Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a gaming counter token in the shape of a pill. Start by creating a base solid with a width of 18mm and a height of 10mm, using a circular radius to round the ends, and extrude this shape to a total thickness of 2mm. Carve out a recessed center area to create a border that is 0.8mm thick around the perimeter; thi... | token_thickness = 2;
base_thickness = 1.8;
font_face = "Impact:style=Regular";
font_size = 5.2;
token_width = 18;
token_height = 10;
border_thickness = 0.8;
token_text = "+1/+1";
$fn=101;
module pill(w, h) {
intersection() {
square([w*2, h], center=true);
radius = sqrt(w*w/4+h*h/4);
cir... | glb/cad_2436189eb842.glb |
Create a Paper Miniature Base consisting of a thin cylinder with a radius of 12.5mm and a height of 2mm.
On the top edge of the cylinder, create a rounded bevel (lip) with a radius of 0.67mm (one-third of the base height).
Cut a slot into the side of the cylinder to hold a paper miniature. This slot should be 0.6mm... | size = "medium";
lip = "yes";
indexed_array = "yes";
lip_roughness = 32;
$fn = 64;
radius = 12.5;
columns = 3;
rows = 4;
base_height = 2;
gap_size = 0.6;
gap_base = 0.5;
gap_degrees = 45;
font_depth = 0.2;
array_gap = 5;
base_radius = str(size) == str("tiny") ? radius/2 : (str(size) == str("large") ? radi... | glb/cad_61ef05e84106.glb |
Create a parametric clip for aluminum LED rails by starting with a solid rectangular block measuring 16.7mm in width, 10mm in length, and 13.7mm in height. Hollow out the center of this block by removing a smaller rectangular volume of 14.3mm width, 10mm length, and 11.3mm height, positioned so that the walls are 1.2mm... | width=14.3;
height=11.3;
clip_wall=1.2;
clip_length=10;
clip_hole=1;
clip_width=width+clip_wall*2;
clip_height=height+clip_wall*2;
opening_width=11;
$fn=60;
difference(){
cube([clip_width,clip_length,clip_height]);
translate([clip_wall,0,clip_wall]){
cube([width,clip_length,height]);
translate([clip_wall+0.4,0,he... | glb/cad_37cf7566875d.glb |
Create a wall mount for a baby table radiant heater. Start with a back wall that is 150mm wide, 55mm high, and 5mm thick. Place two circular holes with a diameter of 4.5mm through this back wall, positioned symmetrically at a distance of 37.5mm from the center line on each side.
Attach a bottom plate to the back wall.... | pin_radius=25/2;
pin_height=30;
pin_dist=12;
bottom_wall=5;
bottom_width=119;
bottom_depth=19;
bottom_screw_side=100.5;
bottom_screw_dist=9.5;
bottom_screw_hole=5;
cable_side=28;
cable_width=10;
back_wall=5;
back_width=150;
back_height=50+bottom_wall;
back_hole=4.5;
difference() {
translate([0,-back_wall/2,back... | glb/cad_6b2702f1a678.glb |
Create an eSun eBox Filament Tube Downward Coupler. Start with a rectangular back plate measuring 50mm by 28mm with a thickness of 3mm. At the center of this plate, create a cylindrical protrusion that extends outward to serve as the coupler. This coupler consists of a main outer cylinder with a radius of 5.7mm and a t... | coupler_ln = 15;
tube_od = 6.4;
tube_or = tube_od/2;
coupler_os = tube_or+sqrt(4.05*4.05*2);
channel_d = 2.5;
channel_r = channel_d/2;
back_lip = 1;
$fn=90+0;
rotate([90,0,0]) difference() {
union() {
difference() {
union() {
rotate([45,0,0]) linear_extrude(12,center=true) rotate([45,0,0]) hull() {
... | glb/cad_4228617443c6.glb |
Create a print-in-place fidget bracelet consisting of two concentric rings. The overall height of the object is 15mm.
First, create the outer ring. This part is a cylinder with a height of 15mm. Its main body has a diameter of 71.8mm (calculated as the base diameter of 66.8mm plus 5mm). The top and bottom edges of thi... | $fn=64;
use <knurledFinishLib_v2.scad>
dia_finger=66.8;
ring_h=15;
inner_w=1;
outer_w=2;
gap_w=.7;
ridge_w=1.4;
click_r=ridge_w;
clicks=0;
chamferring(dia_finger, ridge_w, inner_w, ridge_w*2, 0,gap_w,0);
chamferring(dia_finger+inner_w*2+gap_w*2, ridge_w, outer_w, ridge_w, 1,gap_w,+ridge_w*4);
... | glb/cad_a539d850c4fa.glb |
Create a parametric coin storage system consisting of a tube and a matching cap. For a 1 Euro coin, use a coin diameter of 23.25mm and a height of 2.33mm.
Construct the tube as a cylinder with an outer radius of 13.65mm (coin radius plus 2mm wall and 0.4mm clearance) and a total height that accommodates 20 coins plus ... | coin_type = 0;
number_of_coins = 20;
number_of_tubes = 1;
generate_tube = 1;
generate_cap = 1;
generate_tube_bottom_hole = 1;
generate_cap_hole = 1;
tube_wall = 2;
tube_bottom = 3;
tube_cutout_percent_width = 40;
tube_cutout_percent_height = 75;
cap_tube_cutout_percent_width = 60;
clearance = 0.4;
fudge_fac... | glb/cad_c55dddc22817.glb |
Create a Reuleaux Dice Tower. The main body is a pentagonal Reuleaux polygon extrusion with a diameter of 60mm and a height of 110mm. The walls should have a thickness of 2.4mm (6 * 0.4mm).
Hollow out the center of the tower using a smaller concentric Reuleaux polygon extrusion. At the base, create a solid floor with ... | $fn=500;
nozzle=0.4;
tray=0;
function rayon(diameter, baseAngle) = diameter / (2*sin((360-baseAngle)/4));
function dot(baseAngle, nb, diameter) = rayon(diameter, baseAngle) * [-sin(baseAngle*nb),cos(baseAngle*nb)];
function sideLong(diameter, side) = diameter*3.14/side;
module reuleaux(side=3, diameter=10){
dots = ... | glb/cad_01b938310e6d.glb |
Create a storage box with a width of 50mm, length of 70mm, and height of 35mm. The box should have a wall thickness (shell) of 0.8mm. The main body is a hollow rectangular prism with rounded corners.
On the exterior of one width-side wall, add a tag area. This is created by adding a rectangular block 3mm thick and 10m... | type = "box";
box_tag = "yes";
box_handle = "yes";
separators = 2;
width = 50;
lenght = 70;
height = 35;
shell = 0.8;
stackable = "no";
$fn=60;
if (type=="box")
{
box([width,lenght,height],shell);
if(box_tag=="yes")
{
tag(width,height,shell);
}
if(box_handle=="yes")
{
han... | glb/cad_e1117ee17bd5.glb |
Create a modular nozzle storage system consisting of a box, a lid, and two types of insert modules.
For the nozzle module, create a square block 9mm wide and 9mm deep with a height of 9mm. Center a vertical cylindrical hole with a 3.5mm radius and a height of 9mm through the block.
For the heat break module, create ... | type = "box";
nozzle_diameter = 6;
nozzle_total_hight = 13;
nozzle_threaded_hight = 8;
heat_break_diameter = 7;
heat_break_length = 23;
rows = 6;
columns = 6;
clearance = 0.2;
$fn=60;
if (type=="nozzle module")
{
nozzle_module(nozzle_total_hight, nozzle_threaded_hight, nozzle_diameter);
}
else if(type=="heat b... | glb/cad_af1d63d93b23.glb |
Create a binary feeler gauge consisting of a storage case and a set of feeler blades.
For the case, create a vertical container with a total height based on the thickest blade. The main body is a union of a cylinder with a radius of 8.6mm and a central rectangular block measuring 17.2mm wide by 60mm long. Hollow out ... | case = "yes";
unit_type = "1 mm";
feeler = "all";
height_of_feeler = 3;
$fn = 100;
number = height_of_feeler;
unit = return_unit(unit_type);
if (feeler=="single")
{
if (unit_type != "both")
{
translate([12,-60,0])
feeler(unit,number);
}
else
{
echo ("Feeler unit type ... | glb/cad_d81fba87410c.glb |
Create a dice pencil extender consisting of two main parts: a hollow hexagonal sleeve and a solid hexagonal filler.
First, construct the extender sleeve as a hexagonal prism with a height of 70mm and an inner diameter of 7mm. The wall thickness should be 1.2mm. To transform this sleeve into a dice, create small recta... | shape = "hexagon";
extender = "yes";
dice = "yes";
inner_diameter = 7;
height = 70;
shell = 1.2;
filler = "yes";
cap = "yes";
depth = 22;
$fn = 150;
incircle = inner_diameter/2;
spacing = 0.2;
if(filler=="yes")
{
if(cap=="yes")
{
difference()
{
if(shape=="round")
... | glb/cad_888820396bd9.glb |
Create an Allen key extender consisting of a hexagonal sleeve with a tapered base. Start by creating a hexagonal prism with a height of 50mm and an outer flat-to-flat diameter of 5.1mm. Inside this prism, remove a hexagonal hole with a flat-to-flat diameter of 4.3mm and a depth of 12mm, starting from the top face and e... | inner_diameter = 4.3;
height = 50;
depth = 12;
shell = 0.8;
base_diameter = 8;
$fn = 150;
incircle = inner_diameter/2;
base_radius = base_diameter/2;
difference()
{
union()
{
hexagon(incircle+shell,height);
cylinder(r1=base_radius, r2=incircle+shell, h=depth, center=false);
cylinde... | glb/cad_e056490ed25b.glb |
Create a C-clamp cap and top consisting of two separate parts.
