Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a plaster compensation ring with a total height of 14mm. The main body is a hollow cylinder with an inner diameter of 70mm and a wall thickness of 2.14mm.
At the base, integrate four equidistant screw connectors positioned every 90 degrees. Each connector consists of a vertical hole with a diameter of 2.8mm. T... | total_height = 14;
inner_diameter = 70;
wall_thickness = 2.14;
height_small_connector = 5;
bore_distance = inner_diameter;
wall_thickness_connector = 2;
bore_diameter_connector = 2.8;
connector_diameter = 5;
connector_extension_inner_distance=inner_diameter-5;
height_connector_extension = 6;
border = 2.2;
ex... | glb/cad_24a21a23e943.glb |
Create a Gridfinity base template centered on the origin. Start with a main body consisting of three stacked layers: a bottom face that is a rounded square of 35.6mm per side with 0.8mm corner radii; a middle section that is a rounded square of 37.2mm per side with 1.6mm corner radii and a height of 2.6mm (0.8mm base h... | top_face_side = 42;
top_face_corner_r = 4;
top_face_h = 5;
centre_block_side = 37.2;
centre_block_corner_r = 1.6;
centre_block_h = 0.8;
centre_block_t = 1.8;
bottom_face_side = 35.6;
bottom_face_corner_r = 0.8;
screw_hole_grid = 26;
screw_hole_d = 3;
magnet_hole_grid = 26;
magnet_hole_d = 6.4;
magnet_hole_h = 2.4;
... | glb/cad_d60b354c0aa1.glb |
Create a Desk Hugger cable organizer with a total width of 40mm. The object is a linear extrusion of a C-shaped profile. Start with a base rectangular section 20mm wide and 2.4mm thick. At the end of this base, attach a semi-circular ring with an outer diameter of 40mm and a wall thickness of 2.4mm. The ring should be ... | desk_thickness = 20;
cable_gap = 5;
clamp_angle = -2;
diameter_holder = 40;
clamp_width = 40;
clamp_offset = 0;
nozzle = 0.4;
n_lines = 6;
thickness = n_lines*nozzle;
desk_width = desk_thickness - clamp_offset;
linear_extrude(clamp_width) union(){
difference(){
union(){
square([desk_wi... | glb/cad_0d6e79f657d2.glb |
Create an Outfoxed Decoder replacement part consisting of a main rectangular body and a sliding cover. The main body is a rectangular block measuring 4mm wide by 3mm high. Within this body, create a series of stacked layers with varying internal cutouts. The first layer is 0.05mm thick and contains a centered elliptica... | include <BOSL2/std.scad>
card_w = 2.5;
card_h = 3.5;
card_t = 0.04;
box_w = 4;
box_h = 3;
hole_w = 1.675;
hole_h = 1.375;
hole_t = 1;
knob_d = 0.5;
cover_w = 3.4;
cover_h = 1.75;
l1_t = 0.05;
rotate([90,0,0]) linear_extrude(l1_t) {
difference() {
square([box_w, box_h]);
right(box_w/2) back(hole... | glb/cad_115e91b84165.glb |
Create two identical washers for a Frankenstein Mad Scientist Switch Plate. Each washer should be a flat, thin cylinder with an outer diameter of 6mm and a total height of 6mm. Centered within each cylinder, create a circular hole with a diameter of 4mm and a depth of 2.95mm, effectively carving out a shallow recessed ... | $fn=100;
module washer (){
difference (){
cylinder (1.4,6,6);
translate ([0,0,-.01])
cylinder (4,2.9,2.95);
}
}
washer ();
translate ([20,20,0])
washer(); | glb/cad_71b778942634.glb |
Create a knob for a Frankenstein Mad Scientist Switch Plate. The object is a vertically oriented, tiered cylindrical component. Start by creating a main body using a rotated polygon profile that results in a cylinder with a flat base and a slightly tapered top edge; this main section should have a radius of 9mm and a t... | $fn=100;
module knob (){
rotate_extrude ($fn=200)
polygon (points = [ [0,0] , [6,0] , [7.5,1.5] , [9,24] , [6,27] , [0,27] ]);
translate ([0,0,-2.99])
cylinder (3,6,6);
translate ([0,0,-8.99])
cylinder (6,2.9,2.95);
}
color ("red")
translate ([0,0,27])
rotate (180,[0,1,0])
knob (); | glb/cad_cc2f3483a03d.glb |
Create a Frankenstein Mad Scientist Switch Plate. Start with a rectangular base measuring 80mm wide by 125mm long by 3mm thick. Centered on top of this base, add a thin rectangular rim that is 80mm wide by 125mm long by 5mm thick, with a recessed inner area of 76mm by 121mm and a depth of 6mm.
Cut several rectangular ... | $fn=100;
module rim (){
difference (){
cube ([80,125,5],center = true);
translate ([0,0,-.01])
cube ([76,121,6],center = true);
}
}
module rim2(){
difference (){
cube ([30,72,3],center = true);
translate ([0,0,-.01])
cube ([26,68,6],center = true);
}
}
module base (){
cube ([80,125,3],center=true);
}
module h... | glb/cad_738607d9a326.glb |
Create a Frankenstein Mad Scientist Switch Plate consisting of two identical components placed side-by-side. For each component, start with a rectangular base measuring 20mm wide, 16mm deep, and 2mm high. Atop this base, center two vertical rectangular pillars, each 16mm wide and 4mm deep, extending 26mm upward. Positi... | $fn=100;
module tower(){
difference (){
union(){
cube ([ 20,16,2]);
translate ([2,2,0])
cube ([16,4,26]);
translate ([2,10,0])
cube ([16,4,26]);
}
translate ([10,17,20])
rotate (90,[1,0,0])
cylinder (30,2.5,2.5);
translate ([10,8,20])
rotate (90,[1,0,0])
cylinder (30,4,4);
}
}
module contact(){... | glb/cad_baaaf2dd3752.glb |
Create a Frankenstein Mad Scientist Switch Plate cross-arm. Start by constructing a rectangular base block measuring 52mm in length, 12mm in width, and 6mm in height. At each end of the top surface, add two small cylindrical alignment pins, each with a diameter of 4mm and a height of 0.8mm, positioned 6mm apart along t... | $fn=100;
module pins (){
cylinder (4,.96,.8);
translate ([0,6,0])
cylinder (4,.96,.8);
}
module cross_arm (){
difference () {
union (){
cube ([52,12,6]);
translate ([50,3,5])
pins ();
translate ([2,3,5])
pins ();
}
translate ([26,6,-.01])
cylinder (10,3,3);
}
}
translate ([0,20,0])
color ("darkgrey")
cross_a... | glb/cad_4006a8a294e7.glb |
Create a Frankenstein Mad Scientist Switch Plate arm by starting with a rectangular block measuring 76mm in length, 12mm in width, and 4mm in height. Carve a square hole through the center of the block that is 5.6mm by 5.6mm and 10mm deep, positioned 6mm from the front edge and 6mm from the side edge. Finally, add two ... | $fn=100;
module pin_hole (){
rotate (90,[0,1,0])
cylinder (6,1,1);
}
module arm () {
difference (){
cube ([76,12,4]);
translate ([6,6,0])
cube ([ 5.6,5.6,10],center= true);
translate ([70.1,3,2])
pin_hole();
translate ([70.1,9,2])
pin_hole();
}
}
color ("lightgrey")
arm (); | glb/cad_352ae213727e.glb |
Create a holder for an aluminum LED profile. Start by constructing a main body that combines a central rectangular block measuring 30mm wide, 24mm deep, and 5mm high with two cylindrical end caps. These caps should be 10mm in diameter and 2mm thick, centered at the front and back edges of the block, 34mm apart from eac... | $fn = 90;
union() {
difference() {
union() {
hull() {
translate([0, 17, -1]) cylinder(d = 10, h = 2, center = true);
translate([0, -17, -1]) cylinder(d = 10, h = 2, center = true);
};
translate([0, 0, +0.5]) cube([30, 24, 5], center = true);
};
translate([0, 0, 1.5]) cube([30, 17.5, 3], cente... | glb/cad_93d7b1de729a.glb |
Create a cassette test workbench. Start with a rectangular base block measuring 35mm in width, 76mm in depth, and 7mm in height. Round the four vertical corners of this base using a radius of 4mm.
