Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a Sink Brush Holder consisting of a main organizer and a matching bottom tray.
For the main organizer, construct two joined hollow rectangular sections with rounded corners (4mm radius) and a wall thickness of 3mm. The first section is 75mm long, 110mm wide, and 140mm high. The second section is 90mm long, 110... | $fn = 100;
roundingRadius = 4;
wallThickness = 3;
slop = 2;
width = 110;
cubeOneLength = 75;
cubeOneHeight = 140;
cubeTwoLength = 90;
cubeTwoHeight = 20;
bottomTrayHeight = 15;
slitDiameter = 5;
slitSpacing = 20;
numOfSlits = 3;
mainLength = cubeOneLength + cubeTwoLength;
slitLength = width / 1.5;
main();
translate(... | glb/cad_f3536fd04b60.glb |
Create a storage box with inner dimensions of 150mm length, 170mm width, and 95mm height. The walls and floor should have a thickness of 3mm, and the vertical corners should be rounded with a 2mm radius.
On the four side walls and the floor, create a decorative grid pattern consisting of square holes 14.5mm in size wi... | $fn = 100;
length = 150;
width = 170;
height = 95;
wallThickness = 3;
floorThickness = wallThickness;
roundedRadius = 2.0;
sideWallCubeSize = 14.5;
bottomCubeSize = sideWallCubeSize;
spaceBetweenCubes = 3.5;
includeRimLipAndBottomNotch = true;
rimLipHeight = 2;
rimLipWidth = 1;
femaleNotchSlop = 0.7;
doub... | glb/cad_dd0079e3698f.glb |
Create a Cutter For Large Pills Prototype consisting of a circular base, a cutting arm, and a pill tray.
Start with a circular base 95mm in diameter and 7.5mm thick. Create a central hole 6.2mm in diameter and remove eight 18mm diameter cylinders from the base, arranged in a circle with a 20mm radius, spaced every 45... | use <BOSL2/std.scad>;
use <BOSL2/rounding.scad>;
use <threads-scad/threads.scad>;
tray_rotation=90;
set_blade();
translate([0,0,5.25]) rotate([0,0,tray_rotation]) tray();
base();
color ("Gray") cut_arm();
module tray1(){
td=8.95;
th=td+3;
difference(){
translate ([0,0,6.75])
cylinder(d=th,3,$fn=100);
union(){
trans... | glb/cad_f609aa788e45.glb |
Create a Bowden clip by combining a C-shaped ring and a rectangular tab. Start with a hollow cylinder having an outer diameter of 8mm, an inner diameter of 5.6mm, and a height of 1.42mm. Cut a gap into this ring to create an opening 4.1mm wide, centered on one side. Attached to the outer edge of the ring, position a ve... | count = 6;
ring_thickness = 1.42;
ring_id = 5.6;
ring_od = 8;
ring_cut_width = 4.1;
tab_width = 4.6;
tab_height = 2.0;
tab_thickness = 1.9;
tab_offset = 1;
$fn = 64;
eps = 0.01;
module bowden_clip_tab() {
ring_width = (ring_od - ring_id)/2;
base_length = ring_width + tab_offset + tab_thickness;
translat... | glb/cad_edddf8adbf3b.glb |
Create a Print-in-place Tensegrity Cube consisting of two interlocking C-shaped frames connected by thin filament strands.
Construct the first frame as a composite of rectangular blocks: a base plate measuring 50mm by 5mm, a vertical pillar 35mm high and 5mm wide, and a top horizontal arm 20mm long and 5mm wide. Mirr... | $fn=128;
union() {
translate(v = [0, 0, 0]) {
union() {
difference() {
difference() {
difference() {
translate(v = [25, 25, 0]) {
linear_extrude(height = 5, twist = 0, slices = 0, center = false) {
union() {
translate(v = [-25, -2... | glb/cad_e7eb6ba32b2c.glb |
Create an LDO Hex Driver Kit holder by starting with a solid rectangular block 112mm wide, 70mm long, and 50mm high. Along one of the 112mm edges, carve out six identical vertical holes to hold hex drivers. Each hole is a composite shape consisting of a cylinder with a 15mm diameter and a height of 32mm, topped by a sh... | $fn=36;
Stickout=15.0;
Taper=2.5;
Length=70;
Vertical_Offset=12.0;
module driver (h, l, c) {
cylinder(h=l-Stickout, d=h);
translate([0,0,l-Stickout])cylinder(h=Taper,d1=h, d2=c);
translate([0,0,l-Stickout+Taper])cylinder(h=50,d=c);
}
intersection(){
difference(){
hull() {
translate... | glb/cad_966b207a7cbb.glb |
Create a textbook and tablet stand consisting of two identical mirrored arms. For each arm, construct a primary body by combining three rectangular blocks: one measuring 38x38x228mm centered at x=-44.5, one measuring 127x38x38mm centered at z=-95, and one measuring 30x38x70mm centered at x=48.5 and z=-74. From this com... | use <BOSL2/std.scad>;
use <BOSL2/rounding.scad>;
arm_A();
arm_B();
module arm_A(){
minkowski(){
difference(){
union(){
translate([-44.5,0,0])
cuboid([38,38,228]);
translate([0,0,-95])
cuboid([127,38,38]);
translate([48.5,0,-74])
cuboid([30,38,70]);
}
union(){
translate([52,24,-46])
rotate([90,-30,0])
cylinder(d=64,48... | glb/cad_ae0dc47abf96.glb |
Create a rectangular name tag measuring 85.725mm in width, 59.267mm in height, and 3mm in thickness, with slightly rounded corners. On the top surface, embed the following text in a bold, sans-serif font: "HELLO, MY NAME IS" at the top, followed by "INIGO MONTOYA" below it, then "YOU KILLED" and "MY FATHER" on subseque... | difference(){
minkowski(){
cube ([85.725,59.267,3]);
cylinder(d=1,.5,$fn=100);
}
union(){
translate([-1,-15,3.4])
cube ([87.725,61.267,.1]);
translate([17.8625,48,.375])
cube([20.5,5.5,2.5]);
translate([47.8625,48,.375])
cube([20.5,5.5,2.5]);
}
}
translate([2.5,50,3.48])
linear_extrude (.75)
text("HELLO, MY NAME IS", s... | glb/cad_3f7df97a6302.glb |
Create a PantoRouter Angle Stop consisting of a base plate and a vertical mounting wall. Start with a rectangular base that is 14mm thick, 25mm wide, and approximately 115mm long. The base features four evenly spaced rectangular protrusions (ribs) on its top surface, each 7.9mm wide and 6mm high, with a spacing of 30mm... | module slotWithChamfer(diameter = 6, length = 6, depth = 10, chamfer = 1, translate = [0, 0, 0]) {
Z = 0.1;
module slot2D(diameter, length, offset = 0, translate = [0, 0, 0]) {
offset(delta = offset) {
hull() {
translate([-diameter/2 + length / 2, 0, 0]) {
circle(d = diameter);
}
translate([di... | glb/cad_1d2390a972f8.glb |
Create two identical stop components for a PantoRouter iGaging Stop. Each component consists of a rectangular base plate with a thickness of 5mm and a total width of 68.01mm.
On the top surface of each plate, create three parallel rectangular grooves. Each groove must be 8.01mm wide and 6mm deep. The grooves are spac... | distanceBetweenGaugeHeightAndCenterOfTable = 25.5;
grooveThickness = 8.01;
plateThickness = 5;
grooveHeight = 6;
module cubeWithChamfer(size = [60, 20, 10], chamfer = 1, center = false, translate = [0, 0, 0]) {
width = size[0];
depth = size[1];
height = size[2];
move = center ? [-width/2, -dept... | glb/cad_b609c126dfbc.glb |
Create a PantoRouter iGaging Stop Calibration Tool by starting with a rectangular block measuring 40mm in width, 20mm in depth, and 20mm in height. Apply a 1mm chamfer to all vertical edges of the block. Centered on the top face, create a vertical hole with a diameter of 6.15mm that passes completely through the 20mm t... | module cubeWithChamfer(size = [60, 20, 10], chamfer = 1, center = false) {
width = size[0];
depth = size[1];
height = size[2];
translate = center ? [-width/2, -depth/2, -height/2] : [chamfer, chamfer, 0];
module profile() {
polygon(points = [
[0, 0],
[0, height],
[chamfer, height - chamfer]... | glb/cad_54e09a1b0d26.glb |
Create a Conductive Sample Holder for a microscope slide. Start with a central rectangular base that is 33mm long, 13mm wide, and 5.3mm thick. In the center of this base, create a rectangular cutout measuring 13mm by 10mm by 15.9mm to allow for lighting.