First, create a cylindrical cap. Start with a hollow cylinder with an inner diameter of 19.5mm and a wall and bottom thickness of 1mm. The total inner height of the hollow section is 2.3mm, topped by a rim that extends an additional 3mm in height. To make... | cap = "yes";
inner_diameter = 19.5;
inner_height = 2.3;
bottom_and_wall_thickness = 1;
removability = "yes";
top = "yes";
width = 18.4;
height = 4.7;
length = 25;
gap_width = 5.5;
shell = 1;
$fn = 60;
gap = 0.2;
cap_inner_radius = inner_diameter/2 + gap;
cap_outer_radius = cap_inner_radius + bottom_and_wall_thickness... | glb/cad_f4f89b935f56.glb |
Create a diesel fuel cap desk display stand by constructing a solid base and subtracting a central mounting hole. Start by creating a base shape using a hull operation that encompasses a cube of 57mm by 51.5mm by 50mm and a cylinder with a diameter of 80mm and a height of 19.5mm. Rotate this combined mass 45 degrees on... | baseheight=28.5;
difference () {
hull () {
difference () {
translate ([-24,-32.5,-29]) {
cube ([57,51.5,50]);
}
rotate (a=45, v=[1,1,0]) {
translate ([-50,-50,-1]) {
cube ([100,100,100]);
}
}
... | glb/cad_495816d5accf.glb |
Create a Handwire Hot Swap Socket for a mechanical keyboard. Start with a central rectangular base block measuring 13.97mm x 13.97mm x 3.5mm.
At the center of the block, create a vertical cylindrical hole with a diameter of 3.8mm to act as the main stem clamp. Position two smaller vertical cylindrical holes with a di... | $fn = 64;
grid = 1.27;
diode_gauge_mm = 0.508;
wire_gauge_mm = 0.559;
hzExpComp = 1.15;
pin2 = [-2*grid, 4*grid, 1.4];
pin1 = [3*grid, 2*grid, 1.7];
stem = [0, 0, 3.80];
peg1 = [-4*grid, 0, 2.1];
peg2 = [4*grid, 0, 2.1];
base = [11*grid, 11*grid, 3.5];
diode_dia = diode_gauge_mm * 0.98;
wire_dia = wire_gauge_mm * 1... | glb/cad_1aa231bfcd25.glb |
Create a Velbon DF-50 Tripod Shoe mounting plate. Start with a rectangular base measuring 70mm wide, 50mm deep, and 7.5mm thick. Centered on top of this base, add a raised rectangular platform that is 44mm wide, 35.5mm deep, and 1.5mm thick. Surrounding this platform, create a rectangular ridge that is 44mm wide, 35.5m... | difference()
{
union()
{
translate([0,0,-.5])
linear_extrude(height = 1, center = true, scale=1)
square(35.5, center = true);
translate([0,0,3.7])
difference()
{
linear_extrude(height = 7.4, center = true, scale=1.23943661971831)
square(35.5, center = true);
linear_extrude(height = ... | glb/cad_b3d83f061739.glb |
Create a nozzle holder and tool grip by starting with a rectangular base measuring 100mm in length, 27mm in width, and 8mm in height.
On the top surface, create five identical nozzle sockets arranged in a line. Each socket consists of a hexagonal hole with a diameter of 8.1mm and a depth of 3mm, which transitions int... | nozzle_hex_dia=8.1;
nozzle_hex_high=3;
nozzle_thread_dia=6.4;
nozzle_thread_high=7;
grip_length=100;
grip_width=27;
grip_heigth=8;
tool_head_dia=7.8;
hole_distance=17;
hole1_label="0.2";
hole2_label="0.4";
hole3_label="0.6";
hole4_label="0.8";
hole5_label="1.0";
text_font="Chakra Petch:style=Bold";
text_height=1.5;... | glb/cad_85e8949e9dcc.glb |
Create a set of 25 stitch markers for knitting. Each marker is a thin, flat ring. To construct a single marker, create a cylinder with a height of 0.8mm and a radius of 3.3mm. From the center of this cylinder, remove a smaller concentric cylinder with a height of 1.6mm and a radius of 2.7mm to create a hollow ring with... | $fs = 0.01*1;
inside_diameter = 3;
thick = .8;
wall = .3;
module stitch_marker()
{
difference(){
cylinder(h=thick,r=inside_diameter*1.1,center=true);
cylinder(h=thick*2,r=inside_diameter-wall,center=true);
}
}
module arrange(spacing=50, n=5) {
nparts = $children;
for(i=[0:1:n-1], j=[0:n... | glb/cad_cd00905b8254.glb |
Create a filament funnel guide by revolving a specific 2D profile around a central Z-axis with a resolution of 80 facets. The profile is defined by a series of connected points that create a hollow, tiered wall. Starting from the base, create a flat bottom section with a wall thickness of 0.86mm. The inner radius begin... | echo(version=version());
snug=0.08;
filtoler=-0.006;
wall=0.86;
h1=4.1;
h2=5.0;
h3=0.4;
color("orange")
translate([0,0,7.25])
mirror([0,0,1])
translate([0,0,-7.25])
rotate_extrude($fn = 80)
translate([0.9+filtoler,0])
polygon( points=[
[0,0],[wall,0],
... | glb/cad_af874dc107b7.glb |
Create a hollow cube with an outer dimension of 15mm on all sides. To create the interior cavity, remove a smaller cube from the center that measures 13.4mm on all sides, ensuring the inner void is perfectly centered so that the remaining walls are 0.8mm thick on every face. | size=15.0;
wall=0.8;
difference(){
cube(size);
translate([wall, wall, wall]) cube(size-2*wall);
} | glb/cad_30e25d4812bb.glb |
Create a Craftsman Snowblower Hole Plug by constructing a composite cylindrical part. Start with a central cylinder 28.5mm in diameter and 10mm high. Add a wider, shallow base flange 33.75mm in diameter and 5mm thick. Around the upper perimeter of the main cylinder, add a toroidal bead with a cross-sectional diameter o... | od = 28.5;
d = 10;
t = 5;
$fn=72;
intersection() {
difference() {
union() {
cylinder(d1=od+t*1.5,d2=od+t*2,h=t);
cylinder(d=od,h=d+t*2);
translate([0,0,t+d+t/2])
rotate_extrude() translate([od/2-t/4,0]) circle(d=t);
}
translate([-od/2-t,-t/2,t]) cube([od*2,t,d+t]);
translate([0,0,od/2+t/2]) sphe... | glb/cad_f5512e89462d.glb |
Create an extruder adapter plate consisting of two main sections joined at an angle. The top section is a rectangular block 29mm wide, 78mm long, and 7mm thick. Centered on the top face, create a raised cylindrical boss with a diameter of 15.25mm and a height of 9mm. This boss should have a central vertical hole 2mm in... | w = 29;
l = 78;
th = 7;
tth = 2;
hh = 4.7;
hd = 16.5;
mh = 9;
bh = 10;
rotation = 15;
sp = 50;
fhsp = 32;
$fn = 72;
translate([0,0,tth+th])
difference() {
union() {
cylinder(d=12,h=mh);
translate([0,0,mh-3]) cylinder(d=15.25,h=3);
translate([-w/2,0,0]) cube([w,5,mh]);
translate([-w/2,5,0]) cube([w,5,bh]... | glb/cad_2ed54dc93594.glb |
Create a Customizable Depth Ring Tool consisting of three parts: a base, a press, and a depth ring.
First, create the base as a cylinder with a diameter of 23.85mm and a height of 29mm. Bore a central hole through the base with a diameter of 3.675mm. At a height of 24.5mm from the bottom, create a counterbore hole wit... | part = "all";
bitlen = 38;
bitd = 3.175;
ringod = 7.6;
ringthick = 4.5;
setscrewlen = 18;
setscrewd = 4.5;
bitprojection = 21;
maxprojection = 25;
fudge = 0.5;
collarfudge = 0;
wall = 8;
textfont = "Arial Black";
texth = wall;
textt = 0.8;
pressd = bitd * 5;
$fn = 72;
module label(l) {
linear_extrude(... | glb/cad_0ed686c25b3f.glb |
Create a Customizable SMD Turntable Donut and Cover consisting of two main parts: a base donut and a matching cover.