Carve a rectangular cutout from the top surface to create a slot for the cassette; this slot should be 20mm wide and 70mm ... | c_width = 20;
c_depth = 70;
c_height = 5;
t_diameter = 9;
margin = 3;
c_supp_thick = 2;
c_supp_radius = (c_width / 2) - 1;
b_depth = c_depth + ( margin * 2 );
b_width = c_width + t_diameter + (margin * 3);
b_height = max(min((c_height / 2 ) + c_supp_thick, 5 + c_supp_thick), 1+c_supp_thick);
leg_size = min(5, ma... | glb/cad_3df03babebb1.glb |
Create a parametric coaster by starting with a solid cylinder 100mm in diameter and 25mm in height. Hollow out the center of this cylinder by removing a smaller concentric cylinder with a diameter of 98mm and a height of 5mm, leaving a bottom base and a thin outer rim. Within this recessed area, create a hexagonal grid... | grid = "hex";
D = 100;
D1 = 98;
H = 25;
h = 20;
w = 5;
d = 1;
W = w + d;
s0 = floor (D1/W)/2 + 1;
echo (s0);
$fn = 128;
eps = 0.01;
deps = 2 * eps;
difference ()
{
cylinder (d = D, h = H);
translate ([0, 0, h - eps])
cylinder (d = D1, h = H - h + deps);
translate ([0, 0, -eps])
interse... | glb/cad_704b2ccc420d.glb |
Create a Handlebar Holder consisting of a spherical top and a hollow cylindrical base. Start by creating a sphere with a diameter of 12mm. From this sphere, remove the bottom half by centering a 12mm cube at a vertical offset of -6mm, leaving a hemispherical dome. Directly beneath this dome, add a cylinder with an oute... | $fn=64;
union() {
difference() {
sphere(d=12, center=true);
translate([0, 0, -6]) cube([12, 12, 12], center=true);
}
difference() {
translate([0, 0, -2.55]) cylinder(d=10, h=5, center=true);
translate([0, 0, -2.55]) cylinder(d=5, h=5, center=true);
translate([0, 0, -2.55]) cube([2, 10, 5], center=tr... | glb/cad_18e1aca4ef27.glb |
Create a Handlebar Holder by starting with a main cylinder 24mm in diameter and 30mm in height, centered on the origin. Remove a smaller concentric cylinder from the center with a diameter of 12.5mm and a height of 30mm to create a hollow tube. Cut a transverse hole through the side of the main cylinder with a diameter... | $fn=64;
difference() {
cylinder(d=24, h=30, center=true);
cylinder(d=12.5, h=30, center=true);
translate([-6, 0, 0]) rotate([0, 90, 0]) cylinder(d=4.5, h=12, center=true);
translate([25, 0, 0]) rotate([90, 0, 0]) cylinder(d=35, h=50, center=true);
} | glb/cad_0753542960f8.glb |
Create two identical board wall mounts. For each mount, start with a base shape formed by the convex hull of three circles with radii of 20mm, positioned at (0,0), (0,150), and (92.7mm, 0). Extrude this shape to a total thickness of 66mm (5mm for the back wall and 56mm for the board slot).
From this volume, remove a ... | $fn=64;
height=150;
boardThickness=56;
cornerRadius=20;
holeDiameter=3;
wallThickness=5;
holeType="chamfer";
chamfer=4;
gr=1.618;
mount();
translate([0, 1.5 * (2 * wallThickness + boardThickness),0]) mirror([1, 0, 0]) mount();
module template1() {
hull() {
circle(r= cornerRadius);
translate([0,h... | glb/cad_33dc67433ab8.glb |
Create a Ceiling Hanger by constructing a thick, angular bracket with a total height of 120mm, a width of 120mm, and a thickness of 25mm. The main body is a flat, extruded polygon that forms a C-shaped hook. The profile starts at the origin, extends to a width of 120mm, and incorporates a 10mm trim on the corners to so... | thickness=25;
height=120;
width=120;
trim=10;
holeDiam=5;
difference() {
hook();
hole();
}
module hook() {
linear_extrude(height = 2 * thickness, center = true, slices = 20, scale = 1.0)
polygon([
[0 ,trim],
[trim, 0],
[width, 0],
[width + trim, trim],
[width + thickness -trim, 2 * thickne... | glb/cad_900783f9e2b6.glb |
Create a Pokemon Go Plus Bicycle Mount by starting with a central cylinder 29mm in diameter and 16mm high, centered on the origin. Remove a 22mm diameter cylindrical hole through the center of this main body. To create the mounting clip, add a rectangular block 6mm wide, 17mm deep, and 16mm high, positioned with its ce... | $fn=128;
width=16;
difference() {
union() {
difference() {
cylinder(h=width, d=29, center=true);
translate([0, 10, 0]) rotate(45, 0, 0) cube([20, 20, width], center=true);
}
translate([-8, -14, 0]) cube([6, 17, width], center=true);
difference() {
... | glb/cad_963da5f70902.glb |
Create a Crank Bearing Removal Tool consisting of a hollowed cylindrical body and a conical base. Start by creating a main cylinder with a total height of 120mm and an outer diameter of 28mm. This cylinder should have a concentric hole running through its entire length with a diameter of 20mm, creating a wall thickness... | thickness=8;
spacing=3;
minDiam=28;
maxDiam=34;
totalHeight=120;
coneHeight=40;
difference() {
union() {
translate([0, 0, totalHeight/2]) cylinder(h=totalHeight, d=minDiam, center=true);
translate([0, 0, coneHeight/2]) cylinder(h=coneHeight, d1=maxDiam, d2=minDiam, center=true);
}
translate... | glb/cad_c2a7aaac431d.glb |
Create a Customizable Components Box with a main body and a screw-on lid. The main body is a hollow rectangular prism measuring 60mm wide, 80mm long, and 78mm high, with a wall thickness of 2mm. At each of the four vertical corners, create a hole with a diameter of 3mm that runs the full height of the box.
Inside the ... | $fn=16;
height = 78;
length = 80;
width = 60;
holeDiameter = 3;
thickness = 2;
box();
translate([0, 15, 0]) shelf(39, 2);
translate([0, -20, 0]) shelf(54.5, 2);
translate([0, -30, 0]) shelf(50.5, 2);
translate([0, 0, height/2 + thickness]) lid();
module shelf(w, h) {
side = (width - w)/2 + 2;
difference() ... | glb/cad_53f1793a4194.glb |
Create a modular middle shell for a Stevenson screen weather protector. The shell is a hollowed-out, truncated cone-like disc with a height of approximately 23.4mm.