On the top surface, centered and rotated 45 degrees, create a s... | include <../library/m3_parts.scad>
slide_square=27.0;
slide_thick=1.3;
holder_base_minimum=2;
holder_base_thick=holder_base_minimum+m3_screw_head_height;
stage_hole_spacing=10;
wall=1.5;
holder_width=2*wall+m3_screw_head_rad*2+stage_hole_spacing;
holder_length=3*wall+m3_screw_head_rad*2+3*stage_hole_spacing;
spring... | glb/cad_fd96b49e5bdd.glb |
Create a Spur Gear Differential consisting of a central drive assembly housed within a carrier. Start by creating a central sun gear with 8 teeth and a height of 10mm. Surround this sun gear with 3 planet gears, each having 34 teeth and a height of 10mm. These planet gears must be positioned symmetrically around the su... | modules = 3;
gear_h = 10;
gear_h2 = 10.0;
planets = 3;
planet_t = 34;
planet_t2 = 30;
sgm = 0.25;
drive_t = planet_t*sgm;
drive_t2 = planet_t2*sgm;
ring_t1 = round((2*drive_t+2*planet_t)/planets)*planets-drive_t;
ring_t2 = round((2*drive_t2+2*planet_t2)/planets)*planets-drive_t2;
shaft_d = 15;
axle = 20.4;
sh... | glb/cad_4a96d8ab8435.glb |
Create a rectangular bracket for 2x3 lumber. Start by creating a solid rectangular base measuring 60mm in width, 84mm in length, and 5mm in height, centered on the origin. From the center of this base, remove a rectangular block to create a hollow center with dimensions of 40.8mm in width, 65.3mm in length, and 10mm in... | outside_width = 60;
outside_length = 84;
outside_height = 5;
inside_height = 10;
inside_width = 40;
inside_length = 64.5;
tolerance = 0.4;
text_width = inside_width + tolerance;
text_length = inside_length + tolerance;
difference(){
cube([outside_width, outside_length, outside_height], center=true);
... | glb/cad_90edc9c74175.glb |
Create a Car Dehumidifier Basket consisting of a cylindrical container with a drainage floor. The main body is a cylinder with an outer diameter of 95mm and a total height of 35mm. The walls of this cylinder have a thickness of 1.6mm. At the top of the container, add a flat rim that extends the outer diameter by 7mm on... | print_wall_thickness = 0.40;
diameter = 95;
height = 35;
rim = 7;
thickness = 1.6;
edge_length = 2;
wall_count = 2;
$fn = 64;
enable_minkowski = false;
minkowski_fn = 16;
gap = print_wall_thickness * wall_count;
width = diameter;
depth = width;
hex_width = 2 * edge_length;
hex_height = edge_length * sqrt(3);... | glb/cad_8b0a9c2ea51e.glb |
Create a pin protector cover for a WiFi Dev Board. Start by constructing a main outer shell with a width of 79mm, a length of 37.25mm, and a height of 6.4mm. Apply a fillet or rounding radius of 4.2mm to the exterior corners.
Inside this shell, carve out a hollow cavity to accommodate the board. This internal void sh... | w=79;
h=6.4;
l1=37.25;
l2=9;
w1=8.5;
w2=20.8;
w3=14.9;
w4=25.9;
w5=8.5;
h1=3.6;
h2=1;
tol=0.2;
ptol=1;
t=1.14;
mr=1.52;
cmr=4.2;
module fz_wdb(){
minkowski(){
union(){
minkowski(){
translate([cmr,cmr,0])cube([w-2*cmr,l1-2*cmr,h]);
cylinder(h=0.01,r=cmr,$fn=32);
... | glb/cad_0bc830386cf5.glb |
Create a wall-mounted cylinder drying and display rack. Start with a rectangular base plate measuring 179mm wide, 100mm deep, and 2mm thick.
On the face of this base, create a honeycomb drainage grid consisting of hexagonal holes with an edge length of 4mm and a wall thickness of 0.76mm between the hexagons. Center t... | width = 179;
depth = 100;
thickness = 2;
screw_d = 4;
screw_head_d = 12;
print_wall_thickness = 0.38;
cyl_l = 100;
cyl1_d = 45;
cyl2_d = 60;
cyl3_d = 75;
edge_length = 4;
gap = print_wall_thickness*2;
hex_width = 2 * edge_length;
hex_height = edge_length * sqrt(3);
x_spacing = hex_width + edge_length + 2 * gap * cos... | glb/cad_f61c7a23a7e8.glb |
Create a rectangular gauge pod bezel. Start by forming a hollow, tapered sleeve with a rectangular opening of 18mm by 28.5mm. The walls of the bezel should be 1.5mm thick. The overall structure is created by extruding the rectangular profile to a depth of 38mm, while applying a 35-degree tilt to the face and a 35-degre... | socket_w = 18;
socket_h = 28.5;
bezel_size = 1.5;
bezel_scale = 2.5;
face_angle = 35;
socket_depth = 38;
protrusion = 30;
rotation = 35;
$fn=8;
difference(){
minkowski(){
hull(){
rotate([90+face_angle,0,0])
linear_extrude(socket_depth*2,scale=bezel_scale, twist=rotation)
... | glb/cad_b6fa40673d73.glb |
Create a hollow automotive switch blank cap with overall dimensions of 32mm width, 21mm length, and 10mm depth. The main body should be a rounded cuboid with a corner radius of 2.5mm and a wall thickness of 1.5mm.
The interior is hollowed out, leaving a shell. To create the retaining clips, remove rectangular sections... | blank_width = 32;
blank_length = 21;
blank_depth = 10;
blank_corner_radius = 2.5;
blank_wall_thickness = 1.5;
blank_clip_thickness = 2.5;
blank_clip_width = 6;
blank_clip_depth = 18;
hollow = true;
clips_x = 2;
clips_y = 1;
tol = 0.01;
$fn = 32;
module roundedCubeoid(blank_width, blank_length, blank_depth, blank_corne... | glb/cad_564e10e2e40b.glb |
Create a Parametric Penny Weight Shell consisting of a cluster of nine hollow vertical cylinders. Each individual cylinder must have an outer diameter of 20.54mm and a wall thickness of 1.52mm. The interior hole of each cylinder should have a diameter of 20.05mm and a height of 185.22mm, leaving a 1.52mm thick floor at... | penny_d=19.05;
penny_h=1.52;
num_of_pennies=1095;
num_of_cylinders=9;
wall_thickness=1.52;
min_spacing=0.76;
tolerance=0.5;
pennies_per_cyl=num_of_pennies/num_of_cylinders;
length_of_cyl=pennies_per_cyl*penny_h;
inner_cyl_h=length_of_cyl+2*tolerance;
inner_cyl_d=penny_d+2*tolerance;
inner_cyl_r=inner_cyl_d/2;
outer_... | glb/cad_1d2f14b9aa24.glb |
Create a Parametric Scribing Pen Holder Ring designed to hold a marker perpendicular to a surface. Start by creating a solid outer body consisting of a hexagonal prism with a diameter of 12.5mm and a height of 50mm, centered vertically. At the base of this prism, add a cylinder with a radius of 10mm and a height of 10.... | pen_collar_d1 = 3;
pen_collar_d2 = 4;
pen_tip_h = 3;
pen_collar_h = 4;
pen_d = 11;
pen_l = 50;
body_thickness = 1.5;
tol = 0.25;
scribe_r = 10;
colr1 = pen_collar_d1/2;
colr2 = pen_collar_d2/2;
colh = pen_collar_h;
tiph = pen_tip_h;
sphere_r = ((scribe_r^2+tiph^2)/(2*tiph));
$fn=64;
scribe();
module solid(){
... | glb/cad_2aba59955632.glb |
Create a Parametric Wire and Tubing Straightener consisting of a base block and several roller assemblies.
First, create a rectangular base block with a width of 7mm and a height of approximately 35mm. Cut a central channel through the length of the block; this channel should have a square cross-section of 1.5mm by 1... | wire_shape="square";
wire_diameter = 1;
assembly="assembled";
tolerance = 0.06;
bushing_thickness = 4;
$fn = 32;
bearing_id = 8;
bearing_od = 22;
bearing_width = 7;
press_fit = tolerance;
close_fit = 2 * tolerance;
loose_fit = 3 * tolerance;
shrink_fit = -0.5*tolerance;
bearing_ir = bearing_id/2;
bearing_or =... | glb/cad_aa4577245fdc.glb |
Create a mixed-type drive holding bracket consisting of two stacked open-ended boxes.
First, construct a lower box for a 3.5" HDD with an outer width of 105.1mm, length of 149.7mm, and height of 28.4mm. Hollow out the center to create a cavity 98.3mm wide and 139.7mm long, leaving walls 1.6mm thick. At the rear wall,... | drive_1_count = 1;
drive_2_count = 1;
drive_1_thickness = 7.3;
drive_1_width = 70;
drive_1_length = 100;
mount_hole_1_span = 76.2;
mount_hole_1_rear_offset = 9.25;
mount_hole_1_bottom_offset = 2.85;
mount_hole_1_diameter = 3;
mount_post_1_diameter = 2;
mount_post_1_length = 1.5;
drive_2_thickness = 26;
d... | glb/cad_87ab03bcfc45.glb |
Create a multiple SSD holding bracket. Start with a solid rectangular outer box with a width of 73.2mm, a length of 100.1mm, and a height of 31.2mm.
Hollow out the center of the box to create a socket for the drives. This cutout should be 64mm wide and 93.6mm long, starting 9.6mm from the rear wall and 1.6mm from the... | drive_count = 4;
drive_thickness = 7.3;
drive_width = 70;
drive_length = 100;
mount_hole_span = 76.2;
mount_hole_rear_offset = 9.25;
mount_hole_bottom_offset = 2.85;
mount_hole_diameter = 3;
mount_post_diameter = 2;
mount_post_length = 1.5;
drive_spacing = 0.8;
rear_wall_thickness = 1.6;
side_wall_thickn... | glb/cad_b42ed1c710a1.glb |
Create a 16 Valve Engine Head Disassembly Tray with a total depth of 15mm. The tray is a rectangular base containing organized sockets for four cylinders. For each cylinder, create a set of sockets consisting of two large circular holes for valves and two for springs, and a small rounded rectangular dish for keepers.
