and 40mm high. This front w... | cdw=125;
cdl=115;
cdh=10;
cdr=2;
fwa=10;
fwh=40;
fww=116;
wt=1.6;
bt=2.0;
handle=true;
hd=20;
hw=15;
hdia=4;
grid=true;
grw=5; grt=wt;
ashift=sin(fwa)*(hd/2+hw/4);
vshift=fwh-(hd/2+3*hw/4)+ashift;
shangle=180-2*atan(((hd+hw/2)/2)/vshift);
$fn=72;
difference(){
union(){
translate([cdl,0,0]) rot... | glb/cad_b63e859d9918.glb |
Create a parametric modular organizer component consisting of two intersecting rectangular walls. Start by creating a central rectangular slab that is 25mm wide, 12mm deep, and 12mm high. This slab is centered on the origin. Intersecting this first slab, create a second identical rectangular slab of the same dimensions... | grosorPared = 2;
espaciado = 5;
tolerancia = 1;
alto = 10;
ancho = 10;
grosorTotal = ((grosorPared*2) + espaciado + tolerancia);
module pared(modificador = 1, center = false){
difference(){
x = center ? 0 : (-(grosorPared/2));
y = center ? 0 : grosorPared;
z = grosorPared;
cube([anc... | glb/cad_8719555d04fb.glb |
Create a military clutch pin back replacement by starting with a hexagonal prism that has a diameter of 6.8mm and a height of 4.5mm, but use only 6 facets for the cylinder to maintain a sharp hexagonal profile. Soften the edges of this shape by applying a Minkowski sum with a sphere of 2mm diameter. To create the grip,... | psize=1.2;
difference(){
hull(){
minkowski(){
cylinder (d=6.8,4.5,$fn=6);
sphere(d=2);
}
translate([-3.4,0,5.5])
rotate([0,90,0])
cylinder(d=1,6.8);
}
translate ([0,0,-1])
cylinder(d=psize,4,$fn=100);
} | glb/cad_3d62d1025c25.glb |
Create a replacement tail light cover for a motorcycle. Start by creating a main body that is an oval prism with a height of 14mm, a width of 126mm, and a depth of 64mm. Hollow out the center of this body by removing an oval prism with a height of 12mm, a width of 114.6mm, and a depth of 52.6mm.
Add two solid cylinde... | $fa = 1;
$fs = 0.4;
difference() {
union() {
difference() {
linear_extrude(height = 14) {
resize(newsize = [126, 64]) {
circle(d = 64);
}
}
translate(v = [0, 0, -0.02]) {
linear_extrude(height = 12) {
resize(newsize = [114.6, 52.6]) {
circle(d = 66.6);
}
}
}
}
tra... | glb/cad_fdb1491ddf80.glb |
Create a replacement tail light cover consisting of two identical cylindrical pegs. Each cylinder must have a diameter of 8.5mm and a height of 10mm. Position the two cylinders so that their centers are exactly 115mm apart along the x-axis. To ensure the final part fits the intended assembly, apply a uniform scale fact... | $fa = 1;
$fs = 0.4;
scale(v = [0.993, 0.993, 0.993]) {
resize(newsize = [0, 0, 5.699999999999999]) {
union() {
translate(v = [0, 0, 8.3]) {
translate(v = [-57.5, 0, 0]) {
cylinder(d = 8.5, h = 10);
}
}
translate(v = [0, 0, 8.3]) {
translate(v = [57.5, 0, 0]) {
cylinder(d = 8.5, h = 10)... | glb/cad_0e6ef093eea9.glb |
Create a Z-axis knob and a matching lock nut. For the knob, start with a base handle that is 15mm tall and has a radius of 15mm. The handle should have a scalloped, star-like outer perimeter formed by 13 alternating points. The bottom 5mm of the knob is a solid disk, while the remaining 10mm of height extends upward in... | height = 15;
quality = 144;
radius = 15;
thickness = 5;
draw_arrow = true;
draw_locking_nut = true;
info = "readme";
$fn = quality;
epsilon = 0.001;
zAxisKnob(radius = radius, height = max(height, 5),
thick = min(thickness, height - 4));
if (draw_locking_nut) {
translate([ radius + 10, 0, 0 ]) zAxis... | glb/cad_b6fe7f7574dd.glb |
Create a right-angle end connector for a drag chain. The main body is a rectangular block with a width of 25mm, a length of 30mm, and a height of 15mm.
On one end, create a connector section that is 40mm long. This section must be angled at 90 degrees relative to the main body. Along this 40mm length, place 3 holes f... | width= 25;
length=30;
height=15;
max_angle = 50;
under_angle=0;
over_angle=40;
inner_axis=0;
closed=0;
clip=1;
normal_link=true;
start_connector=true;
angled_connector=true;
connector_length=40;
num_holes=3;
hole_spacing=10;
hole_diameter=3;
hole_end=10;
screw_head_diameter=6;
screw_head_hole=2;
open... | glb/cad_a008d0432199.glb |
Create a holder for a W.E.R. 852D+ air gun. Start by constructing a hollow vertical cylinder with a height of 40mm, an outer diameter of 39mm, and an inner diameter of 33.8mm. Cut a rectangular slot through the center of this cylinder that is 60mm wide and 33mm high, leaving a 6mm wall at the bottom.
Attach a rectangu... | $fa = 0.4;
$fn = 100;
height = 40;
outer_diameter = 39;
inner_diameter = 33.8;
cutout_width = 60;
cutout_height = 33;
small_cylinder_diameter = 5;
hole_diameter=0.5;
hole_height=4;
support_height=6;
support_offset=-22.6;
support_hole_distance_x=37.5;
support_hole_distance_z=23.3;
difference() {
cylinder(h=height... | glb/cad_104e28be9d2c.glb |
Create a Filament Card consisting of a rectangular base measuring 85mm wide, 55mm deep, and 1mm high.