The outer boundary is a circle with a diameter of 94.3mm that scales up to 113.2mm at the top edge. The wall thickness is 2mm. Centered in the base is a ... | boundsX = 45;
boundsY = 20;
mountType = "square";
middleShell();
mountPoleSize = 12;
thickness = 2;
pegDiameter = 5;
bounds = sqrt((boundsX * boundsX) + (boundsY * boundsY));
outerDiameter = bounds * 2;
height = bounds / 2;
pegRadius = (bounds / 2) * 1.2;
pegHeight = height * 1.25;
module shell(d, h, hole, pegs,... | glb/cad_ad0e35104269.glb |
Create an O-Ring T 50x36 by combining two concentric ring shapes. First, construct a wide base ring with an outer diameter of 50mm and an inner diameter of 36mm, with a total height of 1.9mm. Directly on top of this base, center a second, slightly narrower ring with an outer diameter of 44mm and an inner diameter of 40... | $fn = 90;
union() {
translate([0, 0, 0.95]) {
union() {
difference() {
cylinder(d = 50, h = 1.9, center = true);
cylinder(d = 36, h = 1.9, center = true);
};
};
};
translate([0, 0, 1.9]) {
union() {
difference() {
... | glb/cad_39a8a105db3f.glb |
Create a rolling pin spacer ring with a height of 10mm. The ring should have an inner diameter of 47.6mm and an outer diameter of 49.6mm, resulting in a wall thickness of 2mm. Center the ring on the origin. On the outer vertical surface of the ring, emboss the text "2mm" so that the characters are centered and legible.... | rollerDiameter = 47.5;
play = 0.2;
thickness = 2;
height = 10;
text_depth = 0.3;
cakeRing(rollerDiameter = rollerDiameter, thickness = thickness, height = height, oversize = play, text_depth =text_depth);
module cakeRing(rollerDiameter, thickness, oversize = 0.2, height = 5, text_depth = 1.2) {
id = rollerDi... | glb/cad_cbedb819e0da.glb |
Create a replacement foot for a Rummy board by constructing a solid base and removing a specific interior volume. Start by creating a hull that connects a cylinder with a radius of 2.5mm and a height of 4mm, centered at coordinates (2.5, 2.5, 0), to a rectangular block measuring 0.1mm by 25mm with a height of 4mm, posi... | $fn=123;
difference() {
hull() {
translate([5/2, 5/2, 0]) cylinder(r=5/2, h=4);
translate([71, 0, 0]) cube([.1, 25, 4]);
}
translate([72-12.5, 6,-.01])
rotate([0,0,32]) cube([9.5, 20, 4.02]);
translate([72-8.5, 15,-.01])
rotate([0,0,32]) cube([9, 20, 4.02]);
translate([72, 13,-.01])
rota... | glb/cad_54bce0c57816.glb |
Create a Lansky table mount consisting of three separate components: a clamp, a screw, and a mount.
First, create the clamp as a rectangular block 20mm wide, 30mm deep, and 70mm high. Remove a central rectangular section from the block, leaving walls 10mm thick, and add two M14 threaded holes: one at the bottom and o... | use <threadlib/threadlib.scad>
clampheight = 70;
clampthick = 10;
clampwidht = 20;
clampdepth = 30;
thread="M14";
screwheadInnerDiameter=30;
mountDiameter=9;
mountheight=14;
mountSupportHeight=57;
mountSupportDiameter=15;
module clamp(){
difference(){
cube([clampwidht,clampdepth,clampheight]);
translate([-1,cla... | glb/cad_8b331e5403ec.glb |
Create a collection of geometric primitives and composite shapes.
First, create a series of rounded cubes. Construct a cube with dimensions 30x40x50mm and a corner radius of 10mm. Create a second version of this cube that is tapered at a 60-degree angle.
Construct a set of hollow cylinders (pipes) with an inner radi... | basics_test();
module basics_test() {
*difference() {
union() {
cube([15,5,10],center=true);
cube([5,15,10],center=true);
cube_align([10,10,5],[0,0,-1]);
}
rotate([0,0,45])
cube_align([11,3,10],[0,0,1]);
rotate([0,0,-45])
cube_align([11,3,10],[0,0,1]);
translate([5,5,-8])
cylinder(r=2.5,h=10,... | glb/cad_17218ceef476.glb |
Create a collection of geometric primitives and composite shapes.
First, create a series of rounded cubes. Construct a rounded cube with dimensions 30x40x50mm and a corner radius of 10mm. Create a tapered version of this rounded cube where the top and bottom faces are angled at 60 degrees.
Next, generate a set of ho... | basics_test();
module basics_test() {
*difference() {
union() {
cube([15,5,10],center=true);
cube([5,15,10],center=true);
cube_align([10,10,5],[0,0,-1]);
}
rotate([0,0,45])
cube_align([11,3,10],[0,0,1]);
rotate([0,0,-45])
cube_align([11,3,10],[0,0,1]);
translate([5,5,-8])
cylinder(r=2.5,h=10,... | glb/cad_65c7bae6e338.glb |
Create a single-layer numbered sign for autofocus testing. Start by constructing a rectangular base plate that is 10mm wide and 100mm long with a thickness of 0.2mm. Position the text "10" on top of the plate, ensuring the characters are also 0.2mm thick. Place the text at the top edge of the rectangle, shifted 2mm to ... | linear_extrude(0.2) polygon(points = [ [0,0],[10,0],[10,100],[0,100] ]);
linear_extrude(0.2) translate([-2,100]) text("10"); | glb/cad_ebc185796977.glb |
Create a two-part assembly consisting of a base and a nut.
For the base, create a cylinder with a diameter of 28mm and a height of 2mm. On top of this, add a threaded screw section with a diameter of 28mm and a length of 20mm. From the center of this assembly, remove a square hole measuring 15mm by 15mm with a depth ... | use <threads-library-by-cuiso-v1.scad>
module base() {
difference(){
union() {
thread_for_screw(diameter=28, length=20);
difference(){
cylinder(d=50, h=2);
translate([5+11,0,0]) cube([10,10,6],center=true);
translate([-5-11,0,0]) cube... | glb/cad_b8ff3c2dc752.glb |
Create a Lid Stand by starting with a solid half-cylinder that has a total length of 150mm and a diameter of 60mm, oriented so the flat face is on the bottom. From this semi-cylindrical body, carve out a series of parallel, slanted slots to hold lids. Each slot must be 12mm wide with a divider thickness of 5mm between ... | $fa=1 * 1;
$fs=0.25 * 1;
length=150;
height=30;
floor_thickness=3;
slot_width=12;
slot_angle=23.5;
divider_thickness=5;
module body() {
difference() {
rotate([0,90,0])
cylinder(d=height*2, h=length, center=true);
translate([0,0,-height/2])
cube([length+1,height*2+1,height],... | glb/cad_d5fc9fb437f6.glb |
Create a Water Tap Hygiene improvement handle consisting of a hollow cylindrical shell and an attached angled lever. Start by creating a main outer cylinder with a diameter of 50mm and a height of 45mm. Remove a smaller concentric cylinder from the center with a diameter of 40mm and a height of 30mm to create a shell w... | shellWall_thickness = 5;
shell_height = 40;
handle_length = 120;
handle_angle = 20;
handle_thickness = 5;
mainCylinder_diameter = 40 * 1;
mainCylinder_height = 30 * 1;
lever_diameter = 6 * 1;
lever_length = 20 * 1;
leverToTop_distance = 7 * 1;
module MainCylinder() {
translate([0,0,-5])
cylinder(d=mai... | glb/cad_866954774c3b.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stem.
First, create the label head as a rectangular plate 55mm wide, 15mm high, and 2.1mm thick. Round the four corners of this plate with a radius of 2mm.
Attached to the bottom center of the head, create a stem that is 5mm wide and 70mm lon... | label_text1 = "Bohnen-";
label_text2 = "kraut";
tweak1 = -2.0;
tweak2 = 5.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 1.0;
width = (.65*font_size*letter... | glb/cad_ad7fe916dfc2.glb |
Create a seed plant label consisting of a flat rectangular head and a thin stem. The head should be 55mm wide, 15mm high, and 2.1mm thick, with rounded corners with a radius of 2mm.
Centered on the underside of the head, attach a stem that is 5mm wide and 70mm long, maintaining the same 2.1mm thickness. The tip of th... | label_text1 = "Grünkohl";
label_text2 = "Lerchenzungen";
tweak1 = -3.0;
tweak2 = -21.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_... | glb/cad_6c37a533243e.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stake.
First, create the label head as a rectangular slab 55mm wide, 15mm high, and 2.1mm thick, with rounded corners with a radius of 2mm.
Attached to the bottom center of the head, create a stem that is 5mm wide and 70mm long, with a thick... | label_text1 = "Schnitt-";
label_text2 = "petersilie";
tweak1 = 0.0;
tweak2 = -5.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*... | glb/cad_44889c157383.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stake.