... | In_V_Diameter = 32;
Ex_V_Diameter = 27;
V_Stem_Diameter = 6;
Spring_Diameter = 25;
Dish_Diameter = 25;
spacing = 2;
tray_depth = 15;
tray_x = (In_V_Diameter * 8) + (spacing * 10);
tray_y = (In_V_Diameter / 2) + (Ex_V_Diameter / 2) + (Spring_Diameter) + (Dish_Diameter * 2) + (spacing * 7);
tray_z = tray_depth;
m... | glb/cad_a41ed246351e.glb |
Create a Tens! Game Bookmark consisting of a thin base and a decorative dice head. Start with a base 0.4mm thick. The main body is a hull formed between a circle with a radius of 8.6mm centered at the origin and two small circles of radius 2mm positioned at x=45mm and y=±6.6mm. Cut a hole through this base using a hull... | clipSize = 45;
clipOuterRadius = 8.6;
clipHoleSize = clipSize - 8.5;
clipThickness = 0.4;
clipInnerSize = clipSize - 6;
diceNumber = 5;
difference() {
union () {
BookMarkBase();
DiceBase();
}
DiceHoles();
}
module BookMarkBase() {
union () {
difference() {
hull() ... | glb/cad_753c7c588b44.glb |
Create a rectangular storage box for a token holder with overall dimensions of 113.5mm in length, 98mm in width, and 12.5mm in height. The box should have a base and walls that are 1mm thick. Hollow out the center of the box to create a tray with internal dimensions of 111.5mm by 96mm and a depth of 10.5mm. On one of t... | echo(version = version());
trayWidth = 96;
trayLength = 111.5;
trayHeight = 10.5;
wallThickness = 1;
gripHoleRadius = 10;
overallWidth = trayWidth + (wallThickness * 2);
overallLength = trayLength + (wallThickness * 2);
overallHeight = trayHeight + wallThickness + wallThickness;
difference() {
linear_extrude(... | glb/cad_2de601d7b549.glb |
Create a wall holder for an IR heater remote control. Start with a main body that is 23mm deep, 48.2mm wide, and 80mm high. The front face of the holder should be rounded with a radius of 38.2mm. The top and bottom edges of the main body are angled at 45 degrees.
Carve out a central void to fit the remote control. Thi... | rcd = 13;
rcw = 38.2;
rch = 90;
rcr = 60;
difference() {
w = rcw + 10;
d = rcd + 10;
h = rch - 10;
bthick = 10;
fr = rcr + w - rcw;
intersection() {
translate([-d/2, -w/2, 0]) cube([d, w, h]);
translate([-fr + 10, 0, 0]) cylinder(r=fr, h=h, $fn=200);
if (false) {
... | glb/cad_912fdeb17634.glb |
Create a lamp base cover by constructing a shallow cylinder with a diameter of 120mm and a height of 18mm. Hollow out the center of this cylinder by removing a smaller concentric cylinder with a diameter of 115mm and a height of 18mm, leaving a wall thickness of 2.5mm. To finish the piece, create two vertical holes tha... | $fn=200;
difference(){
union(){
cylinder(d=120,h=18);
for(i=[0:0.1:2])
translate([0,0,-i])
cylinder(d=120-exp(i*.66)+1,h=0.1);
}
translate([0,0,0])
cylinder(d=115,h=18);
for(i=[-1:2:1]){
translate([i*(22.5-6.2)/2,0,-50])
cylinder(d=6.2+0.5,h=100);
}
} | glb/cad_e18288deec92.glb |
Create a Simple Phone/Tablet Stand by starting with a base block 95mm wide, 49.5mm deep, and 14mm high. Center a cylindrical hole with a radius of 21.25mm through the thickness of the base. On the top surface of the base, add three parallel rectangular support ribs. Each rib is 95mm long, 1.9mm thick, and 12mm high. Po... | $fn=60;
simplestand(95,49.5,2.2,14,20,14);
module simplestand(x,y,h,hh,w,rxd){
difference(){
union(){
cube([x,y,h]);
translate([x/2,0,0]) cylinder(r=x/2,h=h);
}
translate([x/2,-5-rxd,0]) cylinder(r=(x-rxd)/4,h=h);
}
translate([0,9,1]) rotate([w-3,0,0]) cuber([x,h,hh],h);
translate([0,20,1]) rotate([w,0,0]) cuber([x... | glb/cad_dd462e3cb868.glb |
Create a stacked organizer drawer with an overall width of 53mm, depth of 143mm, and height of 36.5mm. The main body is a rectangular shell with a wall thickness of 1.8mm (based on 4x 0.45mm layer width).
Inside the shell, create a grid of 6 rectangular compartments arranged in 2 columns and 3 rows. Each compartment ... | part = "drawer";
compartXCount = 2;
compartYCount = 3;
compartZCount = 2;
drawRows = 4;
drawCols = 1;
mountHoles=0;
smoothRadius=2;
drawWidth = 53;
drawDepth = 143;
totalHeight = 36.5;
drawHeight = (totalHeight-smoothRadius)/compartZCount+smoothRadius;
tongueWidth = 28;
tongueHeight = 4.5;
drawHorSpace = ... | glb/cad_3362e7c5a1c9.glb |
Create a YATS Tube Squeezer consisting of a handle and a slotted cylinder. First, construct the handle by creating a hull that connects a cylinder with a radius of 3.6mm and a height of 3.6mm, oriented horizontally, to a rectangular block measuring 25mm wide, 5mm deep, and 4mm high, centered 10mm away from the cylinder... | slitlength = 45;
slitheight = 2;
$fn = 60;
hull() {
rotate([-90,90,0])
cylinder(1,1.8*slitheight,1.8*slitheight, center = true);
translate([0,10,0])
cube([25,5,4], center = true);
}
difference() {
translate([0,-5-slitlength*0.5,0])
rotate([-90,90,0])
cylinder(slitlength+10,1.8*slitheight,1.8*slitheight, center = tru... | glb/cad_fbbd822709c4.glb |
Create a Morris Minor Fuel Filler Cap. Start by constructing a hollow cylindrical sleeve with an outer diameter of 60.2mm, an inner diameter of 55.2mm, and a total height of 14mm (12mm wall plus a 2mm base). The base should be a solid disc of 60.2mm diameter and 2mm thickness.
Add two opposing retainer tabs that grip ... | $fs = 0.4;
$fa = 1;
inlet_od = 55;
inlet_retainer_d = inlet_od + 5.2;
inlet_retainer_min_depth = 3.4;
inlet_retainer_max_depth = 7.1;
cap_wall_thickness = 2.4;
cap_base_thickness = 2;
cap_length = 12;
cap_retainer_offset = (inlet_retainer_min_depth+inlet_retainer_max_depth)/2;
cap_retainer_width = 10;
cap_retainer_d... | glb/cad_8895d72301c5.glb |
Create a 3-axis ruler consisting of three identical rectangular arms meeting at a central cube. Start by creating a central cube with dimensions 10mm x 10mm x 10mm. From each face of this cube, extend an arm that is 100mm long, 10mm wide, and 10mm thick, aligned along the X, Y, and Z axes.
On each arm, create measurem... | N = 10;
SIZE = 10;
TICK = 1;
TICK_DEPTH = 1;
WIDTH = N * SIZE;
FONT_HEIGHT = 1;
SMALLER_SIZE = 0.5 * SIZE;
module tick(translateMultipliers = [1, 1]) {
TICK_SIZE = -SIZE / 2 - sqrt(2) * SIZE / 4 + TICK_DEPTH;
translate([0, translateMultipliers[0] * TICK_SIZE, translateMultipliers[1] * TICK_SIZE])
rotate([45, 0... | glb/cad_e92354306a2f.glb |
Create a Prusa MK4 Display enclosure mount consisting of a main base plate and two vertical supporting walls. The base is formed by combining three rectangular blocks: one measuring 25 by 104 by 3mm positioned at x-20, y-52, z-0; one measuring 3 by 148 by 40mm positioned at x-0, y-74, z-0; and one measuring 40 by 148 b... | difference (){
union(){
translate([-20,-52,0]) cube([25,104,3]);
translate([0,-74,0]) cube([3,148,40]);
translate([0,-74,0]) cube([40,148,3]);
}
translate([-10,40,-1])
color("red") cylinder (d=3.5,h=10,$fs=0.01);
translate([-10,-40,-1])
color("red") cylinder (d=3.5,h=10,$fs=0.01);
translate([-1,59,22.5]) rotate... | glb/cad_11e62bbb5b88.glb |
Create a base for a clothes rack stand by constructing a solid elongated capsule shape. Start with two cylinders, each 36mm in diameter and 42mm in height, positioned with their centers 125mm apart along the x-axis. Create a convex hull that encompasses both cylinders to form a smooth, rounded rectangular block. From t... | $fn=128;
rotate([0, 0, 40]) {
difference() {
union() {
difference() {
hull() {
cylinder(h = 42, d = 36);
translate(v = [125, 0, 0]) {
cylinder(h = 42, d = 36);
}
}
translate(v = [71, 13, 27.349998]) {
rotate([90, 0, 0]) {
... | glb/cad_e559bea0ce7d.glb |
Create a Customizable Postcard Stand by constructing a curved, elongated support. The overall length of the stand is 105mm. The profile is based on a curved arc with a maximum deviation of 5mm from a straight line.
The cross-section consists of a solid base with a height of 1mm. Above this base, create a rectangular ... | postcard_stand(length=105, thickness=0.75, depth=5, deviation=5);
module postcard_stand(length, thickness, depth, deviation,
base=1, $fn=1024) {
W = deviation;
X = length;
Y = thickness;
Z = depth;
B = base;
if (deviation <= 0)
translate([-X/2,Z+B]) rotate([90,0... | glb/cad_ffe900a489e0.glb |
Create a Mavic Spoke Tool consisting of a main circular disc and a central hexagonal core. The main disc has a diameter of 55mm and a thickness of 7mm. At the center, create a hexagonal prism with a diameter of 20mm and a total height of 16mm (extending 9mm above the disc).