Along the front edge, centered horizontally, create a row of five square cutouts. Each square is 10mm by 10mm, separated by 5mm gutters. To create a visual representation of transparency, vary the depth of these cuto... | include <BOSL2/std.scad>;
$width = 85;
$depth = 55;
$height = 1;
$steps = 0.2;
$type = "PLA";
$diameter = 1.75;
$date = "";
$text = "Sunlu\nSilk Punk";
$fontname = "Allerta Stencil";
$fontstyle = "Regular";
$fontsize = 7;
$fontsizeTypeDiameter = 7;
$fontlineSpacing = 4;
$fonthalign = "center";
$fontvalig... | glb/cad_43d47185abc8.glb |
Create a filament guide consisting of a vertical cylindrical tube mounted on a wider, shallow circular base. Start by creating a main cylinder with a radius of 4mm and a height of 35mm. For the base, create a circular cap with a radius of 10mm and a height of 3mm. Apply a chamfer to the top edge of this cap with a radi... | guide_height = 35;
guide_radius = 8/2;
cap_height = 3;
cap_radius = 20/2;
hole_radius = 4/2;
chamfer_radius = 2;
$fn = 100;
translate([0, 0, 0])
difference() {
union() {
translate([0, 0, cap_height]) cylinder(h=guide_height, r=guide_radius);
rotate_extrude()
difference() {
un... | glb/cad_f45080f72073.glb |
Create a paper stand by constructing a rounded cylinder with a height of 18mm and a radius of 10.4mm. The top and bottom edges of this cylinder should be rounded with a fillet radius of 2.4mm. Remove the bottom half of the cylinder by centering a cube with a width and depth of 22mm and a height of 18mm at the base. Cut... | $fn=64;
eps=.01;
tol=.3;
rc=2*1.2;
ro=19.2/2;
echo(ro);
h=18;
r=ro+tol+.8;
difference(){
minkowski()
{
cylinder(h=h,r=r-rc,center=true);
sphere(rc);}
translate([0,0,-(h+h/2)])
cube(2*[r+rc,r+rc,h],center=true);
rl=50;
rotate([0,20,0])
translate([-rl-3*.8,0,h/2])
difference(... | glb/cad_1bdd7d01577a.glb |
Create a protective case cover for an Aranet 4 monitor. Start with a solid square plate measuring 75mm by 75mm with a thickness of 2mm. In the center of this plate, create a square window cutout measuring 32mm by 30mm.
At each of the four corners of the plate, place a circular hole with a radius of 1.5mm. These holes... | $fa = 1.0;
$fs = 0.1;
x = 71.0;
y = 71.0;
z = 2.0;
wall = 2.0;
x_outer = x + 2 * wall;
y_outer = y + 2 * wall;
x_window = 20 + wall;
y_window = 21 + wall;
x_window_size = 71 - 39;
y_window_size = 71 - 41;
module aranet_profile(z){
x = 71.0;
y = 71.0;
radius = 6.0;
x0 = radius;
y0 = radius;
x... | glb/cad_8eb69bc86478.glb |
Create a Wizard Staff Head and Base set consisting of two separate components.
First, create a cylindrical adapter. Start with a cylinder 31.75mm in diameter and 38.1mm tall. Subtract a central vertical hole with a diameter of 24mm and a height of 31.75mm. On the exterior of the main cylinder, add a screw thread with... | use <BOSL2/std.scad>;
use <threads-scad/threads.scad>;
staff_d=24;
adapter(tolerance,staff_d);
base(staff_d);
tolerance=.9;
module adapter(tolerance,staff_d){
difference(){
union(){
translate([0,0,-(25.4*1.5)])
cylinder(d=25.4*1.25,25.4*1.5,$fn=60);
ScrewThread((.75*25.4*tolerance), (1.75*25.4), pitch=(25.4/5), toot... | glb/cad_ca8594be7829.glb |
Create a sturdy print-in-place panel latch designed for a 6mm thick panel. The main body is a countersunk mounting base that incorporates a latching mechanism. On the top surface of the latch, centered relative to the mounting dimensions, engrave a small five-pointed star logo. This star should be created by subtractin... | include <defaults.scad>
use <panel-latch-countersink-6mm-no-logo.scad>
module star(d,n=5)
{
polygon([for(a=[0:n-1],b=[0:1])
[d[b]*cos(a*360/n+b*180/n),d[b]*sin(a*360/n+b*180/n)]]);
}
module latch_countersink_star_logo(panel_height)
{
difference()
{
latch_countersink(panel_height);
... | glb/cad_67905c9d7748.glb |
Create a print-in-place panel latch designed for a 2020 extrusion. The main body is a rectangular base that mounts to the extrusion, featuring a hinged outer latch that can swing open and closed. The latch mechanism is designed to secure a panel with a thickness of 4mm, 5mm, or 6mm.
The outer latch is a rectangular p... | include <defaults.scad>
use <panel-latch-2020-6mm-no-logo.scad>
module voron_design_logo()
{
intersection()
{
rotate(-100/3)
square([2.5,20],center=true);
square(12,center=true);
}
for(a=[0,1])
mirror([0,a])
mirror([a,0])
translate([3.5,-3])
intersection()
... | glb/cad_41a0ba63fc18.glb |
Create a mounting plate for a wall-mounted device. Start with a horizontal beam 4.1mm thick. Centered on this beam, create two countersunk holes with a 4.1mm diameter for wall screws, spaced apart to accommodate the device.
At each end of the horizontal beam, add a vertical pin assembly. Each assembly consists of a 20... | LabelText = "UBNT ER-X";
DistanceSlots = 56.1 ;
DistanceTopSlotsToBottomDevice = 38.1;
DeviceThickness = 22.1;
HookOffsetHorizontal = 8.5;
WidthSlot = 4.5;
DiaLargeHole = 8.1;
PinHeight = 1.1 ;
Eye = true;
EyeRim = 2;
EyeDirection = 1;
PinHeadThickness = 1.8;
... | glb/cad_ddc3cc13af56.glb |
Create a Dual Pen Tray by constructing a rounded rectangular base and carving out two parallel channels. Start with a solid base that is 150mm long, 50mm wide, and 5mm high, ensuring all edges and corners are heavily filleted with a 7mm radius for a smooth, organic finish.
Carve two identical longitudinal channels in... | height=5;
diameter=50;
length=150;
diameterPen=13;
distancePen=4;
heightPen=-6;
heightDiff=3.4;
onePen=false;
twoPen=true;
module base (base){
minkowski(){sphere(7,$fn=50);
cylinder(h=height,d=diameter,$fn=100);}}
module baseDiff (baseDiff){
minkowski(){sphere(7,$fn=50);
cylinder(h=height,d=diameter-10,$fn=100);}}
mo... | glb/cad_efbe475f7cfc.glb |
Create a Parametric Bamboo Trellis Joint designed to connect vertical and horizontal bamboo poles. The joint consists of a central vertical tube and two horizontal tube arms extending from it.