For the donut, create a hollowed circular ring with an internal diameter of 75.5mm, an outer diameter of 139mm, and a total height of 9.5mm. The walls should be 1.2mm thick. The interior of the ring is ... | part = "donut";
internaldiameter = 75.5;
outerdiameter = 139;
h = 9.5;
wall = 1.2;
lipz = 5.6;
liph = 3.5;
toplabel = "";
bottomlabel1 = "";
bottomlabel2 = "";
labelthick = 0.6;
toplabelsize = 8;
bottomlabelsize = 6;
labelfont = "sans:style=Bold";
numsinglebins = 12;
numdoublebins = 3;
numhalfbins = 12;
$fn=72*2;
... | glb/cad_9220913a7477.glb |
Create a PC slot cover with a total length of 120mm, a thickness of 1mm, and a maximum width of 18.3mm. The main body is a long rectangular strip that narrows at the bottom. Start with a base section 10.2mm wide and 7.2mm long. From this base, extend the body upward to a width of 18.3mm for a length of 105.2mm. The top... | module pc_slot_cover(
x=18.3,
y=120,
z=1,
) {
s1 = (x-10.2)/2;
v = [
[10.2, 0, 10.2, y-112.8, 0, 0, 0],
[10.2, y-112.8, x, y-112.8+s1, 0, 0, 0],
[x, y-112.8+s1, x, y-5, 0, 0, 0],
[x, y-5, x, y-2.8, 0, -2.8, 0],
[x, y-2.8, x, y, -2.8, -2.8, 0],
[x, y, x, y+1, -2.8, -2.8, 11.43-z],
];
difference() {
... | glb/cad_7623775326e5.glb |
Create a replacement arm for Bluetooth earmuffs. The part consists of a flat, curved base and a vertical connecting arm.
Start with a base plate that is 15mm thick. The main body is a hull formed between a central cylinder with a 15mm diameter and two outer cylinders with a 20mm radius, positioned 65mm apart along th... | armsp = 85;
clipd = 15;
holed = 6;
earl = 65;
eart = 6;
radiusd = 20;
$fn=72;
module ear(t = 0) {
union() {
d = armsp + t;
hull() {
translate([-(d+t)/2,0,clipd/2])
rotate([0,90,0])
cylinder(d=clipd,h=armsp+t*2);
translate([d/2-radiusd-t/2,earl-radiusd,0])
cylinder(r=radiusd*.9+t,h=clipd*.6+(t?0... | glb/cad_60fd9e8c0237.glb |
Create a Bluedio Turbine 2 replacement band consisting of two concentric curved parts: an inner band and an outer band. Both parts are arcs with a radius of 82.5mm (half of the 165mm band diameter) and span an angle of 150 degrees. The overall width of the assembly is 30mm.
For the outer band, create a curved profile ... | part = "all";
bandd = 165;
banda = 150;
screwsp = 22.5;
screwa = 4;
screwt = 2;
cutoutd = 5.6;
slotw = 21;
slott = 3.5;
cslotw = 10.5;
cslott = 1.2;
wall = 2;
bandw = 30;
$fa=1;
module rsquare(v,r=1) {
cr = max(0.1,min(v[0]/2,v[1]/2,r));
translate([cr,cr]) hull() {
translate([0,0]) circle(r=cr,$fn=36);
... | glb/cad_f4b2a40ba4c1.glb |
Create a CNC 1610 TLO switch holder. Start with a rectangular base block measuring 22mm in width, 38mm in length, and 4mm in height. On the top surface of this base, add a raised rectangular section that is 12mm wide and 20mm long, with a height of 1.4mm, positioned to leave a margin around the edges.
Integrate a ver... | blockh = 18;
blockw = 22;
t = 4;
esw = 20;
essp = 9.5;
esb = 7.5;
boltd = 6;
blockl = esw + boltd*3;
$fn=36;
module screwholes(d=3,t=4) {
translate([0,-essp/2, 0]) cylinder(d=d,h=t*2);
translate([0,essp/2, 0]) cylinder(d=d,h=t*2);
}
module mount() {
t = 1.6;
ed = boltd*1.5;
difference() {
union() {
cube(... | glb/cad_abf51a4902f2.glb |
Create a Customizable Wrench Rack consisting of a rectangular base plate 4mm thick. On this base, place a series of tapered cylindrical posts designed to hold wrenches. The posts should be arranged in a line with a spacing of 11mm between them.
Each post must be tilted backward at a 10-degree angle relative to the ba... | wrenches = "5.5 1/4 10 12 22 1-1/2";
spacing = 11;
wrencht = 13;
posta = 10;
baset = 4;
hmargin = 6;
vmargin = 1;
screwd = 5;
undersizefactor = 0.9;
taper = 1;
textfont = "Arial";
texth = 6;
textt = 0.8;
function hexdia(w) = w*(2/sqrt(3));
function wrench2hex(x) = hexdia((x>3) ? x : x*25.4);
function pars... | glb/cad_267f67b47b18.glb |
Create a Fermtech carboy washer wider carboy ring by constructing a thick hollow cylinder with an outer diameter of 60mm and a total height of 11mm. Remove a central cylindrical core with a diameter of 45mm and a height of 7mm from the bottom of the object. From the remaining upper ring section, which has a height of 4... | baseid = 45;
baset = 7;
basetop = 4;
based = 60;
$fn=72;
difference() {
union() {
cylinder(d=based,h=baset+basetop);
}
union() {
cylinder(d=baseid,h=baset);
cylinder(d=baseid-10,h=baset+basetop);
translate([0,0,baset+0.01])
for(a=[0:72:360]) {
rotate([0,0,a]) hull() {
bo = 30;
translate([-0.1... | glb/cad_456329df52cb.glb |
Create an Apple Maggot Trap consisting of two identical mirrored halves. For one half, start with a sphere 60mm in diameter and hollow it out by removing a concentric sphere 56.8mm in diameter. To create the opening and the mounting flange, remove the front half of the sphere and everything below the center plane, then... | trapd = 60;
trapt = 1.6;
lipw = 3;
lipt = 1;
holed = 5;
jointd = 2;
$fn=72;
module traphalf() {
translate([0,trapd/2+lipw,0]) difference() {
union() {
sphere(d=trapd);
hull() {
cylinder(d=trapd+lipw*2, h=lipt);
translate([0,trapd/2+holed*2,0])
cylinder(d=holed*3, h=lipt);
translate([-(lipw*4... | glb/cad_1de78362fdb5.glb |
Create a bottle rinser adapter by constructing a tapered cylinder with a height of 10mm, a base diameter of 26mm, and a top diameter of 23mm. Centered within this volume, remove a vertical cylinder with a diameter of 15mm. Additionally, carve out a central rectangular slot that passes through the entire height of the o... | id = 15;
od = 26;
rt = 3.5;
rd = 21;
t = 10;
$fn=72;
difference() {
cylinder(d1=od, d2=rd+2, h=t);
union() {
translate([-rt/2,-rd/2,0]) cube([rt,rd,t*2]);
rotate([0,0,90])
translate([-rt/2,-rd/2,0]) cube([rt,rd,t*2]);
cylinder(d=id, h=t*2);
}
} | glb/cad_07b50c4a4eca.glb |
Create a lead screw nut plate with a base rectangular block measuring 33mm wide, 35mm long, and 10mm thick. Round the two corners at the rear of the block with a 4mm radius. At the front center of the block, add a small rectangular protrusion measuring 5mm wide, 6mm long, and 6mm high.
Carve several holes through the ... | w = 33;
l = 35;
t = 10;
ot = 6;
cr = 4;
d=8.5;
nd = 22;
nt = 3.5;
$fn=36;
difference() {
union() {
hull() {
cube([w,0.1,t]);
translate([cr,l-cr,0]) cylinder(r=cr,h=t);
translate([w-cr,l-cr,0]) cylinder(r=cr,h=t);
translate([w/2,25,-0.1]) cylinder(d=nd+5,h=t);
}
translate([(w-5)/2,-6,0]) cube([5,6,... | glb/cad_057ca27ab508.glb |
Create a small bit chuck consisting of three main components: a shaft, a collet, and a chuck nut.
First, create a hexagonal shaft with a diameter of 7.1mm and a length of 30mm. Remove a central cylindrical core to leave a hollow interior.
Second, construct the collet. Start with a base cylinder of 12mm diameter and 1... | part = "collet";
bitd = 3.175;
shaftlen = 30;
shaftd = 7.1;
tolerance = 0.4;
colletd = 12;
colletlen = 10;
tiplen = 5;
stemlen = 10;
chuckd = 18;
njaws = 3;
$fn=72;
module shaft() {
difference() {
cylinder(d=shaftd, h=shaftlen, $fn=6);
translate([0,0,9]) rotate_extrude()
translate([6.7,0]) circle(d... | glb/cad_6072c2d18e99.glb |
Create a CNC ziptied X/Y endstop mount consisting of a base plate and a raised mounting section. Start with a rectangular base measuring 14mm wide by 26.5mm long and 1.6mm thick. Centered on this base, add a raised rectangular section that is 4mm wide and 26.5mm long, with a height of 1.4mm, leaving a 10mm margin from ... | blockh = 18;
blockw = 14;
blockl = 26.5;
t = 4;
esw = 20;
essp = 9.5;
esb = 7.5;
$fn=36;
module screwholes(d=3,t=4) {
translate([0,-essp/2, 0]) cylinder(d=d,h=t*2);
translate([0,essp/2, 0]) cylinder(d=d,h=t*2);
}
module mount() {
t = 1.6;
cube([blockw,blockl,t]);
translate([0,0,t]) cube([blockw-10,blockl,1.4]);... | glb/cad_cb6f3c6f5404.glb |
Create a CNC 1610 pen holder consisting of a main body and a spring component. For the body, start with a cube 33mm wide, 33mm deep, and 45mm high, centered on the origin. Add a vertical cylindrical extension protruding from the bottom, created by the hull of two cylinders with a diameter of 17mm: one with a height of ... | holderw = 33;
holderh = 45;
penext = 30;
penh = 115;
springh = 20;
springl = 15;
penmaxd = 11;
penmind = 6;
penload = 2;
w = 3;
$fn=36;
module spring() {
sh = springh+penload;
difference() {
hull() {
cylinder(d=penmaxd,h=w);
translate([0.5,0,sh-w])
scale([1,1.2,1]) cylinder(d=penmaxd-1,h=w);
transla... | glb/cad_83732636ab52.glb |
Create a CNC 1610 Z carriage. The main body is a block with a width of 58mm, a height of 34mm, and a length of 83.5mm. The body features a central vertical cutout for a spindle with a diameter of 45mm.