Inside the central core, carve out a splined... | knobThickness=7;
spokeNippleSplineCoreDia=5.2;
spokeNippleSplineOuterDia=6.4;
spokeNippleSplineToothWidth=1.2;
spokeNippleSplineTolerance=0.15;
spokeDia=3.3;
spokeSlotClearance=0.1;
splineCount=7;
knobCoreOuterDia=20;
knobCoreThickness=9;
spokeNippleSplineToothHeight=spokeNippleSplineOuterDia-spokeNippleSplineCoreDia... | glb/cad_e95bff9e4a6d.glb |
Create a Parametric Dovetail Stencil jig. Start by creating a rectangular base block with a length of 200mm, a width of 26mm, and a height of 6mm. From this base, extend a vertical fence upwards along the length of the block to a total height of 22mm (adding 16mm to the base height), but only across the first 6mm of th... | cutCount=5;
jigThickness=6;
dovetailSpacing=40;
spacingToWidthMultiplier=0.35;
spacingToFenceHeightMultiplier=0.4;
dovetailOpeningFactor=4;
guideOverhang=20;
cutOverlap=0.2;
jigLength=dovetailSpacing*(cutCount);
dovetailWidth=dovetailSpacing*spacingToWidthMultiplier;
fenceHeight=dovetailSpacing*spacingToFenceHeightMu... | glb/cad_b3299b8d2787.glb |
Create a Timber Shelf bracket by starting with a main cylinder that has a radius of 17.5mm and a height of 6mm. Remove a smaller cylinder from the side of this main body with a radius of 4mm and the same 6mm height.
Carve a slot through the center of the disk by creating a hull between two small cylinders of 2mm radi... | r=17.5;
th=6;
$fn=60;
m=-3;
br=4;
brs=2;
difference(){
cylinder(r=r,h=th);
translate([r/2,0,0]) cylinder(r=br,h=th);
hull(){
translate([m,0,0]) cylinder(r=brs,h=th);
translate([r/2,0,0]) cylinder(r=brs,h=th);
}
hull(){
translate([m,0,2]) cylinder(r1=brs,r2=brs+3,h=th);
... | glb/cad_21e6222d94c4.glb |
Create an Autorewind Spoolhub designed for a spool with an inner diameter of 53.1mm and a width of 87mm.
Construct the main hub as a cylinder with a total width consisting of the spool width plus a 3mm thick backplate. The hub should feature a central vertical hole with a diameter of 8mm to accommodate the axle. At b... | output = "hub";
referenceSpoolInnerDiameter = 53.1;
referenceSpoolWidth = 87;
secondSpoolInnerDiameter = 53.3;
secondSpoolWidth = 54;
hubSpringEnable = "yes";
hubFlushWithReferenceSpool = "yes";
axleDiameter = 8;
axleSetLength = 0;
axleRotationStopLength = 12;
axleRotationStopWidth = 0;
axleRotationStopHeigh... | glb/cad_e179ed132ec4.glb |
Create an Autorewind Spoolhub designed for a spool with an inner diameter of 53.1mm and a width of 87mm.
Construct the main hub as a cylinder with a total width consisting of a 3mm thick backplate and a main body. The hub should feature a central vertical hole with a diameter of 8.15mm to accommodate an axle. At the ... | output = "hub";
referenceSpoolInnerDiameter = 51.0;
referenceSpoolWidth = 87;
secondSpoolInnerDiameter = 0;
secondSpoolWidth = 54;
hubSpringEnable = "yes";
hubFlushWithReferenceSpool = "yes";
axleDiameter = 8;
axleSetLength = 0;
axleRotationStopLength = 12;
axleRotationStopWidth = 0;
axleRotationStopHeight =... | glb/cad_01b209b39685.glb |
Create an Autorewind Spoolhub designed for a spool with an inner diameter of 53.1mm and a width of 87mm.
Construct the main hub as a cylinder with a total width consisting of a 3mm thick backplate and a central body. The hub should feature a central bore of 8mm in diameter to accommodate an axle. At the top and botto... | output = "hub";
referenceSpoolInnerDiameter = 53.1;
referenceSpoolWidth = 61;
secondSpoolInnerDiameter = 53.3;
secondSpoolWidth = 54;
hubSpringEnable = "yes";
hubFlushWithReferenceSpool = "yes";
axleDiameter = 8;
axleSetLength = 0;
axleRotationStopLength = 12;
axleRotationStopWidth = 0;
axleRotationStopHeigh... | glb/cad_5ebc532da869.glb |
Create a barbed hose-to-pipe adapter consisting of three stacked coaxial sections. Start with a base pipe adapter cylinder with an outer diameter of 26mm and a height of 20mm; remove a central conical hole that tapers from a diameter of 19mm at the bottom to 17mm at the top.
On top of this base, add a transition sect... | $fn=60;
hoseAdExtDia = 10;
hoseAdLen = 20;
hoseAdWall = 2;
barbeCount = 4;
barbeDiaDecr = 1;
pipeDia = 18;
pipeAdLen=20;
pipeAdWall = 4;
transitionLen=15;
color("cyan")
union()
{
translate([0,0,transitionLen+pipeAdLen])
makeHoseAdapter();
translate([0,0,pipeAdLen])
makeTransition();
makePipeAdap... | glb/cad_1ffdd153eded.glb |
Create a rectangular tray for a board game organizer with overall dimensions of 52.8mm in width, 78.8mm in length, and 18mm in height. The corners of this main block should be rounded with a radius of 3mm. From the top face, remove a central rectangular section to create a hollow compartment measuring 48mm by 74mm with... | $fn=100;
include <js500Functions.scad>
difference(){
roundedCube(52.8,78.8,18,3);
translate([2.4,2.4,1])
cube([48,74,100]);
FingerHoleBottom(26.4,0,30,18,5,2.4);
} | glb/cad_c3e20ac05386.glb |
Create a Mille Fiori game organizer tray. Start with a solid rectangular block measuring 85mm wide, 143mm long, and 39mm high, with all exterior corners rounded to a 3mm radius.
Hollow out the center of this block to create a cavity measuring 80.2mm by 138.2mm, with a floor thickness of 1mm, leaving walls of approxim... | $fn=200;
difference(){
roundedCube3(85,143,39);
translate([2.4,2.4,1])
roundedCube3(80.2,138.2,58);
translate([0,107.1,-1])
rotate([0,0,90])
cylinder(h=100, d=40, center=false);
translate([0,26.4,-1])
rotate([0,0,90])
cylinder(h=100, d=40, center=false);
translate([42.5,200,39])
rotate([90,0,0])
cylinder(h=400, r=... | glb/cad_47a79e2ec1b9.glb |
Create a rectangular tray for a board game organizer with overall exterior dimensions of 120.2mm in width, 143mm in length, and 23.6mm in height. The exterior corners should be rounded with a radius of 3mm.
Hollow out the center to create a cavity that is 115.4mm wide and 138.2mm long, starting from a height of 1mm f... | $fn=200;
difference(){
roundedCube3(120.2,143,23.6);
translate([2.4,2.4,1])
roundedCube3(115.4,138.2,58);
translate([60.1,200,54])
rotate([90,0,0])
cylinder(h=400, r=50, center=false);
translate([-1,71.5,54])
rotate([0,90,0])
cylinder(h=400, r=50, center=false);
}
module roundedCube3(x,y,z)
{
r=3;
translate([r,r,0... | glb/cad_e5ecd6c001a9.glb |
Create a game organizer insert by starting with a rounded rectangular base measuring 121mm wide, 78.8mm deep, and 17mm high, with a corner radius of 5mm.
Within this base, create three identical vertical compartments. Each compartment is formed by intersecting a rounded rectangular volume of 27.25mm wide, 50.4mm deep... | $fn=200;
include <js500Functions.scad>
difference(){
roundedCube(121,78.8,17,5);
for(i = [0:3]){
intersection(){
translate([(i*29.65)+2.4,2.4,1])
roundedCube(27.25,50.4,100,5);
translate([(i*29.65)+2.4,18.4,17])
rotate([0,90,0])
cylinder(h=27.25, d=32, center=false);
}
translate([(i*29.65)+2.4,18.4,1])
cube([27.25,... | glb/cad_37de49d2aba3.glb |
Create a rectangular organizer tray for a board game insert. Start with a solid rounded cube that has overall dimensions of 52.8mm in width, 78.8mm in depth, and 31mm in height, with corner radii of 3mm. Hollow out the center of this block by removing a rectangular volume of 48mm by 74mm, starting from a height of 1mm ... | $fn=100;
include <js500Functions.scad>
difference(){
roundedCube(52.8,78.8,31,3);
translate([2.4,2.4,1])
cube([48,74,100]);
FingerHoleBottom(26.4,0,30,31,5,2.4);
} | glb/cad_be887869cd1c.glb |
Create a rectangular organizer tray with rounded corners and a hollowed-out center. The overall outer dimensions of the block are 120.2mm in length, 71.4mm in width, and 25.4mm in height. The corners of this outer block should be rounded with a radius of 5mm.