Create a vertical tube with an outer diameter of 12.5mm (diaV 10.5mm + 2mm shell) and a height of 31.5mm. This tube must be ho... | top = false;
sides = 6;
diaH = 10.5;
diaV = 10.5;
$fn = 36;
shell = 1;
collarH = 1.5;
collarW = 2;
lengthV = 2;
lengthH = 2;
screwH = 60;
screwV = 70;
diaScr = 3;
fudge = -0.25;
fudgeP = 0.5;
topZ = 1.5;
wrapV = 45;
wrapH = 40;
liftH = diaH * (wrapH/100);
shiftV = diaV * (wrapV/100);
lenH = diaH *... | glb/cad_207fa7b797cb.glb |
Create an assembly aid for an XL filament holder by constructing a central vertical cylinder with a height of 105mm and a diameter of 16.7mm. At the top end of this cylinder, add a thin disc with a thickness of 5mm and a diameter of 33.4mm. To create guiding ribs, add three thin cylinders, each 2mm in diameter and 105m... | $fn=90;
H=105;
D=16.7;
NubsAngle=120;
difference(){
union(){
cylinder(h=H, d=D, center=true);
translate([0,0,H/2])
cylinder(h=5, d=D*2, center=true);
for(L=[0:NubsAngle:360]) {
rotate([0,0,L])
translate([D/2,0,0])
cylinder(h=H, d=2, center=true... | glb/cad_5d525b6cd8ea.glb |
Create a shelf holder bracket consisting of two identical C-shaped clips positioned perpendicularly to one another. Each clip is formed by three thin rectangular plates, each 2mm thick and 20mm wide. The first plate is a vertical wall 20mm high. The second plate is a horizontal base 20.5mm wide, positioned perpendicula... | shelf_thickness = 17.5;
wall_thickness = 20;
clamp_height = 20;
module clip() {
union() {
rotate([0,180,0]) translate([-20,shelf_thickness * -1 - 3,-20]) cube([2, shelf_thickness + 3, clamp_height]);
rotate([0,180,0]) translate([-19.5,shelf_thickness * -1 - 3,-20]) rotate([0,0,5]) cube([25, 2, clamp_height]);
... | glb/cad_ff4c47535bc4.glb |
Create a woodpecker beak replacement by constructing a truncated cone with a height of 20mm. The cone should have a circular base with a diameter of 18mm and taper upward to a flat circular top with a diameter of 5mm. To create a flat mounting surface, remove a section from the base of the cone using two rectangular cu... | base_diameter = 18;
nose_diameter = 5;
nose_length = 20;
$fn = 120;
difference() {
translate([0,0,0]) cylinder(nose_length, base_diameter/2, nose_diameter/2);
translate([base_diameter/2-1,-base_diameter/2+2,-1])rotate([0,0,21])cube([10,base_diameter,nose_length], center=false);
translate([-base_diameter/2-8,-base_dia... | glb/cad_54423bf87cbd.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main body and a top clip section that wrap around the cable.
The main body is a rectangular block with a width of 8.6mm and a height of 6.6mm. Centered within this body, create a cutout for the cable that is an elongated cylinder with ... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="HE HEAT";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;... | glb/cad_7bfe2860cff0.glb |
Create a wiring label with a central cable channel and embossed text. The main body is a rectangular block with a total height of 7.6mm and a width based on the text "L STEP" (approximately 15mm).
At the center of the block, create a horizontal cable cutout that is 6.8mm in diameter and 6.6mm high, running through th... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="L STEP";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;
... | glb/cad_0bab43283021.glb |
Create a wiring label designed to wrap around a cable. The main body is a rectangular block with a total height of 8.6mm (6.6mm cable diameter plus 1mm walls on top and bottom) and a width based on the text "BEACON" using a 6.5pt Arial Rounded MT Bold font, plus 2mm of padding on each side.
The core of the label is a ... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="BEACON";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;
... | glb/cad_d0cc6ff62703.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main body and a top clip section.
The main body is a rectangular block with a height of 6.6mm and a width that accommodates the text "Y END" in a bold, rounded sans-serif font. The text should be embossed, protruding 0.5mm from the sur... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="Y END";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;
... | glb/cad_ba13f61ded38.glb |
Create a wiring label with a central cable cutout and embossed text. The main body is a rectangular block with a total height of 7.6mm (6.6mm cable diameter plus 1mm walls top and bottom). The length and width are determined by the text "Z1 MIDDLE" using a 6.5pt Arial Rounded MT Bold font, with 1mm of padding around th... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="Z1 MIDDLE";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wal... | glb/cad_65ece24eb8c9.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main rectangular body with a total height of 7.6mm and a width that accommodates the text "X END" in a bold, rounded sans-serif font.
The body features a central horizontal cutout to hold the cable, shaped as an elongated cylinder with... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="X END";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;
... | glb/cad_a43f7b1a1770.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main rectangular body with a total height of 8.6mm (cable diameter plus 2mm wall thickness) and a width that accommodates the text "Y2 RIGHT" in a bold, rounded sans-serif font.
The body features a central horizontal cutout to hold the... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="Y2 RIGHT";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall... | glb/cad_d25152cfccf5.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main rectangular body with a total height of 7.6mm and a width that accommodates the text "Z2 RIGHT" in a bold, rounded sans-serif font.
The body features a central cutout to fit the cable, shaped as a hull between two cylinders of 6.8... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="Z2 RIGHT";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall... | glb/cad_bf05d3ad4d7f.glb |
Create a wiring label with a central cable channel and a flat identification tab. The main body is a rectangular block with a total height of 7.6mm (6.6mm cable diameter plus 1mm walls top and bottom). The length of the label is determined by the text "Z0 LEFT" using a 6.5mm Arial Rounded MT Bold font, with 1mm of padd... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="Z0 LEFT";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;... | glb/cad_94afbf4fd387.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main body and a top clip section.
The main body is a rectangular block with a width and height based on the text "Y1 LEFT" using an Arial Rounded MT Bold font at a size of 6.5mm. The block should have a total height of 7.6mm (cable dia... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="Y1 LEFT";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;... | glb/cad_a2233df5d5de.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main body and a top clip section.