On the sides, create two circular holes for LM8SUU bearings with a diameter of 15.4mm, positioned 19.1mm from the cen... | $fn=72;
zw = 58;
zh = 34;
zl = 83.5;
zdrop = 0;
zdropl = 23;
zlift = 10;
zliftl = 35;
zch = zh + zdrop + zlift;
bearingd = 15.4;
bearingsp = 19.1;
bearingo = 12;
screwo = bearingo;
screwd = 10.4;
springd = 13;
couplerd = 18;
springdepth = 21;
flangedepth = 12;
flangew = 13;
flangel = 25;
flangeh = 10;
knobd = 14;... | glb/cad_acbebd0eea91.glb |
Create a U-shaped bracket with a total width of 42mm, a height of 34mm, and a depth of 10mm. The bracket consists of two vertical side walls and a connecting top bar, all with a thickness of 4mm. Each vertical side wall is a rectangular block 4mm wide, 34mm high, and 10mm deep. These walls are positioned at the far lef... | w = 42;
h = 34;
l = 10;
t = 4;
cd = 10;
slotc = cd;
$fn=36;
module side() {
cube([t,h+t*2,l]);
translate([0,t/2,0]) rotate([0,0,90]) cylinder(d=t,h=l);
}
*cube([w,h,l*2]);
translate([w,-t,0]) side();
translate([0,-t,0]) mirror([1,0,0]) side();
translate([0,h,0]) union() {
difference() {
union()... | glb/cad_ecc18ad2bf0b.glb |
Create a Z plate for a CNC 1610 with a base footprint of 18mm by 18mm and a height of 4mm. From this base, extend a vertical rectangular wall 18mm wide, 4mm thick, and 42mm high. On the opposite side of the base, add a vertical block 4mm wide, 18mm deep, and 4mm high, which then extends upward to a height of 42mm. To f... | difference() {
union() {
cube([18,4,42]);
cube([18,18,4]);
hull() {
cube([4,18,4]);
cube([4,4,42]);
}
}
union() {
translate([(18-5)/2, -0.1, 37]) cube([5,5,3]);
translate([15,9,-0.1]) cylinder(d=2,h=5);
translate([8,12,-0.1]) cylinder(d=2,h=5);
}
} | glb/cad_9f321e707b9a.glb |
Create a Z plate for a CNC 1610. Start by forming a base shape that is a hull combining a cylinder with a diameter of 21.8mm and a height of 12mm, and a thin rectangular slab measuring 0.1mm thick, 21.8mm wide, and 12mm high, positioned at a height of 44mm. To this combined volume, add a rectangular block measuring 21.... | t = 12;
w = 21.8;
$fn=72;
difference() {
hull() {
translate([-w/2,44,0]) cube([w, 0.1, t]);
cylinder(d=w, h=t);
}
cylinder(d=16,h=5);
cylinder(d=12,h=t*2);
translate([0,44-3.5-10,-.1]) cylinder(d=5,h=t*2);
translate([-w,44-20-3.5,0]) cube([w*2,20,t-5]);
} | glb/cad_2e8b365f5afc.glb |
Create a bulb holder consisting of a flat rectangular base and a central cylindrical collar. Start with a base plate measuring 27mm in length, 16mm in width, and 2mm in height, centered on the origin. In the center of this plate, construct a hollow vertical cylinder with an outer diameter of 9mm and a height of 7mm. Th... | $fn=36;
difference() {
union() {
cube([27,16,2], true);
cylinder(d=9,h=7);
translate([0,0,-4.5]) cube([9,3,7],true);
*difference() {
translate([0,0,2.5])
union() {
translate([0,(16-3)/2,0]) cube([27,3,4],true);
translate([0,-(16-3)/2,0]) cube([27,3,4]... | glb/cad_11f8544f2afc.glb |
Create a 2020 Dial Indicator Mount by starting with a rectangular base measuring 35mm in length, 20mm in width, and 6mm in height. Centered along the length of this base, add a perpendicular rectangular lug that extends 16mm beyond the base's width, resulting in a total width of 36mm; this lug should be 20.1mm long and... | extw = 20;
slotw = 6;
basel = 35;
offset = 23;
lugt = 6.7;
lugw = 16;
holed = 6.5;
screwhd = 10;
mountt = 6;
mountl = extw + offset + holed;
difference() {
union() {
cube([basel, extw, mountt]);
translate([(basel-lugt*3)/2,0,0])
cube([lugt*3, mountl, lugw]);
}
translate([holed, extw/2, ... | glb/cad_f8a9459056a8.glb |
Create a Customizable Radius Tool with a total thickness of 4mm. The main body is a flat plate formed by the convex hull of four circles located at the corners of a rectangular area. These circles have radii of 15.875mm (5/8"), 6.35mm (1/4"), 19.05mm (3/4"), and 12.065mm (3/8"). The overall boundary is the smallest con... | $fn = 100;
in = 25.4;
r1 = (5/8) * in;
r1txt = "5/8";
r2 = (1/4) * in;
r2txt = "1/4";
r3 = (3/4) * in;
r3txt = "3/4";
r4 = (3/8) * in;
r4txt = "3/8";
thickness = 4;
targetTxtSize = 10;
textThickness = 1;
txtShiftAdd = 5;
chamfer = .4;
tol = .001;
maxX = max(r1, r4) * 2;
minX = -max(r2, r3) * 2;
maxY = max(r... | glb/cad_ab24d7be7b30.glb |
Create a Customizable Radius Tool with a total thickness of 2mm. The main body is a flat plate centered at the origin, extending approximately 21.5mm from the center to the edges along both the X and Y axes.
The plate features four circular cutouts of different radii located at the corners. In the top-right corner, c... | $fn = 100;
in = 25.4;
r1 = (5/8) * in;
r1txt = "5/8";
r2 = (1/4) * in;
r2txt = "1/4";
r3 = (3/4) * in;
r3txt = "3/4";
r4 = (3/8) * in;
r4txt = "3/8";
thickness = 2;
minsep = 10;
targetTxtSize = 5;
textThickness = 1;
txtShiftAdd = 2;
chamfer = .4;
tol = .001;
maxX = max(r1, r4) + minsep/2;
minX = -max(r2, r3... | glb/cad_b2e6f0c27d0b.glb |
Create an MMU2S Electrical Cover with Spring Retention. Start with a main rectangular body measuring 125mm in length, 56mm in width, and 15mm in height, positioned from x=-29 to x=96 and y=-21 to y=35.
On the top surface, create a recessed central area measuring 108mm by 48mm by 15mm. Within this area, remove several... | module nut_cut()
{
translate([0,0,2]) cylinder(r1=3.1, r2=4, h=4, $fn=6);
difference()
{
cylinder(r=3.1, h=4, $fn=6);
translate([-3.65,-5,-0.4]) cube([2,10,1]);
translate([1.65,-5,-0.4]) cube([2,10,1]);
translate([-2,1.65,-0.7]) cube([4,4,1]);
translate([-2,-5.65,-0.7... | glb/cad_eb2bc3a0e916.glb |
Create a Big Cone test print by constructing a cone with a height of 210mm. The base of the cone should be an ellipse with a width of 210mm along the x-axis and a depth of 250mm along the y-axis. The shape should taper linearly from this elliptical base to a single point at the apex, 210mm above the center of the base. | $fa = .01;
$fs = $preview ? 1 :.2;
x=210;
y=250;
z=210;
scale([x/max(x,y),y/max(x,y),1]) cylinder(h=z, d1=max(x,y), d2=0); | glb/cad_50dde005dcde.glb |
Create a 3.5x3 Bay to 120mm fan converter. Start with a central rectangular plate 149.35mm wide, 42.52mm high, and 5mm thick. In the center of this plate, create a circular cutout with a diameter of 128mm. Within this circular area, construct a grille consisting of a 3x3 grid of square cells. Each cell is formed by int... | $fa = .01;
$fs = $preview ? 10 : .3;
inch=25.4;
height_outer =1.666*inch*3;
height_inner = 1.635*inch;
width_outer = 5.889*inch;
width_inner = 5.750*inch;
hole_h1 = 10;
hole_h2 = 21.84;
hole_l1 =47.4;
d_arctic = 128;
twt_arctic = 1.65;
support_thickness_a = 5;
support_thickness = min(support_thickness_a, (width_in... | glb/cad_8eba45e3dbe5.glb |
Create a dual perspective name plate featuring two strings of text, "ABCD" and "1234", where each character is 14mm high. For each pair of characters, create a 3D intersection of the two letters: the first letter should be oriented vertically and the second letter rotated 90 degrees on the Z-axis, so they cross each ot... | text1 = "ABCD";
text2 = "1234";
font="Arial:Black";
height = 14;
spacing = 15;
base_diameter=20;
base_height = 3;
module nameplate(t1, t2) rotate([0,0,-90]) translate([(-len(t1)+1)/2*spacing, (-len(t1)+1)/2*spacing, 0]) {
assert(len(t1) == len(t2), "Texts must be same length");
for (i = [0:len(text1) - 1]) ... | glb/cad_7174765f5819.glb |
Create three flag-themed cookie cutters, each with a rectangular outer border measuring 80mm wide by 53.3mm tall and a wall thickness of 1.67mm. The base of the walls should be 6.35mm thick.