Start by creating the head as a rectangular plate 55mm wide, 15mm high, and 2.1mm thick. Round the four corners of this plate with a 2mm radius.
Attached to the center of the back edge of the head, add a stem that is 5mm wide and 70mm... | label_text1 = "Tomate";
label_text2 = "Saint Pierre";
tweak1 = -3.0;
tweak2 = -20.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_siz... | glb/cad_dddc33098e91.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stake.
First, create the head as a rectangular plate 55mm wide, 15mm high, and 2.1mm thick. Round the four corners of this plate with a radius of 2mm.
Attached to the center of the back edge of the head, create a stem that is 5mm wide and 70m... | label_text1 = "Radies";
label_text2 = "Saxa 2";
tweak1 = -2.0;
tweak2 = -2.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*lette... | glb/cad_bfd1a98fe2bd.glb |
Create a seed plant label consisting of a rectangular head and a thin stem. The head should be a rounded rectangle with a width of 55mm, a height of 15mm, and a thickness of 2.1mm, featuring rounded corners with a radius of 2mm.
Centered on the back of the head, attach a stem that is 5mm wide and 70mm long, maintaini... | label_text1 = "Rettich Runder";
label_text2 = "schwarzer";
tweak1 = -3.0;
tweak2 = 10.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font... | glb/cad_0fc1e47e3d64.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stem.
First, construct the label head as a rectangular plate measuring 55mm in width, 15mm in height, and 2.1mm in thickness. The four corners of this plate should be rounded with a radius of 2mm.
Next, add a stem extending from the center of... | label_text1 = "Majoran";
label_text2 = "basilikum";
tweak1 = -3.0;
tweak2 = -2.0;
one_line = true;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*le... | glb/cad_436d3fb06050.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stem.
First, construct the head as a rectangular plate with a width of 55mm, a height of 15mm, and a thickness of 2.1mm. The four corners of this plate must be rounded with a radius of 2mm.
Attached to the center of the head's top edge, creat... | label_text1 = "Stabtomate";
label_text2 = "Tamina";
tweak1 = -5.0;
tweak2 = 9.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*le... | glb/cad_213a19416ccc.glb |
Create a seed plant label consisting of a rectangular head and a thin stem. The head should be a rounded rectangle with a width of 55mm, a height of 15mm, and a thickness of 2.1mm, featuring corner radii of 2mm.
Centered on the back of the head, add a stem that is 5mm wide and 2.1mm thick, extending 70mm downwards fr... | label_text1 = "Tomate Yellow";
label_text2 = "Pearshaped";
tweak1 = -4.0;
tweak2 = 5.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_... | glb/cad_7e3224c2a2a8.glb |
Create a seed plant label consisting of a rectangular head and a thin stem.
First, create the head as a rectangular plate with a width of 55mm, a height of 15mm, and a thickness of 2.1mm. Apply a 2mm radius fillet to all four corners of the plate.
Attached to the center of the back edge of the plate, create a stem t... | label_text1 = "Chili";
label_text2 = "Serrano";
tweak1 = -1.0;
tweak2 = -9.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*lette... | glb/cad_0fbc7e0c00d3.glb |
Create a seed plant label consisting of a flat rectangular head and a thin stem.
The head is a rounded rectangle with a width of 55mm, a height of 15mm, and a thickness of 2.1mm, featuring corner radii of 2mm. Centered on the underside of this head, attach a stem that is 5mm wide and 70mm long with a thickness of 2.1... | label_text1 = "Wildtomate";
label_text2 = "Rote Murmel";
tweak1 = -4.0;
tweak2 = -7.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_s... | glb/cad_a4786cfd49d0.glb |
Create a seed plant label consisting of a rectangular head and a pointed stem.
First, create the head as a rectangular plate with a width of 55mm, a height of 15mm, and a thickness of 2.1mm. The corners of this plate should be rounded with a radius of 2mm.
Attached to the center of the head's back edge, create a ste... | label_text1 = "Grünkohl";
label_text2 = "Frostara";
tweak1 = -3.0;
tweak2 = -1.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*l... | glb/cad_8277adfa6bbc.glb |
Create a seed plant label consisting of a flat rectangular head and a thin stem.
First, create the head as a rectangular plate with a width of 55mm, a height of 15mm, and a thickness of 2.1mm. Round the four corners of the plate with a radius of 2mm.
Attached to the center of the back edge of the plate, create a ste... | label_text1 = "Dill";
label_text2 = "basilikum";
tweak1 = 1.0;
tweak2 = -2.0;
one_line = true;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*letter... | glb/cad_a112523dd94d.glb |
Create a seed plant label consisting of a rectangular head and a thin stem. The head should be a rounded rectangle with a width of 55mm, a height of 15mm, and a thickness of 2.1mm, featuring corner radii of 2mm.
Attached to the center of the head's back edge is a stem that is 5mm wide and 70mm long, with the same 2.1... | label_text1 = "Zitronen-";
label_text2 = "basilikum";
tweak1 = -1.0;
tweak2 = -2.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size... | glb/cad_6b0e5025bc61.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stake.
First, construct the head as a rectangular plate 55mm wide, 15mm high, and 2.1mm thick, with rounded corners with a radius of 2mm.
Attached to the center of the back edge of the head, create a stem that is 5mm wide and 70mm long, with... | label_text1 = "Buschtomate";
label_text2 = "Roma VF";
tweak1 = -5.0;
tweak2 = 8.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*... | glb/cad_2afe62ec93db.glb |
Create a seed plant label consisting of a rectangular head and a thin stem. The head should be a rounded rectangle with a width of 55mm, a height of 15mm, and a thickness of 2.1mm, featuring corner radii of 2mm.
Centered on the back of the head, attach a stem that is 5mm wide and 2.1mm thick, extending 70mm downwards... | label_text1 = "Cherry-Tomate";
label_text2 = "Black Cherry";
tweak1 = -4.0;
tweak2 = -0.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*fo... | glb/cad_d68df990f0fa.glb |
Create a seed plant label consisting of a flat rectangular head and a thin stem. The head should be 55mm wide, 15mm high, and 2.1mm thick, with all four corners rounded with a 2mm radius.
Centered on the underside of the head, attach a stem that is 5mm wide and 70mm long, maintaining the 2.1mm thickness. To create a ... | label_text1 = "Möhren";
label_text2 = "Nantaise 2";
tweak1 = -2.8;
tweak2 = -16.5;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 1.0;
width = (.65*font_size*... | glb/cad_469a3dd2963f.glb |
Create a seed plant label consisting of a rectangular head and a pointed stem.
First, create the head as a rectangular plate 55mm wide, 15mm high, and 2.1mm thick, with all four corners rounded to a 2mm radius.
Attached to the center of the back of the head, create a stem that is 5mm wide and 70mm long, with a thic... | label_text1 = "Tomate";
label_text2 = "Dasher";
tweak1 = -3.0;
tweak2 = -2.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*lette... | glb/cad_2926a6a0b1c1.glb |
Create a seed plant label consisting of a rectangular head and a stem. The head is a rounded rectangle with a width of 55mm, a height of 15mm, and a thickness of 2.1mm, featuring corner radii of 2mm.
Attached to the center of the head's bottom edge is a stem 5mm wide and 70mm long, with the same 2.1mm thickness. The ... | label_text1 = "Tomate";
label_text2 = "Berner Rose";
tweak1 = -5.0;
tweak2 = -19.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size... | glb/cad_5f3790953211.glb |
Create a seed plant label consisting of a rectangular head and a thin stem. The head should be a rounded rectangle with a width of 55mm, a height of 15mm, and a thickness of 2.1mm, featuring rounded corners with a 2mm radius.
Attached to the center of the head's back edge is a stem that is 5mm wide and 70mm long, wit... | label_text1 = "Paprika";
label_text2 = "Maratos";
tweak1 = -1.0;
tweak2 = -2.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 1.0;
width = (.65*font_size*let... | glb/cad_65606f11c45c.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stake.