The main body is a rectangular block with a total height of 7.6mm and a width based on the text "EXTRD" (using Arial Rounded MT Bold, size 6.5mm), plus a 1mm margin on the left and right. A central hor... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="EXTRD";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;
... | glb/cad_f738bd910f6c.glb |
Create a wiring label with a central cable channel and embossed text. The main body is a rectangular block with a total height of 7.6mm (6.6mm cable diameter plus 1mm walls top and bottom). The length is determined by the text "BED THER" in 6.5mm Arial Rounded MT Bold font, with 1mm margins on the left and right.
The ... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="BED THER";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall... | glb/cad_70ed0f28c373.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main body with a central cutout to accommodate the cable. The overall length of the label is determined by the text "P FAN" using an Arial Rounded MT Bold font at a size of 6.5mm, with 1mm of padding on the left and right.
The main bod... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="P FAN";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;
... | glb/cad_a704074816f4.glb |
Create a wiring label with a central cable channel and embossed text. The main body is a rectangular block with a total height of 7.6mm and a width based on the text "R STEP" (approximately 12mm).
At the center of the block, create a horizontal cable cutout that is 6.6mm in diameter and 6.6mm high, running through th... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="R STEP";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;
... | glb/cad_bcec5952d2f1.glb |
Create a wiring label consisting of a main body and a top clip. The main body is a rectangular block with a length based on the text "HE THER" (using Arial Rounded MT Bold, size 6.5), a width of 8.6mm, and a height of 7.6mm. Centered within this body, create a horizontal cutout for a cable with a diameter of 6.8mm and ... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="HE THER";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;... | glb/cad_cad004e24ab7.glb |
Create a wiring label consisting of a main body and a top clip. The main body is a rectangular block with a length based on the text "COOL FAN" (using a 6.5mm font size), a width of approximately 10.6mm, and a height of 7.6mm. Centered within this body, create a horizontal cutout for a cable with a diameter of 6.6mm an... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="COOL FAN";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall... | glb/cad_eee4c3ea486d.glb |
Create a wiring label for a cable with a diameter of 6.6mm. The label consists of a main body and a top clip section.
The main body is a rectangular block with a length based on the text "BED HEAT" (using a 6.5mm Arial Rounded MT Bold font), a width of 8.6mm, and a height of 7.6mm. Centered within this body, create a ... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="BED HEAT";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall... | glb/cad_6680fb12bb40.glb |
Create a wiring label with the text "EB POW" embossed on its surface. The label consists of a main body and a top clip designed to wrap around a cable.
The base is a rectangular block with a width of 8.6mm and a height of 7.6mm. Centered within this base is a cutout for the cable, which is an elongated cylinder with a... | $fn=40;
cable_dia=6.6;
cable_flat=cable_dia;
text="EB POW";
wiggle=.1;
cable_dia_wiggle=cable_dia+2*wiggle;
cable_flat_wiggle=cable_flat+2*wiggle;
wall=1;
sink_in=wall/2;
groove=1;
groove_cube=sqrt(2)*groove;
nose=0.75;
font="Arial Rounded MT Bold";
size=6.5;
updownaroundtext=.75*wall;
leftrightaroundtext=1*wall;
... | glb/cad_e141bf95bef3.glb |
Create a Powder Coating System power supply box consisting of a bottom basin and a matching lid.
Construct the bottom basin as a rectangular enclosure with inner dimensions of 150mm width, 70mm depth, and 50mm height. The walls should have a thickness of 3.5mm. Integrate four support pillars in the corners to secure ... | width = 150;
depth = 70;
thickness = 3.5;
heightTOP = 14;
heightBOT = 50;
boltLength = 30;
widthCLIP = boltLength/2-0.6;
widthCLIPsupport = boltLength/4;
diameterCLIP = 3;
disableHINGE = 0;
enableTOPinside = 0;
enableBOTinside = 0;
arangeForPrint = 1;
DXFexport = 0;
ope... | glb/cad_775c81db63ff.glb |
Create a mobile-tablet stand by constructing a solid base and removing a central slot. Start by creating a main body that is 80mm wide and 4mm thick. This body is formed by blending several cylindrical shapes: two 8mm diameter cylinders positioned 20mm apart along the Y-axis at a height of 4mm, and two 8mm diameter cyl... | $fn = 60;
difference()
{
union()
{
hull()
{
translate([0,-10,4]) rotate([0,90,0]) cylinder(d=8,h=80,center=true);
translate([0,10,4]) rotate([0,90,0]) cylinder(d=8,h=80,center=true);
translate([0,-6,54]) rotate([0,90,0]) cylinder(d=8,h=80,center=true);
translate([0,-6,54]) rotate([0... | glb/cad_494ed308d5f1.glb |
Create a Citrus Peel Slicer by constructing a vertically oriented, elongated capsule-like form. Start with a central cylinder 140mm in height with a diameter of 12mm. Apply a non-uniform scale to the entire object, compressing it along the Y-axis to 75% of its original size, resulting in an elliptical cross-section. En... | scale ([1,.75,1])
cylinder (d=12,140,$fn=150);
translate([0,0,0])
scale ([1,.75,1])
sphere(d=12,$fn=150);
hull(){
translate([0,0,140])
scale ([1,.75,1])
sphere(d=12,$fn=150);
translate([12,0,140])
scale ([1,.75,1])
sphere(d=9,$fn=3);
translate([12,0,128])
scale ([1,.75,1])
sphere(d=9,$fn=3);
translate([0,0,128])
scale ... | glb/cad_222b018fafad.glb |
Create a hexagonal hanging plant pot with a total height of 120mm and a top diameter of 120mm. The main body should be a hexagonal prism that tapers slightly outward from bottom to top. The walls must be 1.6mm thick. Hollow out the center of the pot to create a planting cavity, leaving a base thickness of 1.6mm.
At t... | $fn=6;
size=120;
height=120;
strings=3;
wall_thickness=1.6;
rad=size/2;
difference()
{
cylinder(height,rad,rad+20);
translate([0,0,wall_thickness])cylinder(height,rad-wall_thickness,rad+20-wall_thickness);
for (i=[10:20:360] )
rotate([0,90,i])translate([-4-wall_thickness,0,0])cylinder(350,2.8,2.8... | glb/cad_ae009f3a49f7.glb |
Create a parametric bubbler device by revolving a specific 2D profile around a central vertical axis to create a hollow, rotationally symmetric vessel. The profile begins at the center axis with a height of 5mm, extending outward to a radius of 1.75mm. From there, it drops vertically to the base plane, extends outward ... | d=60;
thd=4;
wt=0.8;
bhd=3.5;
r1=bhd/2;
r2=d/2;
r3=thd/2+wt;
h1=10;
h2=h1+r2-r3;
h3=h2+5;
rotate_extrude (angle=360)
polygon (points = [[0,5], [r1,5], [r1,0], [r2,0], [r2,h1], [r3,h2], [r3,h3], [0,h3]]); | glb/cad_0a2d2a0054eb.glb |
Create a display stand that is 200mm wide, 200mm high, and 40mm deep. The stand consists of a hollow outer frame with a wall thickness of 1.2mm. Divide the interior into a 3x3 grid of equal-sized cubbies by adding internal vertical and horizontal walls, each 1.2mm thick.