For the Italy cutter, add two vertical internal strips, each 1.67mm wide and 53.3mm tall, positioned symmetrically to divide the... | $fa = .01;
$fs = $preview ? 1 : .1;
w = 80;
h = w * 2 /3;
cookie_thickness=1/4*25.4;
d2 = cookie_thickness;
thickness = 1.67;
thickness2 = 3.30;
module border(){
translate([0,0,-cookie_thickness/4]) borderize(){
cube([w, h, cookie_thickness*1.5], center=true);
}
for(i=[-1,1]){
hull(){
... | glb/cad_ac7fffba683b.glb |
Create a Bandaid Box organizer by starting with a solid rectangular block measuring 99mm in length, 43mm in width, and 148.48mm in height. Orient the block so that the 148.48mm dimension is the vertical height. From the top face, remove three rectangular sections to create three tiered open compartments. The first comp... | twt = .879;
bt = .8;
lwh1 = [79,33,1.4*40];
lwh2 = [96,36,1.4*35];
lwh3 = [96,43,1.4*25];
bbox = [100-1,44-1,152-1];
h3 = bbox[2]-twt*4;
rotate([0,-90,0]) difference(){
translate([0,-twt,-twt]) cube(bbox);
translate([bbox[0]-lwh1[0],0,0])
cube([lwh1[0],bbox[1]+-2*twt,h3*.40]);
translate([bbox[0... | glb/cad_f14d797f2927.glb |
Create a corner shelf for a sunrise alarm clock. Start by forming a flat, quarter-circle base with a radius of 170mm and a thickness of 5mm. From this base, extend two vertical walls that rise from the straight edges of the quarter-circle to create a containment lip. These walls should be 5mm thick and follow the strai... | $fa = .01;
$fs = $preview ? 5 : 1;
width = 170;
depth = 58+5;
d=width*.378 + 10;
base_thickness = 5;
module clock_base(h){
translate([d,d,0]) rotate([0,0,-45]) scale([1,depth/width,1]) cylinder(h=h,r=width/2);
}
module shelf_void(){
intersection(){
cube([200,200,base_thickness]);
minkowski(){... | glb/cad_ba80b4d5ce1f.glb |
Create a parametric calibration cube with an outer dimension of 25mm for the side length and 25mm for the height. The cube should be hollow, featuring walls with a thickness of 0.9mm and a bottom floor thickness of 2mm.
To create the hollow interior, remove a central block from the top, leaving the specified wall and... | $vpr=[90 - atan(sin(45)),0,45]*1;
$vpd = ( 600 + 12 );
include <Recymbol/library.scad>
Floor_thickness = 2;
Wall_thickness = 0.9;
Cube_side = 25;
Cube_height = 25;
Layer_height = 0.2;
Material = "PLA";
Custom_material_type ="";
Symbol_font = "Liberation Sans:style=regular";
add_recymbol = "none" != Material;
... | glb/cad_bdbe2c32591e.glb |
Create a magnetic goniometer key holder by constructing a composite conical tower. Start with a cylindrical base 20mm in diameter and 3.4mm in height. Atop this base, add a truncated cone that transitions from a 20mm diameter at its bottom to a 10mm diameter at the top over a height of 25mm. To create the internal cavi... | magnet_dia = 6.4;
magnet_hgh = 3.4;
$fn = 80;
difference() {
union() {
translate([0,0,0]) cylinder(d=20,h=magnet_hgh);
translate([0,0,magnet_hgh-0.01]) cylinder(d1=20, d2=10, h=25);
}
union() {
translate([0,0,-0.1]) cylinder(d=magnet_dia,h=magnet_hgh+0.1);
translate([0,0,magnet_hgh+2]) cylinder(d... | glb/cad_dc7dc3061c6c.glb |
Create a Couch Arm Coffee Table consisting of a flat square base with a recessed circular top. Start by creating a solid cube that is 152.4mm wide, 152.4mm deep, and 19.05mm thick. Center a cylindrical hole through the middle of this cube with a diameter of 137.16mm and a depth of 19.05mm, leaving a flat circular floor... | w_inches = 6;
h_inches = 0.75;
width = w_inches*25.4;
depth = width;
height = h_inches*25.4;
union()
{
translate([width/2-height/4,0,0]) rotate([0, 90, 0]) mirror_copy()
edges();
translate([-width/2,0,0]) rotate([0, 90, 0]) mirror_copy()
edges();
coffee_top();
}
module coffee_top()
{
differen... | glb/cad_ffeaf193486e.glb |
Create a Cup Holder Insert consisting of two stacked concentric sections. First, construct a bottom tapered sleeve with a height of 66.5mm. This base should be a hollow frustum with an outer diameter tapering from 66mm at the bottom to 70mm at the top. The wall thickness of this base is 25.4mm.
Directly on top of thi... | cup_base_bottom_dia = 66;
cup_base_top_dia = 70;
cup_top_dia = 82;
thickness1 = 1*25.4;
thickness2 = 0.25*25.4;
cup_bottom_height = 66.5;
cup_top_height = 60;
height3 = 6;
union()
{
translate([0,0,-cup_bottom_height/2]) bottom_insert();
translate([0,0,height3/2]) cylinder(h=height3, d1=cup_base_top_dia, d2=cup... | glb/cad_1ebd45d45c35.glb |
Create a Couch Cup Holder Insert consisting of a tapered base and a flat top ring. Start by creating a hollowed-out conical frustum for the base with a height of 31mm, a bottom diameter of 76mm, and a top diameter of 80mm. The walls of this base should be 25.4mm thick, leaving a central void.
On top of this base, add... | cup_insert_bottom_dia = 76;
cup_insert_top_dia = 80;
cup_top_outer_dia = 115;
cup_top_inner_dia = 103;
thickness1 = 25.4;
thickness2 = 6;
cup_insert_height = 31;
cup_top_height = 12;
height3 = 3;
union()
{
translate([0,0,-cup_insert_height/2]) bottom_insert();
translate([0,0,height3/2]) cylinder(h=height3, d1=... | glb/cad_14f27c4c3598.glb |
Create a Wire Shelf Hook consisting of a central S-shaped curved body and three small rectangular support blocks. The main body is formed by two opposing semi-circular arcs connected by a straight central segment, all with a uniform thickness of 4mm and a height of 4mm. The first arc has a radius of 10mm, and the secon... | union(){
hook(10,6.4,4,30);
translate([-12.8,-15,0])cube([4,10,4]);
translate([-12.8,-5,0])cube([5,4,4]);
translate([10,11,0])cube([6,4,4]);
}
module hook(rad1,rad2,thickness,distance){
union(){
translate([rad1-thickness,distance/2,0]) hookend(rad1,thickness);
translate([-rad2,-dist... | glb/cad_45f40ab18df5.glb |
Create a PC Fan Magnetic Stir Plate consisting of a main base and an electronics bay.
Start with a circular base that has a top diameter of 125mm and a height of approximately 28.3mm. The top surface is a frustum that tapers slightly inward. In the center of the base, create a cylindrical recess with a 40mm diameter ... | function inch(x) = x*25.4;
e=0.01;
wall=3.0;
layer=0.30;
magnet_d = inch(1/8);
magnet_cover = -e;
magnet_w = 40;
fan_size = 80+1;
fan_mounting_pitch = 71.5;
fan_m_hole_dia = 4.4;
top_w = fan_size+45;
top_h = 25.5 + magnet_d + magnet_cover;
elecbay_w = 50;
elecbay_d = 28;
relief_h=4 + magnet_d + magnet_cover;
dif... | glb/cad_4c4bb6148b86.glb |
Create a PC Fan Magnetic Stir Plate base. Start by constructing a main cylindrical body with a total height of 7.175mm. The bottom section is a short cylinder with a radius of 19.9mm and a height of 4.318mm, featuring a slight fillet where it meets a larger central cylinder of 39.8mm diameter and 4.318mm height. Above ... | function inch(x) = x*25.4;
wall=2.4;
e=0.01;
magnet_w = inch(3/8)+0.3;
magnet_d = inch(1/8)+3.0;
magnet_fillet = magnet_d/3;
magnet_sep = 19;
fan_blades=7;
fan_blade_w=6;
h=magnet_d+4 ;
fan_w=33.0;
$fn=100;
difference() {
union() {
cylinder(r1=fan_w/2+wall-magnet_fillet, r2=fan_w/2+wall, h=magnet_fillet);
... | glb/cad_521e095f5169.glb |
Create an electronics enclosure panel with a total width of 46.3mm and a height of 137mm, and a thickness of 9mm. The panel features a rounded dip on one side with an outer diameter of 61.65mm and an inner diameter of 45mm.