First, create the head as a rectangular plate 55mm wide, 15mm high, and 2.1mm thick, with rounded corners with a radius of 2mm.
Attached to the center of the back edge of the head, create a stem that is 5mm wide and 70mm long, with a ... | label_text1 = "Koriander";
label_text2 = "basilikum";
tweak1 = -2.0;
tweak2 = -2.0;
one_line = true;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size*... | glb/cad_c19b90ecb935.glb |
Create a seed plant label consisting of a flat rectangular head and a thin stem. The head should be a rectangle 55mm wide and 15mm high with a thickness of 2.1mm and rounded corners with a 2mm radius.
Centered on the underside of the head, attach a stem that is 5mm wide and 70mm long with a thickness of 2.1mm. The st... | label_text1 = "Stabtomate";
label_text2 = "Harzfeuer";
tweak1 = -5.0;
tweak2 = 0.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_size... | glb/cad_3b23e66804cb.glb |
Create a Seed Plant Label consisting of a flat rectangular head and a thin stem.
The head is a rectangular plate 55mm wide, 15mm high, and 2.1mm thick, with rounded corners with a radius of 2mm. Centered on the top surface of this plate, add two lines of embossed text. The first line should be positioned approximatel... | label_text1 = "Petersilie";
label_text2 = "Grüne Perle";
tweak1 = 1.0;
tweak2 = -5.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_si... | glb/cad_91fb3972af69.glb |
Create a seed plant label consisting of a flat rectangular head and a thin stem. The head should be a rectangle 55mm wide and 15mm high with a thickness of 2.1mm and rounded corners with a 2mm radius.
Centered on the back of the head, attach a stem that is 5mm wide and 70mm long with a thickness of 2.1mm. The stem sh... | label_text1 = "Bohnenkraut";
label_text2 = "basilikum";
tweak1 = -4.0;
tweak2 = -2.0;
one_line = true;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*font_siz... | glb/cad_76f5f72e178e.glb |
Create a seed plant label consisting of a flat rectangular head and a thin stem.
First, create the head as a rectangular plate with a width of 55mm, a height of 15mm, and a thickness of 2.1mm. Apply a 2mm radius fillet to all four corners of the plate.
Attached to the center of the bottom edge of the plate, create a... | label_text1 = "Grünkohl Dwarf";
label_text2 = "Green Curled";
tweak1 = -4.0;
tweak2 = 3.0;
one_line = false;
font_size = 5.5;
label_width = 55;
label_height = 15;
label_thickness = 2.1;
stem_length = 70;
stem_width = 5;
$fn = 100;
curve = 2;
font_name = "chinrg__.ttf";
letter_spacing = 0.9;
width = (.65*fo... | glb/cad_5a5ffddc7880.glb |
Create a parameterized project box consisting of a main body and a separate lid. The main body is a hollow rectangular enclosure with external dimensions of 50mm width, 75mm depth, and 30mm height. All external corners and edges must be rounded with a radius of 1.5mm. The walls are 1.5mm thick, leaving an open top. In ... | $fa = 3;
$fs = 0.4;
$WW = 50;
$DD = 75;
$HH = 30;
$th = 1.5;
$draw_box = 1;
$draw_lid = 1;
xw = $WW - 2*$th;
yd = $DD - 2*$th;
zh = $HH - 2*$th;
zp = min(zh - $th, 13);
screw = 2.8/2;
head = 2*screw;
post = 3*head/2;
off = post - $th;
x0 = 0 + off;
x1 = xw - off;
y0 = 0 + off;
y1 = yd - off;
module socket(dx, dy)... | glb/cad_3f50454de739.glb |
Create an air pruning self-watering plant pot in the shape of a tapered hollow cylinder. The pot should have a height of 100mm, a bottom outer diameter of 93mm, and a top outer diameter of 108mm.
The walls of the cylinder are not solid but are instead formed by a lattice of intersecting diagonal bars, each with a dia... | base2=108;
base1=93;
planter_height=100;
barD = 5;
module ring(d,barD=5){
c = PI*d;
bar_count=floor(c/barD);
for(i = [0 : bar_count/2]){
rotate(360/bar_count*i*2)translate([(d-barD)/2,0])circle(d=barD,$fn=6);
}
}
module floorGrid(d1,barD){
for(x = [0 : floor(d1/barD)]){
... | glb/cad_90bfe7bd52d8.glb |
Create a 3D representation of the Printables logo by extruding a specific 2D polygon to a height of 2mm. The base polygon is defined by the following vertices in sequence: (8.66, 0.5), (0, 0), (0, 1), (8.66, 0.5), (17.32, 1), (17.32, 2), (8.66, 2.5), (0, 2), and (8.66, 1.5). Scale the resulting shape by a factor of 10 ... | xyscale=10;
zscale = 2;
module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$resolution = (production && !$preview) ? 150 : (pnghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$resolution);
} else {
echo("Producing DRAFT quality");
echo("Res... | glb/cad_316fffa93733.glb |
Create a Switchcover Pro's Kit SS-331 Desoldering Station cover consisting of two stacked rectangular plates with rounded corners. First, create a base rectangular plate measuring 13mm by 19mm with a thickness of 2mm and rounded corners with a radius of 1.5mm. Centered on top of this base, place a second rectangular pl... | $fn=100;
translate([0,0,1]) cube([12.7,19.4,4],center=true);
minkowski(){cube([13,19,2],center=true); cylinder(d=3,h=0.000001);}; | glb/cad_0f5181ad3548.glb |
Create a Helinox Chair Foot by starting with a sphere that has a diameter of 45mm. Remove the top portion of the sphere by placing a second sphere of the same 45mm diameter at a center height of 29.25mm, effectively slicing the top off. Carve a vertical cylindrical hole through the center of the remaining shape with a ... | $fn=64;
outerDiameter=45;
innerDiameter = 24;
union() {
difference() {
union() {
difference() {
sphere(d=outerDiameter);
translate([0, 0, 0.8*outerDiameter]) cylinder(d=2*outerDiameter, h=outerDiameter,center=true);
translate([0, 0, 0.20*outerDia... | glb/cad_02c9d90f92cf.glb |
Create a "Quick Change" water bottle holder for a rodent cage. Start by constructing a hollow vertical cylinder with a wall thickness of 4mm. The main body consists of two stacked sections: a lower cylinder with an outer diameter of 58mm and a height of 30mm, and an upper cylinder with an outer diameter of 38mm and a h... | $fn=100;
dt1=0.01;
dt2=dt1*2;
prt_delta=0.4;
lower_d=30;
lower_z=10;
upper_d=50;
upper_z=30;
cutout=10;
wall=4;
block_x=36;
block_z=upper_z+10;
bs_d=18.2;
bs_z=1.5;
mu_z=4.2;
dy=6+4+bs_z;
zwei=2;
difference(){
difference(){
union(){
difference(){
cylinder(d=upper_d+2*wall, h=upper_z);
translate([0,0,-dt1])
c... | glb/cad_5a1d89190d38.glb |
Create a watch holder hook designed to clip onto a glass shelf. Start by constructing the base plate holder, which consists of three joined rectangular prisms: one measuring 13mm by 3mm by 15mm, another measuring 3mm by 8mm by 15mm, and a third measuring 13mm by 3mm by 15mm positioned at a height of 8mm above the first... | $fn=50;
dt1=0.01;
dt2=dt1*2;
prt_delta=0.4;
mat_h=3;
mat_obj=3;
z_holder=15;
z_obj=15;
plt=5;
union(){
color("red")
translate([0, 0, 0])
cube([10+mat_h, 3, z_holder]);
color("blue")
translate([0, 0, 0])
cube([3, 3+plt, z_holder]);
translate([0, mat_h+plt, 0])