Inside this block, create a central rectangular cavity that... | $fn=200;
difference(){
roundedCube(120.2,71.4,25.4);
translate([27.4,12.4,11])
minkowski(){
cube([65.4,46.6,23]);
sphere(r=10);
}
translate([0,-25.7,0]){
translate([0,61.4,-1])
rotate([0,0,0])
cylinder(h=75, d=30, center=false);
translate([3,43.7,-1])
rotate([0,0,90])
linear_extrude(60)
difference(){square(3);circl... | glb/cad_03023c832af1.glb |
Create a rectangular tray for a board game organizer with overall dimensions of 78.8mm in width, 48mm in depth, and 2.7mm in height.
From this base, remove a large central circular hole with a diameter of 55mm, centered at X=39mm and Y=48mm. Additionally, remove six small vertical square columns, each measuring 3mm b... | $fn=200;
difference(){
cube([78.8,48,2.7]);
cube([3,32,10]);
translate([75.8,0,0])
cube([3,32,10]);
translate([39,48,-1])
rotate([0,0,0])
cylinder(h=400, d=55, center=false);
translate([7.8,44,-1])
rotate([0,0,0])
linear_extrude(250)
difference(){square(4);circle(4);}
translate([75,44,-1])
rotate([0,0,0])
linear... | glb/cad_73cc2cdb8ed9.glb |
Create a Mille Fiori game organizer insert by starting with a base rounded cube measuring 143mm in width, 85mm in depth, and 23mm in height, with corner radii of 5mm. Within this base, create four identical vertical storage compartments. Each compartment is formed by a rounded cube measuring 32.75mm wide, 80.2mm deep, ... | $fn=200;
include <js500Functions.scad>
difference(){
roundedCube(143,85,23,5);
for(i = [0:3]){
intersection(){
translate([(i*35.15)+2.4,2.4,1])
roundedCube(32.75,80.2,100,5);
translate([(i*35.15)+2.4,26.8,25.4])
rotate([0,90,0])
cylinder(h=32.75, d=48.8, center=false);
}
translate([(i*35.15)+2.4,26.8,1])
cube([32.7... | glb/cad_4e0c1706f64f.glb |
Create a Mille Fiori game organizer tray. Start with a base rectangular block measuring 120.2mm in width, 143mm in length, and 23.6mm in height, ensuring all exterior corners are rounded with a 3mm radius.
Carve out a central rectangular cavity measuring 115.4mm by 138.2mm with a depth of 58mm, offset from the edges ... | $fn=200;
difference(){
roundedCube3(120.2,143,23.6);
translate([2.4,2.4,1])
roundedCube3(115.4,138.2,58);
translate([0,35.9,-1])
rotate([0,0,90])
cylinder(h=100, d=40, center=false);
translate([0,116.6,-1])
rotate([0,0,90])
cylinder(h=100, d=40, center=false);
translate([60.1,200,54])
rotate([90,0,0])
cylinder(h=4... | glb/cad_f33438f96ff1.glb |
Create a tab for A6 index cards. Start by constructing a rectangular frame with outer dimensions of 105mm by 148mm and a thickness of 1.6mm. The frame should have a hollow center, created by removing a smaller rectangle from the middle that leaves a 30mm border on all sides. Apply a fillet or rounding to all edges and ... | paper_width = 148;
paper_height = 105;
inner_border = 30;
thickness = 1.6;
icon_type = "text";
icon = "Hello, world";
attribution = "";
scale_factor = 0.15;
tab = 2;
module rounded() {
minkowski($fn=20) {
children();
sphere(r=thickness/4, $fn=20);
}
};
module decoration(x, y, extrude=... | glb/cad_289e75455f9d.glb |
Create a BristleMouse body consisting of a large torso and a smaller head. The torso is formed by two mirrored half-spheres with a radius of 30mm, scaled by 1.5 in the X-axis and 2.0 in the Z-axis. The head is a similar mirrored half-sphere structure with a radius of 16mm, scaled by 1.0 in the X-axis and 1.5 in the Z-a... | $fn=30;
headRadius=16;
headScale1=1.0;
headScale2=1.5;
headOffset=-66;
torsoRadius=30;
torsoScale1=1.5;
torsoScale2=2.0;
thicknessWall=1.2;
batteryHolderLength=71;
batteryHolderWidth=25;
batteryHolderHeight=15;
batteryHolderXOffset=-4.6;
toothbrushHeadLength=50;
toothbrushHeadWidth=20;
toothbrushHeadHeight=6;
tailO... | glb/cad_1c68a138dcd3.glb |
Create a DSO-138 Pro Oscilloscope Case consisting of a main body, a cover, and four standoffs.
Construct the main case as a rounded cuboid measuring 71mm x 67mm x 23.5mm with a 3mm rounding on the bottom edges. Hollow out the center with a 67mm x 63mm x 23.5mm cuboid. On the side walls, create four openings: two 6mm ... | include <BOSL2/std.scad>;
include <BOSL2/rounding.scad>;
use <threads-scad/threads.scad>;
translate([0,0,-9]) color ("Green") case();
translate([0,0,-6]) color ("Red")
standoffs();
translate([0,0,-3]) color ("Gold") cover();
translate([0,0,0]) color ("Orange")
nuts();
translate([0,32.75,6]) color ("Blue") case_text();... | glb/cad_eaffefe776f3.glb |
Create a set of 64 game tokens for a Reversi or Checker travel game. Each token is a short cylinder with a total height of 1.6mm and a radius of 3.5mm. Arrange these tokens in a precise 8 by 8 grid. The spacing between the center of one token and the center of the next should be exactly 10mm along both the X and Y axes... | Field = 10;
Space = 0.5;
Height = 1.6;
Xmax = 8;
Ymax = 8;
$fn=60;
for (x = [0:1:Xmax-1]) {
for (y = [0:1:Ymax-1]) {
translate([x*Field, y*Field, 0]) Stone();
}
}
module Stone() {
union() {
color("white") cylinder(Height/2, r=Field/2 - 2*Space);
color("black") translate([0, 0, He... | glb/cad_0640a20b17c7.glb |
Create a travel game board consisting of a square base and a grid of raised lines. Start with a square base measuring 100mm by 100mm with a thickness of 0.6mm. On top of this base, create a grid of intersecting lines to define the playing fields. Each line should have a thickness of 1.11mm and a height of 0.2mm. These ... | GameLength = 100;
BoardHeight = 0.6;
Field = 10;
Border = (GameLength - 8*Field) / 9;
BorderHeight = 0.4;
difference() {
Board();
color("blue")
translate([4.5*Border+4*Field, -GameLength/2, -(BoardHeight+BorderHeight)/2])
cube([0.1, GameLength*2, (BoardHeight+BorderHeight)*2]);
}
module B... | glb/cad_e01f66e9551a.glb |
Create a travel game box and board set. Start by constructing a hinge mechanism consisting of a cylinder with a radius of 2mm and a length of 100mm, with a concentric hole of 1mm radius running through its center. Cut two small circular gaps of 0.5mm thickness into this cylinder at positions one-third and two-thirds al... | BoxWidth = 50;
BoxLength = 100;
BoxHeight = 10;
WallThickness = 1;
HoleRadius = 1;
HingeRadius = 2;
Space = 0.5;
$fn=60;
translate([0, BoxLength/2, BoxHeight]) rotate ([180, 0, 0]) {
HingeBox(BoxWidth, BoxLength, BoxHeight, WallThickness, HoleRadius, HingeRadius, Space);
}
module t1() {
d = (BoxLength-2*Wa... | glb/cad_0594e1b4eed7.glb |
Create a custom spray template consisting of a rectangular base plate and a mounting block. Start by creating a rectangular plate 160mm wide, 20mm high, and 2mm thick, with all corners rounded to a 3mm radius. At the left end of the plate, add a solid rectangular holder block measuring 7mm wide, 14mm high, and 12mm thi... | $fn=100;
$board_rounding_radius=3;
$board_height=20;
$board_width=160;
$board_thicknes=2;
$holder_height=14;
$holder_width=7;
$holder_thicknes=12;
$holder_offset=3;
$text_offset_horizontal = 30;
$text_offset_vertical = $board_height/2 + 0;
$font="Wallpoet:style=Normal";
$font_size=10;
$text="SDH Lany u Dasic";
dif... | glb/cad_0c4f57f511f7.glb |
Create a Cup and Ball toy consisting of two separate parts. First, construct a cup with a total height of 32mm. The cup's outer shape is a combination of a cylinder at the top and a truncated cone below it; the top section is a cylinder with a height of 8mm and a diameter of 19.54mm, while the bottom section is a cone ... | $fn = $preview ? 15 : 90;
ballDiamater = 16;
thickness = 1.67;
height = 2 * ballDiamater;
topDiameter = ballDiamater + (2 * thickness) + 1.2;
bottomHeight = 1.2;
difference() {
union() {
translate([0, 0, height - (ballDiamater / 2)]) {
cylinder(h = ballDiamater / 2, d = topDiameter);
... | glb/cad_2e7dcb9fa3e6.glb |
Create an S-shaped hook using a hexagonal profile with a radius of 5mm. The hook consists of two mirrored curved sections connected by a straight middle segment.