On the face of the panel, create a grid of rectangular vent holes. Each vent is 2mm wide by 10... | pX = 46.3;
pY = 137;
pTh = 9;
inTh = 2.0;
exW = 20;
inWTh = 3.0;
fW = 15-inWTh;
oHX1 = 0;
oHX2 = 23.2;
oHX2Bolts = 10.1;
oHY1 = 0;
oHY2 = 0;
pYStep = 20-inWTh+20;
pYStep = 20-inWTh+44.5;
rDipD = 45;
rDipX = 30.825+oHX2;
rDipZ = pTh+18.5;
rDipD2 = (rDipX-oHX2)*2;
bHD = 5.8;
bHHD = 11.0;
bHPlaceY1 = [];
bHPlaceY2 =... | glb/cad_fb03032c5101.glb |
Create an electronics enclosure panel with a total width of 46.3mm and a height of 98mm, and a thickness of 9mm. The main body is a rectangular slab, but include a thin lip extending 10mm from the top edge.
On the face of the panel, create a series of ventilation slots. These slots should be 2mm wide and 10.5mm high, ... | pX = 46.3;
pY = 98;
pTh = 9;
exW = 20;
inWTh = 3.0;
fW = 15-inWTh;
fW = 0;
oHX1 = 0;
oHX2 = 23.2;
oHX2Bolts = 10.1;
oHY1 = 0;
oHY2 = 0;
pYStep = 20-inWTh+20;
pYStep = 20-inWTh+44.5;
rDipD = 45;
rDipX = 30.825+oHX2;
rDipZ = pTh+18.5;
rDipD2 = (rDipX-oHX2)*2;
bHD = 5.8;
bHHD = 11.0;
bHPlaceY1 = [];
bHPlaceY2 = [];
... | glb/cad_76d6be2abd50.glb |
Create an Electronics Enclosure for Jubilee consisting of a main panel and a keystone jack mount.
Create a rectangular panel with a width of 46.325mm, a length of 429.8mm, and a thickness of 4.7625mm. The panel should have a central recessed area that is 2mm thick, leaving a wall thickness of 3mm around the perimeter... | pX = 49.5-3.175;
pY = 429.8;
pTh = 4.7625;
inTh = 2.0;
exW = 20;
inWTh = 3.0;
oHX2 = 3.175;
oHX1 = 0;
oHY2 = 20;
oHY1 = 20;
b1D = 5.5;
b1HD = 11.0;
bHSideZ = pTh+exW/2;
bHFaceY = exW/2;
bHPlaceX1 = [];
bHPlaceX2 = [];
bHPlaceY1 = [];
bHPlaceY2 = [];
b2D = 3.5;
b2NW = 5.8;
b2NH = 2.4;
b2NStep = .30;
pSockCX = 30... | glb/cad_5a72899208f6.glb |
Create a landing gear wire reinforcement consisting of two mirrored halves. Each half is based on a main mount body and an extending arm.
The main mount is a rounded rectangular block 60mm wide, 47mm deep, and 10.9mm high. In the center of the mount, create a vertical elliptical cutout 30mm in diameter with an aspect ... | wall = 3*0.6;
foam_w = 5;
mount_w = 60;
mount_d = 47;
mount_h = 10.9;
mount_split = 7;
mount_wire_offset = 8.5;
mount_cutout_dia = mount_w*0.5;
mount_cutout_aspect = 1.75;
skewer_dia = 3.8;
wire_dia = 2.1;
wire_h = 159.4;
wire_w = 250.7;
wire_angle = -acos(wire_w/2 / wire_h);
wire_thick = 9;
zip_w = 3.5;
zip_h = 1... | glb/cad_b15eefa20e05.glb |
Create a set of cable clamps. Each clamp is a composite shape consisting of a base block and two cylindrical protrusions.
First, create a rectangular base block measuring 35mm wide, 30mm deep, and 5mm high. On the top surface of this block, add two cylinders, each with a diameter of 17mm and a height of 5mm, position... | $fn = 50;
translate([10, 5, 0]) cable_clamp2();
translate([10, 47, 0]) cable_clamp2();
translate([30, 5, 0]) cable_clamp3();
translate([30, 47, 0]) cable_clamp3();
translate([70, 5, 0]) cable_clamp3();
translate([70, 47, 0]) cable_clamp3();
module cable_clamp3() {
difference() {
union() {
cube... | glb/cad_f8cbf97f8d40.glb |
Create a Laser Fixings Holder with a total length of 80mm. The object is composed of several rectangular walls arranged to form a supportive bracket.
First, create a back wall that is 3mm wide, 36.5mm high, and 80mm long. Attached to the top of this back wall, add a top plate that is 60mm wide, 3mm thick, and 80mm lo... | $fn = 50;
$length = 80;
blocks();
module blocks() {
difference() {
union() {
translate([3, 0, 0]) cube([60, 3, $length]);
cube([3, 36.5, $length]);
translate([3, 33.5, 0]) cube([2, 3, $length]);
translate([33.5, 3, 0]) cube([3, 15, $length]);
}
... | glb/cad_6083460e75aa.glb |
Create a 3030 Foot for a CoreXY engraver. Start by creating a square base plate measuring 30mm by 30mm with a height of 5mm. On the top surface of this base, add four identical polygonal inserts, each with a height of 5mm.
Position the first insert at the front-left corner (0, 0, 5). Place the second insert at the ba... | $fn = 50;
cube([30, 30, 5]);
translate([0, 0, 5]) insert_Poly();
translate([30, 30, 5]) rotate([0, 0, 180]) insert_Poly();
translate([0, 30, 5]) rotate([0, 0, 270]) insert_Poly();
translate([30, 0, 5]) rotate([0, 0, 90]) insert_Poly();
module insert_Poly() {
linear_extrude(5)
polygon([[11.44, 0],[11.44, 2.21... | glb/cad_938af51a5e9b.glb |
Create a Laser CNC Camera Mount. Start by constructing a base support plate using a linear extrusion with a height of 3mm, defined by a polygon with vertices at [0,15], [159,15], [129,0], and [30,0].
Build the main body by joining several rectangular blocks: a top section measuring 162mm x 3mm x 33mm, a left side blo... | $fn = 50;
difference() {
union() {
cube([3+30+126, 3, 33]);
translate([0, 3, 0]) cube([3, 30, 33]);
translate([0, 33, 0]) cube([6, 3, 33]);
translate([33, 3, 0]) cube([3, 15, 33]);
translate([0, -15, 0]) linear_extrude(3) polygon([[0,15],[159,15],[129,0],[30,0]]);
}
... | glb/cad_5b0da1203218.glb |
Create a foot for a panel button box. The object is a linear extrusion with a height of 131mm. The cross-section is defined by a 2D polygon with the following vertices: start at [0,0], move to [0,4], then to [3,7], [4,7], [4,4], [8,4], [8,7], [9,7], [12,3], and end at [12,0]. Position the resulting shape so it is rotat... | $fn = 50;
foot();
module foot() {
translate([0, 131, 0]) rotate([90, 0, 0]) linear_extrude(131)
polygon([[0,0],[0,4],[3,7],[4,7],[4,4],[8,4],[8,7],[9,7],[12,3],[12,0]]);
}
module test() {
difference() {
cube([45, 49, 2]);
translate([4,4,0]) linear_extrude(4) polygon([[0,20.5],[36,41],... | glb/cad_718fd12e9ec9.glb |
Create a LaserBase mount by constructing a base composed of several joined rectangular blocks. Start with a central block measuring 56mm by 100mm with a height of 8mm, and attach a second block measuring 71mm by 100mm with a height of 4mm to one side. Add two side walls, each 4mm wide, 100mm long, and 15.25mm high, pos... | $fn=50;
difference() {
union() {
translate([7, 0, 0]) cube([56, 100, 8]);
translate([0, 0, 0]) cube([56+15, 100, 4]);
translate([0, 0, 4]) cube([4, 100, 15.25]);
translate([56+8+2, 0, 4]) cube([5, 100, 15.25]);
translate([4, 100, 12.75]) rotate([90, 0, 0]) linear_extrude(... | glb/cad_94b54a03ee89.glb |
Create a high-voltage cage for a LaserCNC electronics base. Start with a main body composed of four walls and a cap. The bottom wall is a rectangular block measuring 45mm x 5mm x 95mm. The left wall is a block measuring 5mm x 89.5mm x 95mm, positioned 40mm from the origin along the X-axis. The top wall is a block measu... | $fn=50;
hvCage();
module hvCage() {
difference() {
union() {
translate([40, 0, 0]) cube([5, 89.5, 95]);
translate([0, 0, 0]) cube([45, 5, 95]);
translate([0, 84.5, 0]) cube([45, 5, 95]);
translate([0, 0, 90]) cube([45, 89.55, 5]);
translate([0, 0... | glb/cad_a4048dd844a3.glb |
Create a set of laser spacers consisting of several rectangular blocks and L-shaped brackets.