To create the front profile, apply an angled c... | height=200;
width=200;
cubes_tall=3;
cubes_wide=3;
thickness=1.2;
depth=40;
rotation_cut=1;
rotation_angle=4;
rotation_cut_height=depth-7;
wallmount=0;
module shelf()
{
translate([width/2,height/2,0])difference()
{
cube([width,height,depth],center=true);
cube([width-thickness*2,height-thickness*2,depth+14],center=tru... | glb/cad_5074b0af046e.glb |
Create a Psycho Hammer prop consisting of a heavy head and a long handle. For the head, construct a central body by combining a tapered cylinder that transitions from a 41mm diameter to a 30mm diameter over a length of 35mm, and an additional small tapered cylinder extending from 30mm to 26mm over 8mm. Add a rectangula... | use <BOSL2/std.scad>;
h_head();
h_handle();
module h_head(){
difference(){
union(){
rotate([0,90,0])
color(["Blue"])
cylinder (d1=41,d=30,35,$fn=100);
translate([32,0,0])
rotate([0,90,0])
cylinder (d1=30,d2=32,8,$fn=100);
translate([85,0,0])
rotate([0,90,0])
cylinder (d1=30,d2=26,8,$fn=100);
minkowski(){
translate([6... | glb/cad_a28618825880.glb |
Create a nail for a Psycho Hammer Halloween Prop. Start by creating a main central shaft as a cylinder with a diameter of 4.1148 mm and a height of 85.59 mm. At the base of this shaft, add a wider octagonal head with a diameter of 8.2296 mm and a height of 2 mm. At the top of the shaft, create a tapered point by transi... | color("Green"){
cylinder(d=(.162*25.4),(3.5*25.4)-(.125*25.4),$fn=100);
cylinder(d=(.162*25.4*2),2,$fn=8);
hull(){
translate([0,0,(3.5*25.4)-(.125*25.4)])
cylinder(d=(.162*25.4),.5,$fn=100);
translate([0,0,(3.5*25.4)-(.125*25.4)])
cylinder(d1=(.162*25.4),d2=.2,(.125*25.4),$fn=4);
}
} | glb/cad_a48b0c3622a4.glb |
Create a razor barb for a Psycho Hammer prop. Start by constructing a main body using a convex hull that connects a 22mm by 11mm by 1.25mm rectangular block with two small 3-sided prisms. Each prism has a diameter of 1.45mm and a height of 2mm; position one at the origin and the other at x=20mm, both rotated 30 degrees... | difference(){
hull(){
cube ([22,11,1.25]);
hull(){
translate([0,-.35,.625])
rotate([0,90,0])
rotate([0,0,30])
cylinder(d=1.45,2,$fn=3);
translate([20,-.35,.625])
rotate([0,90,0])
rotate([0,0,30])
cylinder(d=1.45,2,$fn=3);
}
translate([22,10.9,0])
rotate([0,0,180])
hull(){
translate([0,-.43,.625])
rotate([0,90,0])
rotat... | glb/cad_4f9caa88ff7f.glb |
Create a customizable coin with a diameter of 39mm and a total thickness of 3.2mm. The main body is a cylinder with a height of 2.2mm.
On the top face, add a raised rim 0.5mm wide and 1mm high. Within this rim, place the text "Hello, World" arched along the top edge and "August 2013" arched along the bottom edge; bot... | TOP_TEXT = "Hello, World";
BOTTOM_TEXT = "August 2013";
REVERSE_TOP = "Reverse Top";
REVERSE_BOTTOM = "Bottom";
DIAMETER = 39;
THICKNESS = 3.2;
TEXT_HEIGHT = 5.0;
SPACING = 0.8;
RELIEF = 1.0;
E = 0.01;
module coin(
top_text="",
bottom_text="",
rev_top_text="",
rev_bottom_text="",
size=DIAMETE... | glb/cad_3223ac53228e.glb |
Create a clip for straightening curling calendars by constructing a long, thin U-shaped channel. Start with a solid rectangular bar that is 300mm long, 17mm high, and 4.4mm wide. The cross-section of this bar is defined by a larger outer circle with a diameter of 4.4mm and a smaller inner circular hole with a diameter ... | dia=2.8;
height=17;
wall_thickness=0.8;
width=300;
hole_dia=4.5;
$fn=100;
rotate([-90,0,0])
difference(){
translate([-width/2,-height/2+dia/2,0])
rotate([0,90,0])
difference(){
hull(){
cylinder(d=dia+2*wall_thickness,h=width);
translate([0,height-dia,0])
cylinder(d=dia+2*wall_thickness,h=width);
}
hull(){
cylinder(d=d... | glb/cad_ebbf5459203c.glb |
Create a clip for straightening curling calendars by constructing a long, thin U-shaped channel. Start with a solid rectangular bar that is 300mm long, 17mm high, and 5.2mm thick. The cross-section of this bar is formed by a larger circle with a diameter of 5.2mm and a smaller concentric circular hole with a diameter o... | dia=2.8;
height=17;
wall_thickness=1.2;
width=300;
hole_dia=4.5;
$fn=100;
rotate([-90,0,0])
difference(){
translate([-width/2,-height/2+dia/2,0])
rotate([0,90,0])
difference(){
hull(){
cylinder(d=dia+2*wall_thickness,h=width);
translate([0,height-dia,0])
cylinder(d=dia+2*wall_thickness,h=width);
}
hull(){
cylinder(d=d... | glb/cad_f42ca6c22836.glb |
Create a frame clamping jig consisting of three distinct types of components, all with a uniform thickness of 12mm.
First, create four arms. Each arm is a rectangular slab 35mm wide and 200mm long with 8mm rounded corners. Along the center length of each arm, place seven evenly spaced holes with a diameter of 6.6mm.