cube([10+mat_h, mat_obj, z_holder]);
}
box_x... | glb/cad_16f39f66f6d9.glb |
Create a Vacuum Cleaner Tip consisting of a cylindrical adapter connected to a rectangular nozzle. Start by creating a hollow cylindrical adapter with an outer diameter of 35.5mm and an inner diameter of 31.5mm, with a wall thickness of 2mm and a total height of 30mm. Attached to the base of this cylinder, create a rec... | Vacuum_diameter = 31.5;
Tip_diameter = 29;
Adapter_length = 30;
Tip_length = 30;
Adapter_thickness = 2;
Tip_Taper= false;
Taper_Angle= 20;
$fn=100;
Part_length = Adapter_length+Tip_length;
module tip(Vacuum_diameter,Tip_diameter,Tip_length,Adapter_length) {
difference(){
translate([0, 0, Tip_length/2])
... | glb/cad_f95c3a928e4a.glb |
Create a Simple Dice Box consisting of a rectangular base and a matching lid. For the base, create a solid rectangular block with outer dimensions of 112.5mm in length, 63.5mm in width, and 22.5mm in height. Hollow out the center of this block to create a storage cavity that is 107.5mm long, 58.5mm wide, and 20.5mm dee... | border = 2.5;
cube_size = 20.5;
cubes_x = 4;
cubes_y = 2;
tol = .1;
difference() {
translate([-border, -border, border]) cube([3 * border + (border + cube_size) * cubes_x, 3 * border + (border + cube_size) * cubes_y, border + cube_size]);
translate([-tol, -tol]) cube([border + (border + cube_size) * cubes_x + tol... | glb/cad_a29a41f89e5c.glb |
Create a Simple Dice Box consisting of a base tray and a matching lid. For the base, construct a rectangular solid with a total width of 92.5mm, a depth of 52.5mm, and a height of 10.25mm. Within this base, carve out a grid of eight square holes, each measuring 20.5mm by 20.5mm and 20.5mm deep. Arrange these holes in t... | border = 2.5;
cube_size = 20.5;
cubes_x = 4;
cubes_y = 2;
translate([0, ((border + cube_size) * cubes_y + border) / 2, border * 2]) rotate([90, 45, 0]) cube([1, 1, cube_size], center = true);
translate([border + (border + cube_size) * cubes_x, ((border + cube_size) * cubes_y + border) / 2, border * 2]) rotate([90, 4... | glb/cad_c5c85c5aea9e.glb |
Create two distinct pull tab markers for ceiling fan chains. The first marker represents a fan: create a central vertical cylinder 20mm tall with a bottom radius of 7mm and a top radius of 4mm, featuring a 1mm rounding on the edges. Through the center of this cylinder, remove a vertical hole consisting of a 3.7mm diame... | include <BOSL2/std.scad>
include <BOSL2/rounding.scad>
$fn = 30;
ring_inner_diam = 23.3;
ring_inner_radius = ring_inner_diam/2;
ring_thickness = 2;
ring_outer_radius = ring_thickness+ring_inner_radius;
ring_height = 30;
base_rounding = 10;
base_bonus_thickness = 0;
indent_depth = ring_height-base_rounding-base_bonus_... | glb/cad_e3f8e84bfe17.glb |
Create a phone stand based on a large regular tetrahedron with a side length of 80mm. Instead of solid faces, construct the shape using cylindrical pipes with a radius of 1.5mm that follow the six edges of the tetrahedron. At each of the four vertices, ensure the pipes meet in a smooth, rounded joint. To provide stabil... | v=[[sqrt(8/9),0,-1/3],[-sqrt(2/9),sqrt(2/3),-1/3],[-sqrt(2/9),-sqrt(2/3),-1/3],[0,0,1]];
d=(v[1][1]-v[2][1])/3;
u=[[v[1][0]-(v[0][0]-v[1][0])/3,v[0][1]-d,v[1][2]], [v[1][0],v[1][1]+(v[2][1]-v[1][1])*1/3-d,v[1][2]], [v[1][0],v[1][1]+(v[2][1]-v[1][1])*2/3-d,v[1][2]], [v[1][0]-(v[3][0]-v[1][0])/3,v[0][1]-d,v[1][2]+(v[3][2... | glb/cad_ef0c427e2f30.glb |
Create a minimalist phone stand by starting with a solid rectangular base measuring 40mm wide, 130mm long, and 20mm high. The base should have rounded edges with a 2mm radius. Carve five distinct slots into the top surface of the base to hold a phone, each slot being 13mm wide and 13mm deep. These slots are spaced even... | height = 20;
width = 40;
length = 130;
facets = 64;
thbase = 2;
thphone = 11;
hphone = 160;
angle1 = 20;
angle2 = 30;
angle3 = 40;
angle4 = 50;
displphone = 0.22;
tol = 2;
eps = 0.01;
angle = [0, angle1, angle2, angle3, angle4];
minkowski ()
{
difference ()
{
translate ([0, length/2, heig... | glb/cad_460f4dbf25ad.glb |
Create a toilet paper weight consisting of a hollow cylindrical body and a matching lid. For the body, create a cylinder with an outer radius of 62.5mm and a height of 100mm. Remove a central cylindrical core with a radius of 20mm. To create the opening for filling, remove a secondary cylinder from the body that has a ... | $fn = 50;
outer_radius = 125/2;
inner_radius = 40/2;
height = 100;
shell_thickness = 1.6;
shell_thickness2 = 1.6/2;
lid_height = 4;
translate([0,0,height/2])
body();
module body(){
difference() {
difference() {
cylinder(r=outer_radius, h=height, center=true);
cylinder(r=inner_radi... | glb/cad_a3bddbc34770.glb |
Create a Gameboy cartridge tray consisting of eight rectangular slots. The overall footprint is a rectangle with a length of 124mm and a width of 68mm.
Construct two parallel side walls, each 124mm long, 16mm high, and 2mm thick, positioned 66mm apart. Connect these side walls at both ends with end walls that are 68m... | slots = 8;
slot_depth = 13.5;
slot_width = 66.0;
base_thickness = 1.0;
brace_height = 3.0;
divider_length = 10.0;
end_wall_height = 6.0;
height = 16.0;
hole_border = 2.0;
spine_width = 6.0;
wall_thickness = 2.0;
length = slot_depth * slots + wall_thickness * (slots + 1);
width = slot_width + wall_thickness*2;
modul... | glb/cad_61a73161c9e8.glb |
Create a Temperature Tower test model consisting of a base plate and two identical vertical columns. Start with a rectangular base plate measuring 40mm x 10mm x 0.6mm.
Construct two vertical towers positioned on the base, each composed of repeating segments. Each segment consists of a 9.2mm x 9.2mm x 0.8mm pedestal su... | X=+0; Y=+1; Z=+2;
start_temp = 220;
end_temp = 175;
temp_step = 5;
base = [40, 10, 0.6];
pedestal = [9.2, 9.2, 0.8];
block = [10, 10, 6];
overhangL = 3;
overhangR = 5;
overhangZTop = -2.394;
overhang = [4, 3, 4.6];
bridgeL = 1;
bridgeR = 3;
bridgeYFront = -block[Y]/2;
bridgeY = block[Y]/2;
bridgeZTop = -0.... | glb/cad_d6b6eaa81914.glb |
Create a tool holder for a desoldering station by starting with a rectangular base block measuring 33mm wide, 140mm long, and 18mm high. Center a large rectangular cutout in the middle of the block to create a recessed storage bay, leaving a wall thickness of approximately 1mm on the sides.
At one end of the block, c... | $fn=100;
include <BOSL2/std.scad>
module innen()
{
translate([-500,0,0]) {
difference()
{
union()
{
rotate([0,0,-7.75]) pie_slice(ang=15.5, l=10, r=500,$fn=2000);
rotate([0,0,-4.3]) pie_slice(ang=8.6, l=10, r=503,$fn=2000);
};
cube([990,200,50],center=true);
};
};
};
module aussen()
{$fn=1000;
tran... | glb/cad_f102dbf5ec43.glb |
Create a Bias Tape Maker consisting of four separate flat templates, each 2.54mm thick. Each template is based on a central rectangular body 25.4mm wide and 50.8mm long.