Construct the top section as a partial hexagonal torus with a center-to-material radius of 20mm, sweeping through an arc of 240 degrees. At the end of this ... | profile_radius = 5;
top_radius = 20;
bottom_radius = 20;
top_closure_angle = 240;
bottom_closure_angle = 240;
connector_length = 15;
$fn=64;
top();
connector();
bottom();
module hex_profile()
{
$fn=6;
circle(r=profile_radius);
}
module oval_profile()
{
oval_height =10;
oval_depth = 10;
poly... | glb/cad_026708261c9b.glb |
Create an organ pipe stopper consisting of a base and a central grip. The base is a trapezium-shaped block with a height of 10mm. The four corners of the base are rounded with a radius of 1mm. The dimensions of the base are defined by four side lengths: the first side is 41.6mm, the second is 30.2mm, the third is 40.7m... | $fs = $preview ? 1 : 0.15;
$fa = $preview ? 3 : 2;
epsilon = 0.01;
ball = 0;
grip_diameter = 6.5;
grip_stand = 14;
grip_radius = 0.75;
stopper_high = 10;
leather_thick = 0.4;
pipe_name = "F";
side_1 = 41.6;
side_2 = 30.2;
side_3 = 40.7;
side_4 = 30.4;
corner_radius = 1;
leather_space = leather_thick * 2;
cylinder_... | glb/cad_8bd83743c378.glb |
Create an RV heating adapter that transitions from a circular pipe to a rectangular outlet. Start with a hollow circular base with an outer diameter of 60mm and a wall thickness of 3mm. At the bottom of this cylinder, add a 30mm tall flange that includes three thin decorative ribs, each 62mm in diameter and 2mm thick, ... | $fn=100;
rohrgaussen=60;
rohrkaussen=40;
wandstaerke=3;
rohrkabstand=60;
rohrginnen=rohrgaussen-wandstaerke-wandstaerke;
rohrkinnen=rohrkaussen-wandstaerke-wandstaerke;
difference(){
union(){
hull(){
cylinder(d=rohrgaussen,h=10,center=true);
translate([0,15,40])cube([100,30,10],center=true);
... | glb/cad_96da6e8c30d5.glb |
Create an RGB MB Star holder by constructing a main circular ring with an outer diameter of 29.5mm and a wall thickness of 1mm, resulting in an inner diameter of 27.5mm. The ring should have a height of 4mm. At the center of this ring, create a raised cylindrical platform with a diameter of 11mm and a height of 3.5mm. ... | $fn = 100;
inner_diam = 27.5;
thickness = 1;
led_inner_diam = 10;
led_height = 2.5;
difference()
{
union()
{
difference()
{
union()
{
cylinder(4, d = inner_diam + 2 * thickness);
hull()
{
translate([ 20, 4, 0 ]) cylinder(thickness, d = 6);
translate(... | glb/cad_ce68703ff483.glb |
Create an RGB MB Star holder by constructing a main cylinder with a diameter of 12mm and a height of 3mm. From the bottom of this cylinder, remove a smaller concentric cylinder with a diameter of 11mm and a height of 5mm, leaving a thin outer wall and a base. Finally, cut a square hole measuring 5.5mm by 5.5mm and 1mm ... | $fn = 50;
difference() {
cylinder(3, d=12);
translate([0,0,0.6]) {
cylinder(5, d=11);
}
translate([-2.75,-2.75,0]) {
cube([5.5,5.5,1]);
}
} | glb/cad_438f4a05f537.glb |
Create an RGB MB Star holder for a Tamiya Actros. Start by creating a main cylindrical base with a diameter of 29mm and a height of 1mm. On top of this base, add a second cylinder with a diameter of 27.5mm and a height of 5mm, positioned so it extends 2mm below the base. Hollow out the center of this upper cylinder by ... | $fn = 100;
diam = 27.5;
height = 5;
holder_diam = 29;
thickness = 1;
difference()
{
union()
{
translate([ 0, 0, -2 ]) cylinder(height, d = diam);
cylinder(1, d = holder_diam);
}
translate([ 0, 0, -2 ])
{
cylinder(height - thickness, d = diam - thickness * 1.5);
}
cylinder(4, d = 2);
trans... | glb/cad_0651856eb099.glb |
Create a wall mount frame for a ZG-101ZS device. Start with a solid rectangular block measuring 91mm by 91mm with a height of 14.5mm. Round all four vertical corners with a radius of 2mm.
Hollow out the center of the block to create a shell with a wall thickness of 1.5mm. The interior cavity should be 87mm by 87mm an... | qo=0.01;
$fn=21;
fr=2;
w=1.5;
sp=87;
sph=13;
rbp=0.5;
oc=2;
module cube_rcr(c,r,rl=0,ru=0){
module moon(r){
difference(){
circle(r = r);
translate([-2*r,-r,0]) square(r*2);
};
};
hull(){
for (i=[[r,r,rl],[r,c[1]-r,rl],[c[0]-r,c[1]-r,rl],[c[0]-r,r,rl]... | glb/cad_1c732ab46042.glb |
Create a parametric corner bracket with a width of 40mm, a height of 20mm, and a depth of 30mm, using a uniform wall thickness of 3.2mm. The bracket is an L-shaped open shell formed by removing a central block from a solid rectangular prism, leaving two perpendicular walls and a base.
On the horizontal base, create a ... | VHole=4;
HHole=3;
$fn=360;
BWidth=40;
BHeight=20;
BDepth=30;
BThickness = 3.2;
HHoleLeft = 8;
HHoleRight = 5;
VHoleLeft = 8;
VHoleRight = 8;
VHolePos = 12.8;
Tol=0.01;
difference() {
cube ([BDepth,BWidth,BHeight]);
translate ([BThickness,BThickness,BThickness]) cube ([BDepth-BThickness,BWidth-2*BThickness,BHeight-BThi... | glb/cad_26a15a36173f.glb |
Create a miniature storage system consisting of a tray and a matching cover.
Construct the tray as a rectangular base with a width of 275mm, a depth of 172mm, and a height of 2mm. Round the four corners with a radius of 25mm. On the top surface of the base, create a grid of rectangular slots. This grid is composed of... | tray16 = 0;
tray20 = 0;
tray25 = 3;
tray28 = 0;
tray32 = 2;
tray40 = 2;
tray50 = 0;
tray60 = 0;
tray75 = 0;
clearance = 0.2;
makeTray = true;
startingRails = 15;
trayHollowHight = 10;
insertBorderWidth = 20;
edgeTrayBorderWidth = 3;
clampHight = 4;
clampWidth = 1;
baseHeight = 2;
customWidth = 275;
customDepth = 17... | glb/cad_876c3fc9a3b1.glb |
Create a Dehydrator Filament Spool Dryer wall segment. The part is a curved vertical wall with a height of 110mm and a thickness of 1.6mm, forming a 120-degree arc of a circle with a diameter of 286mm.
The wall features integrated connector joints at both ends to link with other segments. Each connector consists of a ... | include <BOSL2/std.scad>
include <BOSL2/constants.scad>
include <BOSL2/shapes3d.scad>
include <BOSL2/shapes2d.scad>
include <BOSL2/math.scad>
include <bend/bend.scad>
$fn=360;
DIA=143*2;
UPPER_MAX_DIA=290-0.4;
HEIGHT=110;
ANGLE = 30*4;
WW=1.6;
connector_d=6;
connector_inset=5;
clearance = 0.5;
bridge_length = 5;
b... | glb/cad_6a54cf270939.glb |
Create an action camera and light bike mount starting with a rectangular base block measuring 80mm in length, 42mm in width, and 25mm in height. On the top surface, create a raised section by connecting two cylinders, each with a radius of 12mm and a height of 20mm, positioned at coordinates (43, 26, 20) and (63, 26, 2... | union(){
cube([80,42,25]);
hull(){
translate([43, 26, 20]) cylinder(h=20, r=12);
translate([63, 26, 20]) cylinder(h=20, r=12);
}
translate([12,51,12]) rotate([90,0,0]) cylinder(h=10, d1=28, d2=15);
translate([5,5,-6]) cube([45,32,10]);
hull(){
translate([-9,10,9]) rotate([0,... | glb/cad_5360dc3de690.glb |
Create an action camera and light bike mount. Start with a main rectangular block that is 38mm long, 18.4mm wide, and 10mm high. Remove a central rectangular section from the bottom, leaving two outer walls, and carve out a large semi-cylindrical void with a 28mm diameter from the bottom center, extending 20.4mm high.
... | maxbreite=18.4;
minbreite=17.8;
hoehe=10;
laenge=38;
difference(){
union(){
clip();
translate([0,0,-4]) cube([laenge,maxbreite, 5]);
}
rotate([90,0,0]) translate([laenge/2,-11,-maxbreite-1]) cylinder(h=maxbreite+2, d=28, $fn=100);
translate([laenge/2,maxbreite/2,-9]) cylinder(h=hoehe+10, d=3.5, $fn=100);
}
module ... | glb/cad_75f7b4cac842.glb |
Create an Action Cam and Light Bike mount consisting of a main housing and a gimbal.
Construct the main housing as a rounded rectangular box with overall dimensions of 69mm x 51mm x 34mm. Create a central hollow cavity to accommodate an action camera, measuring 80mm x 42mm x 25mm. On the top surface, center a cylindr... | include <common.scad>
$fn=80;
hd=31.5;
showmodel=3;
if (showmodel==0)
{
boxKom();
}
else if(showmodel==1)
{
difference(){
boxKom();
translate([-5,-5,-135]) cube([100,60,100]);
}
}
else if(showmodel==2)
{
difference(){
boxKom();
translate([-5,-5,-35]) cube([100,60,100]);
translate([-5,-5,-70]) cube([20,60,150]);
}
... | glb/cad_61846c65d0be.glb |
Create a set of interlocking chain links by starting with a solid cube measuring 8mm x 8mm x 4mm. Carve out two rectangular slots to create the linked geometry. First, remove a rectangular volume measuring 10mm x 5mm x 4mm, positioned so its center aligns with the center of the original cube but is shifted 1mm along th... | difference(){
cube([8,8,4]);
translate([-1,1.5,1.5]) cube([10,5,4]);
translate([1.5,-1,-1.5]) cube([5,10,4]);
} | glb/cad_62ff1ffc3a6f.glb |
Create a fan shroud for a Zotac GTX 1070 Ti Mini. Start by creating a rectangular frame with a thickness of 15mm, a length of 201mm, and a height of 110mm. Within this frame, center two cylindrical holes, each with a diameter of 98mm and a depth of 16mm, positioned at x=51mm and x=151mm.