... | arm_width=35;
arm_length=200;
arm_hole_dia=6.6;
arm_hole_num=7;
arm_end_radius=8;
arm_thickness=12;
connector_width=40;
connector_length=80;
connector_hole_dia=6.6;
connector_center_hole_dia=12;
connector_end_radius=8;
connector_thickness=12;
corner_small_dia=20;
corner_large_dia=50;
corner_cutout_square_width=25;
corn... | glb/cad_da75529f884e.glb |
Create a hook for attaching frames to a grid wall consisting of two connected, vertically oriented C-shaped clips. Each clip is formed by a thick outer shell surrounding a cylindrical void.
For the first clip, create a vertical cylinder with an outer diameter of 7.2mm and an inner hole diameter of 2.4mm, both extendi... | thickness=2.4;
height=20;
pic_dia=2.4;
pic_height=8;
grid_dia=6.5;
grid_height=8;
$fn=100;
pic_side();
module pic_side(){
translate([-pic_dia/2-thickness/2,0,0])
difference(){
hull(){
translate([0,pic_height/2,0])
cylinder(d=pic_dia+thickness*2,h=height);
translate([0,-pic_height/2,0])
cylinder(d=pic_dia+thickness*2,... | glb/cad_d76d72163715.glb |
Create a Jam Jar Lid Training Clicker consisting of two main components: a base and a cap, designed to sandwich a jar lid with a diameter of 45mm and a height of 8.5mm.
Construct the base as a rounded square with a total width of 51mm (lid width plus 3mm walls on each side). The base should have a floor thickness of 1... | LID_WIDTH = 45;
LID_HEIGHT = 8.5;
CHAMFER_SIZE = 1.5;
BUTTON_1_DISTANCE_FROM_EDGE = 12.5;
BUTTON_2_DISTANCE_FROM_EDGE = 17;
KEYRING = false;
FN_PREVIEW = 24;
FN_RENDER = 96;
USE_HOLE_BRIDGES = true;
BOTH_PARTS_ON_BUILD_PLATE = true;
FLOOR_THICKNESS = 1.6;
SIDE_WALL_THICKNESS = 3;
SECONDARY_ROUNDING = 4;
BO... | glb/cad_4e4efc4daaa7.glb |
Create an AA to 14500 battery adapter ring by constructing a hollow cylinder with a height of 12.5mm. The outer diameter of the cylinder should be 17mm and the inner diameter should be 15mm, creating a wall thickness of 1mm. Ensure the geometry uses a 32-facet resolution for the circular profiles to maintain a faceted,... | aa_od = 15;
1440_od = 17;
height = 12.5;
$fn=32;
difference()
{
cylinder(height,1440_od/2,1440_od/2);
cylinder(height+0.1,aa_od/2,aa_od/2);
} | glb/cad_67ef3e14d42e.glb |
Create a soap dispenser adapter consisting of a concentric ring structure. Start by forming a base flange with an outer diameter of 42mm and a height of 1.5mm. Centered on this base, build a vertical neck with an outer diameter of 34.5mm and a height of 1.7mm. Above this neck, add a top cylindrical section with an oute... | bottom_h = 2;
bottom_w = 0.5;
opening_d = 34;
top_w = 4;
top_h = 1.5;
neck_h = 1.7;
bottle_neck_d = 28;
bottle_cap_d = 31.3;
bottle_cap_rise = 1;
fix = 0.01;
cut_w = 2.5;
cuts = 3;
difference () {
rotate_extrude($fn=100) polygon([
[bottle_cap_d/2, -top_h],
[opening_d/2+top_w, -top_h],
[open... | glb/cad_d405f8448e60.glb |
Create a Pirra spinning top by combining two hexagonal prisms. The main body is a hexagonal prism with a radius of 11.6mm and a height of 27.5mm. Centered on top of this body, add a thinner hexagonal handle with a radius of 2.7mm that extends upwards to reach a total overall object height of 44mm.
The bottom of the ob... | sym = ["1","2","3","4","5","X"];
tip_angle=43;
height = 44;
handle_height = 16.5;
handle_r = 2.7;
pirra_r = 11.6;
font = "Chilanka";
text_size = 10;
text_indent=0.4;
letter_z = 14.5;
sides = len(sym);
epsilon = 0.1;
intersection() {
difference() {
union() {
cylinder(height - handle_h... | glb/cad_00bdae09d94d.glb |
Create a dual-ended pen holder with a total length of 140mm. The main body is a hexagonal shaft with a diameter of 12mm and a 6-facet cross-section. This central shaft extends between two tapered ends. Each end is a 17mm tall hexagonal cone that tapers from the 12mm diameter of the shaft down to a diameter of 4mm at th... | LENGTH = 140;
FILLEN = 90;
RFDP = 3.0+1.0;
RFDM = 3.0+0.7;
difference(){
union() {
cylinder(d2=12, d1=RFDP, h=17, $fn=6);
translate([0,0,17]) cylinder(d=12,h=LENGTH-17-17, $fn=6);
translate([0,0,LENGTH-17]) cylinder(d1=12, d2=RFDP, h=17,$fn=6);
}
translate([0,0,20]) rotate([1.9,1.9,0]) cylinder(h=FILLE... | glb/cad_e11a09419fd6.glb |
Create a dual-ended pen holder with a hexagonal cross-section. The main body is a hexagonal prism with a diameter of 12mm and a total length of 150mm. This central section is hollowed out by a hexagonal hole with a diameter of 3.6mm that runs through the entire length.
At each end of the main body, add a tapered hexag... | DIA = 12;
LEN = 180-30;
FILLD = 3.6;
TLEN=15;
module clamp(){
$fn=6;
difference()
{
cylinder(d=DIA+1.6, h=10);
translate([0,0,-0.5]) cylinder(d=DIA, h=10+1);
}
}
module body(){
difference(){
union(){
translate([0,-2*DIA-TLEN ,DIA/2]) rotate([90,0,0]) cylinder(d=DIA, h=LEN-2*TLEN, $fn... | glb/cad_c9ca5a5948f5.glb |
Create a Miele AutoDos Powerdisk lid. The main body is a circular disk with a diameter of 153mm and a thickness of 1mm.
From the top surface, create a concentric circular lip that extends downwards to form a sealing rim. This rim should have a thickness of 1mm and a depth of 6mm.