First, create two identical L-shaped components. Each consists of a base plate measuring 30mm by 70mm by 3mm, with a vertical wall extending upwards from one edge. This wall should be 35mm high and 3mm thick, with a small tr... | $fn = 50;
translate([30, 35, 0]) rotate([0, 0, 180]) {
translate([4, 0, 0]) cube([26, 35, 3]);
translate([4, 0, 0]) cube([3, 35, 35]);
translate([4, 35, 18]) rotate([90, 0, 0]) linear_extrude(35)
polygon([[0,0],[-4,7],[0,7]]);
}
translate([30, 109, 0]) rotate([0, 0, 180]) {
translate([4, 37, 0... | glb/cad_1d9a09896654.glb |
Create a replacement toy cash register coin by constructing a hollow cylinder with an outer diameter of 34.9mm and a height of 14mm, with a concentric inner hole 28mm in diameter. Insert a solid cylinder with a diameter of 29mm and a height of 8mm, positioned 3mm from the base, to create a recessed center. On the top s... | $fn=50;
union() {
difference() {
cylinder(h=14, d=34.9);
cylinder(h=14, d=28.0);
}
translate([0, 0, 3])
cylinder(d=29, h=8);
translate([-7, -7, 9])
linear_extrude(5)
text("5", 17,font="Nimbus Mono L:style=Bold");
translate([7, -7, 5])
rotate([0... | glb/cad_fa064a72a571.glb |
Create a replacement toy cash register coin by constructing a hollow cylinder with an outer diameter of 39mm and an inner diameter of 30mm, both with a height of 11mm. Insert a solid cylinder with a diameter of 32mm and a height of 6mm, positioned 2mm from the base, to create a recessed center. On the top surface, add ... | $fn=50;
union() {
difference() {
cylinder(h=11, d=39);
cylinder(h=11, d=30.0);
}
translate([0, 0, 2])
cylinder(d=32, h=6);
translate([-13.5, -7, 7])
linear_extrude(4)
text("25", 17,font="Nimbus Mono L:style=Bold");
translate([13, -8, 7])
rotate... | glb/cad_931f56c56d77.glb |
Create a toy cash register coin by constructing a hollow cylinder with an outer diameter of 33mm and an inner diameter of 24mm, both with a height of 18.5mm. Integrate a solid cylinder into the center of this ring with a diameter of 32mm and a height of 12mm, positioned 3mm from the base. On the top surface, add the nu... | $fn=50;
union() {
difference() {
cylinder(h=18.5, d=33.0);
cylinder(h=18.5, d=24.0);
}
translate([0, 0, 3])
cylinder(d=32, h=12);
translate([-11.5, -6, 11.5])
linear_extrude(7)
text("10", 15,font="Nimbus Mono L:style=Bold");
translate([11.5, -7, 7])
... | glb/cad_818569f2e604.glb |
Create an offset vacuum adapter consisting of two hollow cylindrical pipes connected by a tapered transition section. The walls of the entire object must be 1.6mm thick.
The first pipe is a vertical cylinder with an inner radius of 15mm and a total height of 30mm. The second pipe has an inner radius of 22.5mm and a t... | r1 = 30/2;
r2 = 45/2;
height = 30/2;
transition_height = 50;
hull_height = 5;
wall_thickness=1.6;
$fn=100;
translate([0, 0, height*2]) {
translate([0,0,transition_height+hull_height])
pipe(r1, height, wall_thickness);
translate([r1/2,0,-height*2-0])
pipe(r2, height, wall_thickness);
ad... | glb/cad_bf6defb629d3.glb |
Create a slim wallet consisting of a rounded rectangular plate with a width of 55mm, a height of 89mm, and a thickness of 2.3mm. The four corners of the plate must have a radius of 4mm.
To allow for a securing band, carve a central rectangular channel through the thickness of the plate. This channel should be 19mm wid... | module __Customizer_Limit__ () {}
production = 1;
$resolution = (production && !$preview) ? 150 : 25;
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
$width = 55;
$height = 89;
$de... | glb/cad_c268daa6cd75.glb |
Create a replacement cap for a Magigoo bottle. Start by creating a hollow cylinder with an outer diameter of 28.8mm and a total height of 35mm. The interior should be a hollow bore with a diameter of 26mm.
Inside the cylinder, add internal threading to the walls. These threads should have a pitch of 3mm and continue f... | module __Customizer_Limit__ () {}
production = 1;
$resolution = (production && !$preview) ? 150 : 25;
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution);
}
use <Naca_sweep.scad>
differe... | glb/cad_b02ab1006a72.glb |
Create a remote holder for a Haier AC remote. Start by creating a solid outer shell with a base dimension of 113mm in length, 50mm in width, and 9.75mm in height. Apply a 3mm radius fillet to all exterior edges of this shell.
Carve out a central cavity to house the remote, which measures 88mm in length, 50mm in width,... | monoprice_version = false;
module __Customizer_Limit__ () {}
production = 1;
jpeghq = 0;
$resolution = (production && !$preview) ? 150 : (jpeghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
ec... | glb/cad_c6f481de826c.glb |
Create a Cabinet Spring Plunger consisting of three separate components. First, create a base part starting with a rectangular block 20mm wide, 29mm deep, and 4mm high. Centered on the top face, add two cylinders with a diameter of 20mm and a height of 4mm, one positioned at the front and one at the rear. Cut a horizon... | $fn = 50;
translate([0, 20, 0]) springPlungerBase();
translate([4.5, 4.5, 0]) springPlungerEnd2();
translate([20, 9, 0]) springPlungerEnd();
module springPlungerEnd2() {
difference() {
cylinder(h=6, d=9);
translate([0, 0, 2]) cylinder(h=4, d=6.2);
}
translate([-3.8, -2.5, 0]) cube([2, 5, 6... | glb/cad_3cdbace12c2c.glb |
Create an air vent holder opener consisting of a rectangular base and a series of integrated hooks. Start with a rectangular block 130mm long, 7mm wide, and 6mm high. At the far end of the block, add a semi-cylindrical hook with a radius of 6mm and a height of 7mm.
Along the length of the block, create a series of id... | module __Customizer_Limit__ () {}
production = 1;
jpeghq = 0;
$resolution = (production && !$preview) ? 150 : (jpeghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution)... | glb/cad_a66d1a2fb8c9.glb |
Create an air vent holder consisting of a rectangular base and a series of semi-circular notches. Start with a rectangular block 130mm long, 10mm wide, and 6mm high. At the end of this block, add a cylinder with a radius of 6mm and a height of 10mm, oriented so its flat face is flush with the end of the rectangle and i... | module __Customizer_Limit__ () {}
production = 1;
jpeghq = 0;
$resolution = (production && !$preview) ? 150 : (jpeghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution)... | glb/cad_06e5fe301853.glb |
Create a headphone strap replacement with a total length of 295mm and a uniform thickness of 1.2mm. The central section is a rectangular main strap 26mm wide and 180mm long.
At each end of this main strap, attach a rectangular end piece measuring 17mm wide and 28mm long. Rotate these end pieces 10 degrees outward fro... | module __Customizer_Limit__ () {}
production = 1;
jpeghq = 0;
$resolution = (production && !$preview) ? 150 : (jpeghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resoluti... | glb/cad_9bd9ccec398e.glb |
Create an Ice Maker Water On/Off sign as a flat plate measuring 70mm wide by 70mm high with a thickness of 3mm. The plate should have rounded corners with a radius of 8mm.
In the center of the plate, create a rectangular cutout measuring 41.5mm wide by 24.5mm high. This cutout should be positioned 10mm from the botto... | module __Customizer_Limit__ () {}
production = 1;
jpeghq = 0;
$resolution = (production && !$preview) ? 150 : (jpeghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$resolution)... | glb/cad_28ef3dd2b53e.glb |
Create a wall mount holder for a Broadlink RM Mini-3. Start by creating a main outer cylinder with a radius of 30.5mm and a height of 47.5mm. Hollow out the center by removing a cylinder with a radius of 28mm and a height of 45mm, leaving a wall thickness of 2.5mm.
Add a rectangular mounting block to the back of the c... | hole_rotation = 0;
module __Customizer_Limit__ () {}
production = 1;
jpeghq = 0;
$resolution = (production && !$preview) ? 150 : (jpeghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Reso... | glb/cad_d6842298cfd5.glb |
Create a Mini CNC Plano Bit Toolbox insert. Start with a rectangular base block measuring 180mm in width, 120mm in depth, and 30mm in height.
From this base, remove a large rectangular section from the top, leaving a wall thickness of 5mm on the left and right sides and 25mm on the front and back, effectively creatin... | use <3750_Base.scad>;
bitsB1();
module bitsB1() {
difference() {
bin2();
translate([0, 0, 30]) cube([180, 120, 15]);
translate([5, 25, 0]) cube([158, 78, 30]);
}
}
module bitsB2() {
difference() {
translate([0, 0, -15])
difference() {
bin2();
... | glb/cad_aaa9164c0ce0.glb |
Create a cable tie model with a uniform thickness of 1mm. Start with a rectangular head measuring 10mm wide by 30mm long. Cut a rectangular slot through the center of this head that is 1.4mm wide and 11mm long.
Attached to the end of the head, create a sequence of 8 repeating arrow-shaped teeth. Each tooth is formed ... | hook_count = 7;
arrow_density = 11;
module __Customizer_Limit__ () {}
production = 1;
jpeghq = 0;
$resolution = (production && !$preview) ? 150 : (jpeghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT qual... | glb/cad_efbefe0cf9ec.glb |
Create an MMU cutting model consisting of a base, a carriage, and cutting components. Start by creating a base formed by two adjacent rectangular blocks, each 100mm long, 10mm wide, and 20mm high, positioned side-by-side to form a 100mm by 20mm by 20mm volume. Remove a cylindrical hole with a diameter of 1.75mm running... | $fn=16;
not=0.001;
knifes();
filament();
PTFE();
base();
carriage();
module base(){
#difference(){
u(){
t([-50,0.6,10]) cube([100,10,20]);
t([-50,-10.2,10]) cube([100,10,20]);
}
filament();
}
}
module carriage(){
color("black"){
t([0,-20.5,0]) cube([21,20.5,9.52]);
difference(){
t([-1.5,-20.5+n... | glb/cad_ca87fe8e43d6.glb |
Create an MMU Bondtech system consisting of two identical wheel assemblies mounted on perpendicular axes. For each assembly, create a central wheel structure starting with a cylinder 17mm in diameter and 2mm high. On top of this, add a second cylinder 7mm in diameter and 7mm high, followed by a third cylinder 17mm in d... | $fn=16;
angle=10;
rotShift=[7,0,13];
not=0.001;
inf=100;
BTwheel1Axis();
color("orange") tr([8.5/2,0,3.5],[90,0,0]) cylinder(d=3,h=inf,center=true);
r([0,-angle,0],rotShift){
BTwheel2Axis();
%t([6,-8,-3]) cube([10,16,20]);
color("silver") t(rotShift+[0,10,0]) r([90,0,0]) cylinder(d=3,h=4);
color("silver") t(rot... | glb/cad_656e695b6c64.glb |
Create a K-Cup and Sweetener Display consisting of a main pod holder and an attached sweetener box.