Modify the frame by adding sev... | hole_diameter = 98;
hole_thickness = 16;
hole_gap = 2;
tab_thickness = 2;
side_offset = 2;
frame_length = (hole_diameter * 2 + 5);
frame_height = 110;
dvi_cutout = [ 22, 41 ];
wire_relief = [ 20, 10 ];
fan1_center = [ 51, 0, hole_thickness / 2 ];
fan2_center = [ 151, 0, hole_thickness / 2 ];
module
frame()
{
d... | glb/cad_682f5815bc08.glb |
Create a Truncated Octahedron Extruder Gear. Start by constructing a cylindrical base with a radius of approximately 11.98mm. Around the outer circumference of this cylinder, add 12 gear teeth. Each tooth should be shaped as a truncated octahedron, scaled and positioned to create a repeating, interlocking gear pattern.... | gear_teeth_count = -1;
gear_radius = -1;
gear_pitch = -1;
start_angle = 0;
clipTop = false;
highTop = false;
num_cycles = 2;
height_multiplier = 10/4.4269;
make_flat = true;
axle_type = "none";
axle_diameter = 4.8;
xw=0.35;
extra_base_height=0;
ring_gear = false;
module __Customizer_Limit__ () {}
delta =... | glb/cad_e66ed53fcb42.glb |
Create a power outlet frontplate by starting with a square plate measuring 58mm by 58mm with a thickness of 1mm, centered on the origin. Remove a large central circular section with a radius of 32mm, centered 30mm below the plate's center, to create a wide opening. To form the cable slot, remove a rectangular volume me... | scale([1.01,1.01,1.01]){
intersection () {
difference () {
cube([88,88,06.8], center=true);
translate([0,0,2.5]){
cube([60,60,2], center=true);
};
cube([58,58,102], center=true);
translate([0,44,0]){
cube([8, 31,6.9]... | glb/cad_11d66453abf9.glb |
Create a CADAC 45L Cooler Hinge consisting of two symmetrical latch bases joined by a central hinge. Each latch base is a rectangular block measuring 60mm in length, 32mm in width, and 2.5mm in height.
At the center of the assembly, create a cylindrical hinge with a radius of 3mm and a total length of 29mm. This centr... | $fn=100;
hingePinDiameter = 2;
latchBaseHeight = 2.5;
latchBaseLength = 60;
latchBaseWidth = 32;
hingeRadius = 3;
module slotNegative(length) {
radius = 2;
slotWidth = radius * 2;
translate([0, - (length / 2) + radius, 0]) {
cylinder(h = latchBaseHeight + 1, d = slotWidth, center=true);
}
cube([slotW... | glb/cad_7225b96891f2.glb |
Create a cable clip consisting of two concentric C-shaped rings. The larger outer ring has an outer diameter of 33mm and a wall thickness of 2mm, forming a curved channel. This outer ring is interrupted by a 90-degree opening.
Attached to the bottom of this larger ring is a smaller concentric C-shaped ring with an ou... | $fn=100;
$bolt_hole_diameter=5;
$x_bolt_distance=107.5;
$y_bolt_distance=66.5;
$x_offset=20;
$y_offset=35;
$base_rounding_diameter=5;
$base_thickness=8;
$base_reinforcement_thickness=12;
$holder_height=50.5;
$holder_thickness=6;
$clearance=0.5;
$tube1_diameter=30+$clearance;
$tube2_diameter=30;
$arm_x_length=50;
$... | glb/cad_a7779c099726.glb |
Create a Cisco AP Holder for a WiFi site survey stand. Start with a rectangular base plate 147.5mm long and 61.5mm wide, with a thickness of 8mm and rounded corners with a 5mm radius. In this base, place four 5mm diameter bolt holes centered at the corners, positioned 107.5mm apart along the X-axis and 66.5mm apart alo... | $fn=100;
$bolt_hole_diameter=5;
$x_bolt_distance=107.5;
$y_bolt_distance=66.5;
$x_offset=20;
$y_offset=35;
$base_rounding_diameter=5;
$base_thickness=8;
$base_reinforcement_thickness=12;
$holder_height=50.5;
$holder_thickness=8;
$tube_diameter=34;
$arm_x_length=50;
$arm_y_width=2*$y_offset+$y_bolt_distance-2-2*$bas... | glb/cad_ba3da6ed20cd.glb |
Create a star-shaped sculpture with a central hemispherical dome. Start by constructing a nine-pointed star using a hull operation between small spheres. Position one sphere at the tip of each point at a radius of 75mm from the center, and place two spheres at a smaller radius of 30mm, offset by 40 degrees from the tip... | stern(9, 75, 30, 10, 25);
module stern(spitzen, aussen_dia, innen_dia, hoehe, kugel)
{
schritt = 360/spitzen;
difference()
{
union()
{
union()
{
for (p = [0 : spitzen-1])
{
hull()
{
... | glb/cad_707ffc50422b.glb |
Create a spool clamp designed to hold an M8 rod. Start with a primary cylindrical body with an outer diameter of 13mm (calculated as the 8mm rod diameter plus 2.5mm thickness on each side) and a height of 20mm.
The main body is formed by two mirrored teardrop-shaped profiles positioned at the top and bottom, combined... | include<configuration.scad>
use<teardrop.scad>
thickness=2.5;
mount_length=20;
module spoolclamp()
{
outer_diameter=m8_diameter+thickness*2;
opening_size=m8_diameter-0.8;
angle=asin(16/50);
difference()
{
union()
{
for(i=[0:1])
translate([-m8_diameter/2,-mount_length/2,outer_diameter/2])
rotate([0... | glb/cad_d54efaf316ec.glb |
Create a spool clamp by starting with a central cylinder 5mm thick with a radius of 55mm. On top of this base, add a second cylinder 5mm thick with a radius of 50mm, centered on the first. At the very center, add a third cylinder 5mm thick with a radius of 16mm.
Remove a central vertical hole with a diameter of 22.6m... | include<configuration.scad>
hole_for_608=22.6;
608_diameter=22;
608_height=9;
module vik500mspoolclamp()
{
difference()
{
union()
{
cylinder(h = 5, r = 55, center = true);
translate([0,0,5]) cylinder(h = 5, r = 50, center = true);
translate([0,0,10]) cylinder(h = 5, r = 16, center = true);
}
trans... | glb/cad_690955a86759.glb |
Create a 0 to 99 counter consisting of two rotating wheels housed in a two-part casing.
First, create two cylindrical wheels with a radius of 25mm and a thickness of 0.8mm. Each wheel should have a central hole with a radius of 2mm. On the face of each wheel, place the digits 0 through 9, spaced every 36 degrees. The... | parts = "lwheel";
radius = 25;
hole_radius = 2;
height = 0.8;
text_height = 0.6;
font="Berelen2016:style=Bold";
font_size=7;
window_width = 6;
window_height = 9;
walls_thickness = 2;
inner_wall_length = 25;
notch_radius = 1.2;
digit_margin = 0.8;
wheel_margin = 2;
walls_margin = 0.6;
opening = 15;
suppo... | glb/cad_1d2c1767f804.glb |
Create a Giants Causeway display stand consisting of a cluster of hexagonal prisms with a flat base. The stand is three columns wide, with each individual hexagonal cell having a width of 50mm. Arrange the cells in three staggered rows: a primary row of tall columns, a middle row of medium columns, and a final row of s... | width_of_cell=50;
cells_wide=3;
total_height=100;
max_heighttall=total_height;
min_heighttall=total_height*.7;
max_heightmedium=total_height*.65;
min_heightmedium=total_height*.3;
max_heightshort=total_height*.25;
min_heightshort=total_height*.05;
width=(width_of_cell*1.1547005);
hexrad=width/2;
movx=sqrt(3)*hexrad;
m... | glb/cad_cf4a32ced1b3.glb |
Create a power panel box by starting with a solid rectangular block measuring 78mm wide, 29mm high, and 20mm deep. Hollow out the center of the block to create a shell with walls that are 3mm thick on the sides and 3mm thick on the top and bottom, leaving a solid base floor that is 2mm thick. On the left side of the bl... | width = 78;
height = 29;
depth = 20;
wall_width = 3;
wall_height = 3;
wall_depth = 2;
cable_dia = 9;
difference () {
cube(size = [width,height,depth], center = true);
translate([0,0,wall_depth]) cube(size = [width-2*wall_width,height-2*wall_height, depth-wall_depth], center = true);
rotate([0,90,0]) translate([2.5,0,... | glb/cad_0631da17572a.glb |
Create a Mendelmax power panel as a rectangular plate with rounded corners. The main body should be 82mm wide, 69mm high, and 3.8mm thick, with a corner radius of 10mm.