In the center of the disk, create a... | $fa=1;
$fs=0.2;
eps=1/128;
function solve(f, s, l=eps^2) =
f(s) < l ? s : solve(f, s-f(s)*eps/(f(s+eps)-f(s)),l);
base= 0.8;
lid=1;
lid2=10;
rim=4.7;
extraLidHeight=5;
th=1;
clip=2;
d=153;
d1=24;
r1=20;
d2=16;
r2=-52;
d4=128.5;
tol=0.3;
c1=[(d-d1)/2*cos(r1)+(d2+d1)/2*cos(r2),(d-d1)/2*sin(r1)+(d2+d1)/2*sin(r2)];... | glb/cad_5f7bb2bd80d4.glb |
Create an Ambiguous Cylinder Illusion consisting of a 3x3 grid of identical vertical shells. Each shell should have a height of 30mm, an outer diameter of 18mm, and a wall thickness of 1.5mm.
The cross-section of each shell is a superellipse with a power of 1.5, creating a shape intermediate between a square and a cir... | Preset=3;
mHeight=30;
mDiameter=18;
WallThickness=1.5;
mRotation=45;
SuperEllipsePower=1.5;
SineCutoutHeight=1.5;
FlatBottom="yes";
GenerateBaseSupport="no";
SupportDistance=0.3;
SupportHeight=5;
mXCount=1;
mXDistance=15;
mYCount=1;
mYDistance=15;
Height = Preset==1 ? 30 : Preset==2 ? 30 : Preset==3 ? 3... | glb/cad_48b9d8afb03e.glb |
Create a Trypophobia lantern by constructing a hollow rectangular prism with a total width and depth of 75mm and a height of 145mm. The main body should have rounded corners with a radius of 3.5mm. The walls are 3.5mm thick, leaving a central hollow cavity of 73mm by 73mm and 150mm in height.
The four side walls are p... | $fn=50;
include<BOSL2/std.scad>
$w = 75;
$h = 145;
$rnd = 3.5;
$hex_skew = 10;
difference(){
hull(){
minkowski(){
cube([$w,$w,$h]);
sphere($rnd);
}
minkowski(){
translate([1,1,$h])
cube([$w-2,$w-2,5]);
sphere($rnd);
}
mink... | glb/cad_200cd6de36de.glb |
Create a parametric cable mount. Start with a main rectangular block measuring 10mm wide, 10mm deep, and 27mm tall. Along the 27mm length, carve out three semi-cylindrical channels, each with a diameter of 7mm. These channels should be spaced such that the center of the first is 6.5mm from the top edge, with subsequent... | $fn = $preview ? 32 : 128;
cableDiameter = 7;
numOfCables = 3;
depth = 10;
includeNailMount = true;
nailDiameter = 2.25;
translate([0,0,depth]) rotate([270,0,0])
difference() {
cube ([cableDiameter + 3, depth, (cableDiameter * numOfCables) + 6]);
translate([0,depth,0]) union() {
for ( i = [0:numOfCab... | glb/cad_130c1370fea3.glb |
Create a spoke hole cover plug. Start with a base cylindrical flange that is 1mm thick with a diameter of 10.4mm. On top of this flange, build a main body with a total height of 3.3mm. The lower 80% of this body (2.64mm) is a cylinder that starts at a diameter of 8.2mm and tapers outward to a maximum diameter of 9.2mm.... | $fn=60;
main_height = 3.3 ;
minCenterThick=1;
isTopOpen = false;
isBotOpen = true;
flap_height = 1;
main_diam = 8.2;
minWall=.9;
retainBulge=.5;
bulgeCentering=.8;
capOversize=1.2;
splitWidth=1;
splitOffset=-1.01;
doSplit = true;
cable_diam = 5;
doCableHole = false;
doCableSlot = false;
oneCoverPlug();
module oneC... | glb/cad_81b44bf5f967.glb |
Create a Fatbike Double Wall Rim Hole Plug. Start by constructing a base flange as a thin cylinder with a diameter of 28.3mm and a height of 0.6mm. On top of this flange, build the main body consisting of two stacked sections: a lower cylinder with a diameter of 27.7mm and a height of 2.8mm, and an upper cylinder with ... | $fn=60;
main_height = 7 ;
minCenterThick=1.5;
isTopOpen = false;
isBotOpen = false;
flap_height = 0.6;
main_diam = 27.3;
minWall=1;
retainBulge=.2;
bulgeCentering=.4;
capOversize=1;
splitWidth=1;
splitOffset=1;
doSplit = true;
cable_diam = 5;
doCableHole = false;
doCableSlot = false;
difference() {
union() {
... | glb/cad_c0fb17d67df7.glb |
Create a stencil plate with three lines of text. The base is a flat rectangular slab 0.75mm thick with rounded edges created by a 3mm radius. The slab's total width is determined by the longest line of text plus a 12mm border on each side, and its total height is 45mm, divided into three 15mm tall rows.
Cut the follow... | line1="Corona Gläubige";
size1=12;
condense1=.8;
offset1=-1;
line2="sind";
size2=10;
offset2=1;
condense2=1.3;
line3="asymptomatisch intelligent";
size3=12;
condense3=.52;
offset3=0;
border=12;
thickness=0.75;
width=max(len(line1)*condense1,len(line2)*condense2,len(line3)*condense3)*7+border;
difference()
{
$fn=32;... | glb/cad_9a8735cb8b27.glb |
Create a Halbach Open BLDC Motor consisting of three main components: a base, a stator, and a rotor.
First, construct the stator base. Create a cylindrical carrier with a diameter of 37.4mm and a height of 100mm. Subtract a central vertical hole with a diameter of 11.5mm. Carve 6 radial slots through the carrier, each... | echo(version=version());
$fn = 96;
showStyle=true;
halfRotor=false;
northColor="green";
southColor="red";
positions=6;
wideM=4.8;
longM=50;
deepM=2.5;
printPlay=0.3;
inCoil = true;
inMagnet = !inCoil;
airGap=.5;
centerRadiusA=20;
centerRadiusB=21;
minRotorMaterial=3;
rotorInnerD=2*centerRadiusA-deepM*.8;
rotorOuterD=2... | glb/cad_9c09f68c6109.glb |
Create a 3D model of a Trefoil Knot by sweeping a circle along a specific parametric closed-loop path. The sweeping circle must have a radius of 40mm and be defined by 48 vertices to ensure a smooth circular cross-section.