First, construct the pod holder as a flat base 200mm wide, 200mm deep, and 3mm thick. Add a back support wall by creating a rectangular slab 200mm wide, 60mm deep, and 3mm thick, tilted upward at a 75-degree angle from... | $fn = 50;
translate([60, 0, 0]) KCupHolder();
module SweetenerBox() {
translate([4, 4, 0])
difference() {
minkowski() {
cube([42, 108+18, 30]);
cylinder(h=3, d=8);
}
translate([3, 3, 3])
minkowski() {
... | glb/cad_41a310049158.glb |
Create a hub for octet truss popsicle stick structures by starting with a regular octahedron that has a center-to-vertex distance of 20mm. From this core, remove material to create twelve slots for sticks that are 2.05mm thick and 9.5mm wide.
These slots are arranged in four groups of three, with each group oriented ... | S=20;
T=2.05;
W=9.5;
R=0.1;
rotate([-dihedral/2,0,0])
rotate([0,0,45])
difference(){
octahedron(S);
co=0.53*S;
to=0.618*S;
for(a=[45,135,225,315])
rotate([0,0,a])
rotate([90,0,0])
union(){
stickhole();
rotate([90,0,0])
translate([co,-W/2,0])
rotate([0,45,0])
cube(W);
}
for(a=[0,180])
... | glb/cad_547258405d5f.glb |
Create a magnetic block designed as a rounded cube with a side length of 26.5mm and a corner radius of 2mm.
Inside the block, create six cylindrical pockets to hold magnets. Each pocket must have a radius of 6.3mm and a height of 3.3mm. Position one pocket at the center of each of the six faces. For the pockets on th... | module mag_pocket(
offset = 14-3.3/2,
mag_height = 3.3,
mag_radius = 6.3
){
translate([0,0,offset]){
cylinder(h = mag_height, r = mag_radius, center = true);
}
}
module mag_pocket_v(){
rotate(a=-90, v=[1,0,0]) mag_pocket();
translate([0,14-3.3/2,3.15]) cube([12.6, 3.3, 6.3], center=t... | glb/cad_8b929b252036.glb |
Create a Peonie Cage in the shape of a hollow, tapered cylinder. The main body should have a bottom diameter of 304mm, a top diameter of 203.2mm, and a total height of 370mm. The wall thickness of this tapered shell must be exactly 6.35mm.
To create the open lattice pattern, remove a series of circular holes from the... | BOTTOM_DIAMETER = 304;
TOP_DIAMETER = 203.2;
HEIGHT = 370;
THICKNESS = 6.35;
HOLE_DIAMETER = 60.8;
difference(){
union(){
cylinder(r1=BOTTOM_DIAMETER/2,r2=TOP_DIAMETER/2,h=HEIGHT);
}
translate([0,0,0]){
cylinder(r1=(BOTTOM_DIAMETER/2)-THICKNESS,r2=(TOP_DIAMETER/2)-THICKNESS,h=HEIGHT);
... | glb/cad_5f80334f6225.glb |
Create a Drainguard drain protector consisting of a circular flange and a central cylindrical tube. Start by creating a flat, circular disc with a radius of 27.5mm and a height of 2mm. In this disc, create a central hole with a radius of 2mm. Surround this center hole with three concentric rings of holes, each with a r... | union(){
difference(){
cylinder(r=27.5,h=2,$fn=50);
cylinder(r=2,h=5,$fn=15);
for(i=[0:10]){
rotate(i*360/10, [0,0,1]){
translate([8,0,0]){
cylinder(r=2,h=5,$fn=15);
}
}
}
for(i=[0:24]){
rotate(i*360/15, [0,0,1]){
translate([13,0,0]){
cylinder(r=2,h=5,$fn=15);
}
}
}
for(i=[0:24... | glb/cad_b7c72686c1ee.glb |
Create a replica HK-25 omnidirectional speaker base. Start by creating a main cylinder with a radius of 31mm and a height of 58mm. Hollow out the center of this cylinder by removing a smaller concentric cylinder with a radius of 26.36mm and a height of 58mm, starting from 1mm above the base.
On the outer wall of the ... | speaker_diameter = 58;
terminal_width = 10.7;
terminal_height = 10.1;
terminal_depth = 7.6;
difference(){
union(){
difference(){
cylinder(r=(speaker_diameter/2)+2,h=speaker_diameter,$fn=100);
translate([0,0,1]){
cylinder(r=speaker_diameter/2.2,h=speaker_diameter,$fn=100);
}
}
translate([(speaker... | glb/cad_461d52c2e449.glb |
Create a replica HK-25 omnidirectional speaker housing. Start by creating a main cylindrical body with a radius of 31mm and a height of 29mm. Hollow out the center of this cylinder by removing a smaller concentric cylinder with a radius of 28.2mm and a height of 29mm, leaving a base thickness of 1mm. Around the outer w... | speaker_diameter = 58;
union(){
difference(){
cylinder(r=(speaker_diameter/2)+2,h=speaker_diameter/2,$fn=100);
for(i=[1:6]){
rotate([0,0,(i * 360)/6]){
translate([-(speaker_diameter/2)-5,-speaker_diameter/7,speaker_diameter/20]){
cube([speaker_diameter/2, speaker_diameter/2.5, speaker_diameter/2.5])... | glb/cad_ebac2cb594af.glb |
Create a spice funnel with a total height of 50mm. Start by forming the base as a solid cylinder with a diameter of 30mm and a height of 15mm. From the top of this base, create a conical section that flares outward to reach a top diameter of 60mm over the remaining 35mm of height. To make the funnel hollow, remove a ce... | OVERALL_HEIGHT = 50;
EXIT_DIAMETER = 30;
EXIT_LENGTH = 15;
ENTRANCE_DIAMETER = 60;
WALL_THICKNESS = 2;
$fn=100;
difference(){
union(){
cylinder(r=EXIT_DIAMETER/2,h=OVERALL_HEIGHT);
translate([0,0,EXIT_LENGTH]){
cylinder(r1=EXIT_DIAMETER/2, r2=ENTRANCE_DIAMETER/2, h=OVERALL_HEIGHT-EXIT... | glb/cad_a0b9f85fbe57.glb |
Create a plumbing escutcheon cover by starting with a cylinder that has an outer diameter of 80mm and a height of 30mm. Remove a concentric inner cylinder with a diameter of 25.75mm to create a hollow tube. To further hollow the interior, remove a cylinder with a radius of 23.67mm (calculated as one-third of the outer ... | OD = 80;
ID = 25.75;
SHELL = 3;
LENGTH = 30;
FASTENER_HEAD = 6;
FASTENER_SHAFT = 3.5;
$fn=100;
difference(){
difference(){
cylinder(r=OD/2, h=LENGTH);
cylinder(r=ID/2, h=LENGTH);
cylinder(r=(OD/3)-SHELL, h=(LENGTH-SHELL));
translate([-OD/2,-OD/3,FASTENER_SHAFT*2]){
... | glb/cad_7bd35f105e57.glb |
Create a Modified Compact Bowden Extruder consisting of a motor mount, a filament tunnel, and an idler assembly.
Start with the motor mount: create a plate 42.3mm wide and 5mm thick. Center a circular cutout with a radius of 11.25mm and add a larger circular axle hole. Position four mounting holes at the NEMA 17 offs... | epsilon = 0.01;
extra_radius = 0.1;
m3_major = 2.85;
m3_radius = m3_major / 2 + extra_radius;
m3_wide_radius = m3_major / 2 + extra_radius + 0.2;
m3_head_radius = 3 + extra_radius;
drive_gear_outer_radius = 8.00 / 2;
drive_gear_hobbed_radius = 6.35 / 2;
drive_gear_hobbed_offset = 3.2;
drive_gear_length = 13;
drive_... | glb/cad_83f5e3054587.glb |
Create a "Way over-engineered pullcopter v3" consisting of a propeller, a drive gear, a pullcord, and an ergonomic handle.
Construct the propeller with a central hub and high-aspect-ratio elliptical blades that are swept forward. The blades must transition through three NACA airfoil shapes from root to tip: NACA 9440,... | translate([0,-90,0]) ergonomic_handle(hand_length=178, hand_width=79.4, fingergroove=false);
translate([0,0,0]) union() {
ergonomic_handle(hand_length=178, hand_width=79.4, bottomcapext=6, groovespc=0, fingergroove=true, fn=14, halfrotate=false);
ergonomic_handle(hand_length=178, hand_width=79.4, bottomcapext=... | glb/cad_a797ae3718a5.glb |
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