Cut several openings into the face of the plate. First, create a rectangular cutout for a power plug that is 28.5mm wide and 20mm high, centered hori... | use <boxes.scad>
plug_holes_distance = 40;
plug_holes_diameter = 3;
plug_height = 20.0;
plug_width = 28.5;
switch_height = 17.33;
switch_width = 12.97;
pannel_width = 82;
pannel_height = 69;
pannel_depth = 3.8;
m5_diameter = 5;
module pannel () {
translate(v = [0,0,pannel_depth/2]) rotate ([180,0,180]) difference... | glb/cad_493fd97405a7.glb |
Create a benchmarking object starting with a main cylinder 120mm in diameter and 100mm in height, using a facet resolution of 177. Hollow out the center by removing a concentric cylinder with a diameter of 70mm and a height of 1000mm. Carve out two sets of radial slots from the center: the first set consists of cubes 1... | difference(){
cylinder(r=120/2,h=100,$fn=177);
translate([0,0,-1]) cylinder(r=120/2-25,h=1000,$fn=177);
for(i=[0:360/11:359]) rotate([0,0,i]) translate([0,0,25+5]) cube([12,500,40],center=true);
for(i=[0:360/11:359]) rotate([0,0,i]) translate([0,0,25+5+50]) cube([12,500,25],center=true);
}
for... | glb/cad_3034a4a1e377.glb |
Create a diffuser case for a Digipower VL-RGB light. The main body is a rounded rectangular enclosure with external dimensions of 156.55mm in width and 84.6mm in height, and a total depth of 14.36mm.
The interior of the case is hollowed out to accommodate the light, with a central cavity measuring 150.55mm by 78.6mm ... | include <ame/roundedcube.scad>
include <metric_nut.scad>
$fn=50;
$fa=0.2;
light_d = 11.36;
light_w = 150.55;
light_h = 78.60;
wall_thick = 3;
bottom_thick = 3;
light_case_d = light_d + bottom_thick;
light_case_w = light_w + wall_thick*2;
light_case_h = light_h + wall_thick*2;
module light_model_feature(a,b,radius=1.... | glb/cad_3cbd95fc51f2.glb |
Create a zip tie anchor starting with a square base plate measuring 20mm by 20mm with a thickness of 1mm. Centered on top of this base, construct a smaller square pillar that is 8mm wide and 8mm deep, with a height of 1.5mm.
Within this central pillar, create a square pass-through hole measuring 4mm by 4mm that exten... | base_width = 20;
base_height = 1;
gap_width = 4;
gap_height = 1.25;
top_width = 8;
top_height = 1.5;
cross_width = 1.8;
diaginal_width = sqrt(base_width*base_width+base_width*base_width);
difference () {
union() {
cube(size=[base_width,base_width,base_height],center=true);
translate(v=[0,0,base_height+(gap_height-bas... | glb/cad_e0db74d3df30.glb |
Create a 10-inch rack mount tray for a Beelink Sei12. Start with a front rectangular plate 254mm wide and 44.5mm high with a thickness of 3.5mm. At the top and bottom edges of this plate, centered horizontally, create a rectangular cutout 148mm wide and 30.5mm high. On the left and right outer edges of the front plate,... | rack_size = 10;
front_plate_thickness = 3.5;
rail_overlap = 15.875;
rail_overlap_depth = 0.5;
rail_hole_diameter = 6.1;
rail_hole_position = "corner";
shelf_size = [148, 30.5, 100];
shelf_thickness = 3;
shelf_hex_diameter = 8;
shelf_hex_wall = 2;
shelf_hex_offset = [0, 1];
shelf_top_depth = 20;
shelf_top_th... | glb/cad_61db45e89260.glb |
Create a parametric spool holder consisting of two symmetrical halves that mirror each other to secure a spool.
For each half, create a main body featuring a central cylinder with an outer diameter of 30.1mm and an inner diameter of 24.9mm, extending to a length of 106mm. At the ends, add circular flanges with an out... | use <gears/gears.scad>
use <D:/3d Shapes/OpenSCAD_Tools/BOSL-master/threading.scad>
cardboard_tube_od = 30.1;
cardboard_tube_id = 24.9;
cardboard_tube_length = 106;
max_inner_cylinder_len = 200;
cardboard_overhang = 5;
flange_od = 85;
flange_thickness = 4;
inner_cyl_stiffener_dia = 2.2;
bolt_dia = 6.5;
bolt_clr_dia ... | glb/cad_cfce200e301e.glb |
Create a vice grip for a round barrel. Start by constructing a main rectangular block with a width of 24mm, a depth of 24mm, and a height of 17mm. The four vertical edges of this block should be rounded with a radius of 3mm.
Centrally carve a horizontal cylindrical hole through the block to accommodate the barrel. Thi... | extr=0.5;
wal=extr*6;
rof=0;
jawh=15+2;
jaww=30-wal*4;
vicg=30-4*wal;
rodd=12+2+.1-6;
cutdep=1.5;
noroof=1;
plt=1.5;
platett=2.2;
rodia=3.5;
bear=13.9;
bearr=bear/2;
bfb=bear/2+8-2;
span=30;
drr=12/2;
drs=25/2-drr;
bmspan=12/2;
poiy=8+3;
poix=5;
ovr=15;
ovr=7.5;
tr=3.3/2;
btr=4.5/2;
center=1;
xcw=37+3+5+2.5+(45/... | glb/cad_fea1fa96e6ad.glb |
Create a trackball pusher tool by combining a wide base with a central vertical pillar. Start with a cylindrical base 36mm in diameter and 4mm high, ensuring all edges are rounded with a 1.5mm radius. Centered on top of this base, add a vertical cylindrical pillar 12mm in diameter and 18mm high, also featuring 1.5mm ro... | baseDiam = 36;
baseHeight = 4;
pusherDiam = 12;
pusherHeight = 18;
ballDiam = 34;
radius = 1.5;
$fn = 100;
difference()
{
union()
{
translate( [0, 0, -radius] )
roundedCylinder(baseDiam, baseHeight, radius, true);
roundedCylinder(pusherDiam, pusherHeight, radius, false);
}
translate( [0, 0, -5*radius] )
... | glb/cad_a5e1c3846125.glb |
Create a converter mount consisting of a central rectangular plate with two side tabs. The main body is a rectangular slab measuring 68mm by 36.5mm with a thickness of 6mm. Centered within this slab, remove a rectangular area of 58mm by 26.5mm and two circular cutouts with a radius of 13.25mm to create a hollowed-out c... | layer_thickness = 0.2;
x_mount_distance = 58;
y_mount_distance = 26.5;
mount_depth = 6;
mount_hole = 3;
mount_hole_resess = 7.5;
mount_hole_resess_depth = 3;
tab_depth = 4;
tab_height = 5;
tab_hole_radius = 5;
tab_width = tab_hole_radius*2;
module converter_mount() {
difference () {
union () {
translate (v = [-(x... | glb/cad_b26aa21ecbd7.glb |
Create an Octal Dice model starting with a central cube that is 13.6mm per side (16mm total width minus a 1.2mm bevel on all edges). Apply a Minkowski sum with an octahedron of size 1.2mm to create a rounded, beveled cubic solid.
On each of the six faces, emboss text with a depth of 1.2mm and an overshot of 0.2mm. Th... | big_font = "OCR A";
bit_embolden = 0.2;
val_embolden = 0.1;
face_depth = 1.2;
face_overshot = 0.2;
dice_width = 16;
dice_bevel = 1.2;
glyph_ratio = 1.8;
module octahedron(size) {
polyhedron([
[size,0,0], [0,size,0], [0,0,size],
[-size,0,0], [0,-size,0], [0,0,-size]
],[
[0,2,1], [1,2,3], [3,2,4], [4,2,... | glb/cad_1dda426ce404.glb |
Create a Blindspot for growDECK by starting with a square base measuring 60mm by 60mm with a thickness of 2mm. Centered on top of this base, add a thin-walled cylindrical ring with an outer radius of 24mm and an inner radius of 23mm, giving the wall a thickness of 1mm. This cylinder should extend 10mm upward from the s... | $fs = .2;
$fa = 1;
cube([60, 60, 2]);
translate([30, 30, 2])
difference(){
cylinder(h=10, r=24);
cylinder(h=10, r=23);
}; | glb/cad_71a7139927ef.glb |
Create a Y stepper bracket for a 3D printer with a total thickness of 10mm. The main body is a flat plate featuring a series of cutouts and mounting holes.
First, create a mounting pattern for a NEMA 17 motor consisting of four holes. Position these holes at the corners of a 31mm square, centered around the mounting ... | module nema17_mount() {
translate([-31/2,31/2,0]) cylinder(h=10,r=3.2/2,$fn=20);
translate([31/2,31/2,0]) cylinder(h=10,r=3.2/2,$fn=20);
translate([31/2,-31/2,0]) cylinder(h=10,r=3.2/2,$fn=20);
translate([-31/2,-31/2,0]) cylinder(h=10,r=3.2/2,$fn=20);
translate([-31/2,31/2,8]) cylinder(h=10,r=7/2,$fn=20);
transl... | glb/cad_df196ec1553c.glb |
Create a Y stepper bracket with a total thickness of 10mm. The main body is a flat plate featuring a series of mounting holes and cutouts.
First, create a mounting pattern for a NEMA 17 motor consisting of four holes. Position these holes at the corners of a 31mm square, centered on the plate; each hole should have a... | module nema17_mount() {
translate([-31/2,31/2,0]) cylinder(h=10,r=3.2/2,$fn=20);
translate([31/2,31/2,0]) cylinder(h=10,r=3.2/2,$fn=20);
translate([31/2,-31/2,0]) cylinder(h=10,r=3.2/2,$fn=20);
translate([-31/2,-31/2,0]) cylinder(h=10,r=3.2/2,$fn=20);
translate([-31/2,31/2,8]) cylinder(h=10,r=7/2,$fn=20);
transl... | glb/cad_8bdfc114ee93.glb |
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