For each template, create a central slot that is 2.54mm wide and varies in length based on a multiplier (g) of 1, 2, 4, 6, or 8. The slot is formed ... | zoll=25.4;
$fn=120;
module shape(gg) {
hull() {
translate([-1/30*zoll,-gg/2+1/15*zoll,0]) cylinder(r=1/15*zoll,h=1/10*zoll);
translate([1/30*zoll,-gg/2+1/15*zoll,0]) cylinder(r=1/15*zoll,h=1/10*zoll);
translate([-1/30*zoll,gg/2-1/15*zoll,0]) cylinder(r=1/15*zoll,h=1/10*zoll);
translate([1/30*zoll,gg/2-1/15*zoll,0]... | glb/cad_9c081b8fd262.glb |
Create a wall holder for a Wera Tool-Check Plus set. The main body is a rectangular base measuring 186mm wide, 45mm high, and 3mm thick.
On the front face, centered horizontally and positioned 45mm from the back, create a recessed label area measuring 80mm wide, 20mm high, and 9mm deep. Inside this recess, emboss the... | LLL="LLL";LLC="LLC";LLR="LLR";LCL="LCL";LCC="LCC";LCR="LCR";LRL="LRL";LRC="LRC";LRR="LRR";
CLL="CLL";CLC="CLC";CLR="CLR";CCL="CCL";CCC="CCC";CCR="CCR";CRL="CRL";CRC="CRC";CRR="CRR";
RLL="RLL";RLC="RLC";RLR="RLR";RCL="RCL";RCC="RCC";RCR="RCR";RRL="RRL";RRC="RRC";RRR="RRR";
module cube2(size, center) {
function align(i... | glb/cad_a0538fc0225a.glb |
Create a salt and pepper coaster by constructing two identical circular wells connected by a central bridge. Start with two solid cylinders, each with a diameter of 54mm and a height of 10mm, positioned so that their centers are 57mm apart. From each cylinder, remove a concentric inner cylinder with a diameter of 51mm ... | outer_diameter=54/2;
inner_diameter=51/2;
height=10;
height2=2;
space = 3;
adjustment = 18.5;
difference(){
union(){
cylinder(height, outer_diameter,outer_diameter);
translate([outer_diameter*2+space,0,0])
cylinder(height, outer_diameter,outer_diameter);
difference(){
tr... | glb/cad_d84d2c94ff61.glb |
Create a medical-grade stethoscope head consisting of two concentric cylindrical sections. First, create a thin bottom ring by centering a cylinder with a radius of 20.75mm and a height of 0.5mm, then remove a concentric inner cylinder with a radius of 18mm and the same height to create a flat washer-like base. Second,... | $outside_width = 41.5/2;
$inside_width_diaphragm = 18;
$inside_width_wall = 20;
module bottom_ring($fn=360) {
difference() {
cylinder(h = 0.5, r = $outside_width);
cylinder(h = 0.5, r = $inside_width_diaphragm);
}
}
module side_wall($fn=360) {
difference() {
cylinder(h = 6, r = $ou... | glb/cad_c06e4b9ea69f.glb |
Create a Y-piece connector for a stethoscope. The object is symmetrical along the X-axis and consists of a main stem that splits into two arms.
First, construct the outer shell. Create a central base by placing a cylinder with a radius of 4.5mm and a height of 35mm, centered at X=-17.5, rotated 90 degrees to lie along... | module shell(){
for(i=[-20,20])rotate([0,0,i]){
hull(){
sphere(9/2,$fn=30);
translate([15,0,-1.5])sphere(6/2,$fn=30);
}
hull(){
translate([15,0,-1.5])sphere(6/2,$fn=30);
translate([35,0,-1.5])sphere(6/2,$fn=30);
}
}
translate([-17.5,0,0])rotate([0,90,0])cylinder(r=9/2,h=35,$fn=30,center=... | glb/cad_93ea66f70dee.glb |
Create a medical-grade stethoscope spring component. Start by creating a semi-circular ring with a height of 10mm, an outer radius of 21mm, and an inner radius of 18mm.
Cut this ring into a U-shape by removing the central rectangular section and the outer side sections, leaving only the curved arc and two small conne... | spring_radius = 20;
eartube_rotation = 5;
module outerSpring() {
difference(){
cylinder(r=spring_radius+1,h=10,$fn=60);
cylinder(r=spring_radius-2,h=10,$fn=60);
}
}
module innerSpring() {
translate([0,8,0])
difference(){
cylinder(r=spring_radius+2,h=10,$fn=60);
cylinder... | glb/cad_2d819ee59dd7.glb |
Create a pushrod retainer by combining two rectangular sections. First, create a main block that is 10mm long, 4mm wide, and 5mm high. Carve a horizontal cylindrical tunnel with a diameter of 1.5mm through the center of this block, starting from the front face and extending 10mm deep, positioned 2mm from the sides and ... | $fn=50;
module item(rod_diam) {
H1=1.5;
H2=5;
LEN=20;
WID=4;
difference() {
cube([LEN-10,WID,H2]);
translate([0,2,H2-(rod_diam/3)]) rotate([0,90,0]) cylinder(LEN-10,d=rod_diam);
}
difference() {
cube([LEN,WID,H1]);
translate([LEN-2.5,2,0])cylinder(H1,d=rod_diam);
}
}
item(rod_diam=1.... | glb/cad_4a35c9fabf07.glb |
Create a Yubikey USB-C Touch Extender by constructing a rectangular hollow shell with a total outer width of 13.9mm, a depth of 8.7mm, and a height of 3mm. The walls of this shell should be 1mm thick. To create the opening, remove a central rectangular block from the top that is 11.9mm wide and 6.7mm deep, leaving the ... | wall=1;
hang=.75;
height=3;
width=11.9;
depth=6.7;
module extender() {
difference() {
cube([width+2*wall,depth+2*wall,height]);
translate([wall,wall,1]) cube([width,depth,height]);
translate([wall+hang,wall+hang,0]) cube([width-2*hang,depth-2*hang,height]);
}
}
extender(); | glb/cad_683bac41ce5c.glb |
Create a 3D model of a letter for a tracing set. Use a bold, rounded font like Fredoka One. Extrude the letter to a total height of 10mm, but ensure the base is flat. To achieve this, first create the letter shape with a size of 98mm and extrude it to 8mm, then apply a 2mm spherical rounding to all edges and corners. F... | $fn=20;
size=100;
round=2;
height=10;
font="Fredoka One:style=Regular";
difference() {
minkowski() {
sphere(round);
linear_extrude(height-round) text(letter, size=size-round, font=font);
}
translate([0,0,-round]) linear_extrude(round) text(letter,size=size,font=font);
}
if (letter == "j" || letter == "i... | glb/cad_2d6e53038b07.glb |
Create a Tejava Tea Bottle Opener by first constructing a grip-friendly main body. This body is formed by taking the convex hull of a central cylinder with a 38mm diameter and two smaller 22mm diameter cylinders positioned 40mm apart (centered at x=20 and x=-20), then applying a 2mm spherical rounding to all exterior e... | $fn=50;
hh=16;
module body() {
minkowski() {
sphere(2);
hull() {
cylinder(d=38,hh-2);
translate([-20,0,0]) cylinder(d=22,6);
translate([20,0,0]) cylinder(d=22,6);
}
}
}
bigd=28.4;
litd=28.0;
module hole() {
translate([0,0,2])
cylinder(... | glb/cad_c736c43e5193.glb |
Create a Motor Drive for a Marble Machine consisting of two separate parts: a lockcap and a turncap.