The path of the sweep is defined by the following parametric equations for a parameter $t$ rangi... | j_list= [ 3, 13, 3, 52, 1, 33, 4, 7, 7, 45];
k_list= [ 2, 2, 35, 52, 4, 9, 8, 14, 16, 4];
l_list= [ 2, 2, 35, 51, 4, 10, 8, 9, 9, 4];
cr_list=[ 40, 20, 30, 05, 40, 15, 70, 15, 25, 20];
cp_list=[ 48, 48, 48, 48, 48, 48, 3, 48, 48, 48];
zs_list=[ 1, 2,0.8,1.5,0.6, 1, 1, 1, 2, 3];
demo=1;
j=j_l... | glb/cad_9a683b5035f8.glb |
Create a pipe transition consisting of a large outer shell and a smaller inner void to create walls with a constant thickness of 3mm. The outer shell is composed of three joined sections: a large cylinder with an outer diameter of 50.2mm and a height of 40mm, a sphere with a diameter of 50.2mm, and a smaller cylinder w... | $fn=40;
wall=3;
largePartLen=40;
largePartDia=50.2;
smallPartLen=20;
smallPartDia=20.0;
transitionDistance = sqrt((largePartDia/2)^2-(smallPartDia/2)^2);
echo("transitionDistance = ", transitionDistance);
difference()
{
makeOuterForm();
makeInnerForm();
}
module makeOuterForm()
{
union()
{
... | glb/cad_129fbadac539.glb |
Create an Imperial Officer Rank Bar consisting of a base bar and six inset rank tiles.
First, construct the rank bar base as a rectangular slab with a height of 25.4mm and a thickness of 1.0mm. On the underside of this base, create seven circular pockets for magnets, each with a diameter of 6.1mm and a depth of 2.0mm... | PART = 3;
ORIGINAL_TRILOGY_STYLE = 1 + 0;
ROGUE_ONE_STYLE = 2 + 0;
style = 1;
rank_bar_thickness = 1.0;
number_of_rank_tiles = 6;
rank_tile_indent = 0.4;
tile_tolerance = 0.2;
ATTACHMENT_STYLE_NONE = 1 + 0;
ATTACHMENT_STYLE_STITCHING = 2 + 0;
ATTACHMENT_STYLE_VELCRO = 3 + 0;
ATTACHMENT_STYLE_MAGNE... | glb/cad_6833017ed355.glb |
Create a replacement fridge door bin consisting of three interlocking sections: a middle piece and two mirrored side pieces. The overall structure has a height of 105mm and a wall thickness of 3mm.
For the side pieces, create a profile based on a polyline that starts at a width of 216.5mm and a depth of 105mm, taperin... | include <dotSCAD-master/src/line2d.scad>;
include <dotSCAD-master/src/polyline2d.scad>;
$fn = 24;
tolerance = 0.25;
connect_cylinder_radius = 6;
connect_cylinder_radius2 = 2;
width_middle = 50;
height = 105;
height2 = 72;
width = (483 - width_middle) / 2 ;
depth = 105;
thickness = 3;
offset = 0;
left2middle = 20;
... | glb/cad_fb88319d1188.glb |
Create a Ticket Punch consisting of a scissor-like handle and a punching mechanism. Start with the base handle by creating a composite shape: a rounded rectangular body 81mm long, 13mm wide, and 18.5mm thick, merged with a cylinder of 24mm diameter and 12mm length scaled to 0.75 on the X-axis. Subtract a cylinder with ... | use <BOSL2/std.scad>;
use <BOSL2/rounding.scad>;
color ("Red") scissor_base();
color ("Gold") spring();
color ("Chocolate") finger_hole();
color ("Orange") guard();
color ("Purple") punch();
module scissor_base(){
difference(){
union(){
translate([-30,6,0])
rotate([90,0,0])
scale([.75,1,1])
cylinder(d=24,12,$fn=100);... | glb/cad_cd9a546c06a4.glb |
Create a "Web - the Circle" decorative object. Start by constructing a hollow vertical cylinder with an outer diameter of 71mm, an inner diameter of 70mm, and a total height of 120mm. Inside this hollow shell, create a complex internal lattice consisting of 60 individual thin layers stacked vertically, each 2mm thick. ... | layer = 0.2;
wall = 0.5;
qty = 60;
D = 70;
nr = 3;
r = 2;
thread = [2.8*layer ,2*layer];
h = (qty+1)*thread[1];
fi = (180-(360/nr))/2;
f = (r*360/nr)/qty;
d = D+thread[0]/sin(fi)*2;
intersection(){
union(){
difference(){
cylinder(d = D+2*wall,$fn = 200, h=h);
translate([0,0,-1])
cylinder(d = D,$fn = ... | glb/cad_06714b526e63.glb |
Create a Magnetic Slider Fidget consisting of two identical sliding pieces. For each piece, start with a central body formed by a cube of 26mm width, 30mm length, and 4mm height, centered on the origin. Round the two ends of the cube by adding half-cylinders with a radius of 13mm and a height of 4mm, centered at the en... | outercyl = 3.7;
innercyl = 3.2;
sphh = -19;
sphx = 3;
sphy = 8;
sphz = 4.1;
width = 26;
$fa = 1;
$fs = 0.5;
translate([0,0,0]){
difference()
{
union(){
difference() {
union()
{
cube([width, 30, 4], true);
translate([0... | glb/cad_b85bb5f40921.glb |
Create a bike saddle post lamp mount. Start with a central rectangular block 15mm wide, 20mm deep, and 1.5mm high. Attach two side walls to the left and right edges of this block; each wall must be 5mm wide, 20mm deep, and 6.5mm high. Connect these two walls with a top plate that is 25mm wide, 20mm deep, and 6.5mm high... | HOOK_DEPTH = 20;
HOOK_WIDTH = 15;
HOOK_X = 1.5;
SIDE_WIDTH = 5;
SIDE_DEPTH = 5+HOOK_X;
TRYTKA_WIDTH = 7;
TRYTKA_DEPTH = 2;
SADDLE_C = 0.5*27;
module bigring() {
rotate([90,0,0])
translate([0.3*(2*SIDE_WIDTH + HOOK_WIDTH),52,-3*SIDE_WIDTH])
rotate_extrude(convexity = 10)
translate([40, 0, 0])
square([TRYTKA_DEPTH, TRYT... | glb/cad_c96adf2ece3b.glb |
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