First, construct the lockcap. Create a main cylinder 40mm in diameter and 10mm high. Remove a concentric inner cylinder with a diameter of 15.7mm. From the remaining ring, remove four identical pie-shaped slices, each ... | $fn=100;
module chopped_turncap() {
cylinder(5, d=15);
z=6;
linear_extrude(11) polygon([[cos(0)*z,sin(0)*z],
[cos(120)*z,sin(120)*z],
[cos(240)*z,sin(240)*z]]);
cylinder(13, d=8);
}
module tc_drive_hole() {
CX=5.3;
CY=3.2;
ZZ=5;
i... | glb/cad_a04092caa90f.glb |
Create a power supply case for an LM 2596 board. Start by constructing a main rectangular box with exterior dimensions of 66mm in width, 38.5mm in height, and 21mm in depth. The box should have a wall thickness of 2mm and rounded corners with a radius of 6mm. Hollow out the center to create an interior cavity measuring... | $fn=50;
IW=62;
IH=34.5;
WALL=2;
ZZ=12;
ZZX=3;
ZZX2=3;
CURVE_D=6;
module rounded_cube(x,y,z,d) {
translate([d/2,d/2,d/2]) {
minkowski() {
cube([x-d,y-d,z-d]);
sphere(d=d);
}
}
}
module main_box() {
difference() {
rounded_cube(IW+WALL*2,IH+WALL*2,ZZ+WALL+ZZX+Z... | glb/cad_1f279101dc2a.glb |
Create a power supply case for an LM 2596 board. Start by constructing a main rectangular box with exterior dimensions of 70.3mm in width, 39.5mm in height, and 24.3mm in depth. The box should have a wall thickness of 2mm and rounded corners with a radius of 6mm. Hollow out the center to create an interior cavity measu... | $fn=50;
IW=66.3;
IH=35.5;
WALL=2;
ZZ=14.3;
ZZX=3;
ZZX2=3;
CURVE_D=6;
module rounded_cube(x,y,z,d) {
translate([d/2,d/2,d/2]) {
minkowski() {
cube([x-d,y-d,z-d]);
sphere(d=d);
}
}
}
module main_box() {
difference() {
rounded_cube(IW+WALL*2,IH+WALL*2,ZZ+WALL+Z... | glb/cad_dfa13ede0926.glb |
Create two thin-walled storage boxes. The first box is a rectangular container with an outer width of 35mm, a total length of 71mm, and a height of 40mm. It features a wall thickness of 1mm and is divided into two equal internal compartments by a 1mm thick center wall. Each compartment is an open-top cavity measuring 3... | cbox(2,35,135,40,1);
translate([0,150,0]) rotate([0,0,-90]) cbox(4,25,55,30,1);
module cbox(n_parts, len, ww, hh, wall) {
difference() {
cube([ww, len*n_parts+1, hh]);
for (i = [0:n_parts-1]) {
translate([wall, len*i+wall, wall])
cube([ww-(wall*2), len-(wall*2-1), hh-wa... | glb/cad_18063e985598.glb |
Create a Dekan F22 Motor Mount. Start with a central cylinder 28mm in diameter and 3.175mm high, centered on the origin. Remove a smaller concentric cylinder 7mm in diameter and 3.175mm high from the center. Additionally, remove four 2mm diameter holes that pass through the entire height of the main cylinder; these hol... | $fn=20;
HH=3.175;
DD=28;
CENTERD=7;
BOLTD=2;
HOLER=10;
difference() {
main();
holes();
}
module main() {
cylinder(HH,d=DD,center=true);
for (i = [0:3]) {
translate([cos(90*i)*HOLER,sin(90*i)*HOLER,2])
cylinder(5,d=2,d2=1,center=true);
}
bars();
}
module holes() {
cyli... | glb/cad_3f3e2c5ce491.glb |
Create a Lipo Multibox by starting with a solid rectangular block measuring 176.5mm in width, 161mm in depth, and 34mm in height. From this main volume, remove several smaller rectangular sections to create open storage slots, ensuring all remaining walls and floors are 1mm thick.
First, carve out two adjacent slots,... | ww=1;
dz=34;
dx=176.5;
dy=161;
module block(xx,yy,offx,offy,nx,ny,description) {
translate([offx+ww,offy+ww,ww]) {
for (i = [0:1:nx-1]) {
for (j = [0:1:ny-1]) {
translate([i*(xx+ww),j*(yy+ww),0]) {
cube([xx,yy,dz]);
}
}
}
... | glb/cad_114ce328b8b0.glb |
Create a funnel and stand for a moka pot. Construct the funnel as a hollow, rotationally symmetric cone with a wall thickness of 0.4mm. The base of the funnel is a circle with an inside diameter of 62.2mm. From this base, the walls should extend upwards and outwards at a 55-degree angle for a length of 40mm to form the... | pot_size = "6 cups";
print_line_thickness = 0.4;
funnel_length = 40;
funnel_angle = 55;
inside_diam =
pot_size == "6 cups" ? 62.2 :
pot_size == "4 cups" ? null :
pot_size == "2 cups" ? null :
null
;
points = [
[inside_diam/2,0],
[inside_diam/2+funnel_length*cos(funnel_a... | glb/cad_5e972ed84484.glb |
Create a funnel and stand for a moka pot. First, construct the funnel by rotating a specific profile around a central vertical axis. The profile starts at a base radius of 22.5mm with a height of 2mm, moves to a radius of 9.5mm at a height of 6mm, extends vertically to a height of 35mm while maintaining the 9.5mm radiu... | base_diam = 45;
funnel_diam = 19;
filter_base_angle = 21.8;
points = [
[base_diam/2, 0],
[funnel_diam/2, 0],
[funnel_diam/2, 35],
[funnel_diam/2 + 20*cos(filter_base_angle), 35+20*sin(filter_base_angle)],
[funnel_diam/2 + 20*cos(filter_base_angle), 35+20*sin(filter_base_angle)-3],
[funnel_diam/... | glb/cad_1423ef686c54.glb |
Create a Curtain Bead Adaptor, which is a cylindrical disk with a total height of 8mm and a radius of 22mm.
Subtract 24 identical slots from the main body, distributed evenly in a circle at a radius of 21mm. Each slot consists of a cylinder with a radius of 2.25mm and a height of 4.5mm, paired with a triangular prism... | bead_r = 2;
bead_d = bead_r * 2;
inter_bead_distance = 2;
depth = 8;
n_slots = 24;
tol = 0.25;
hole_od = 16;
hole_id = 10.1;
count = 3;
mh_offset_angle = 360 / 3;
mounting_hole_pos_radius = 12.3;
gear_r = n_slots * (bead_d + inter_bead_distance) / (2*PI);
bead_offset_angle = 360 / n_slots;
echo(od=(gear_r+1) * 2);
e... | glb/cad_d295a9feb4c3.glb |
Create a low-profile thumbscrew for a camera mount or carburetor idle adjustment. Start with a spherical grip that is intersected by a cube of 15mm width and height to flatten the bottom, resulting in a rounded top and a flat base. The sphere's diameter should be approximately 16.2mm.
At the center of the base, create... | hex_head_min = 9.6;
hex_head_max = 10;
hex_depth = 4;
bolt_shank_diameter = 5.3;
bolt_shank_length = 6;
shank_tip_diameter = 10;
shank_base_diameter = 15;
grip_inner_diameter = 10.5;
grip_width = 15;
sphere_ratio = 1.08;
grip_ratio = 2.22;
grip_angle = 18;
knob_shank_squish = 0;
hex_relative_position = 3;
$fn = 40;
d... | glb/cad_62644a424f0c.glb |
Create a 3D model of a solid of revolution based on the exponential function $y=e^x$ rotated around the x-axis. To construct this, define a 2D profile in the XY plane using a series of points where the x-coordinates range from 0 to 1 mm in increments of 0.02 mm, and the y-coordinates correspond to the value of $e^x$ at... | rotate_extrude($fn=200)
rotate ([0,0,90])
polygon( points=[
[0,0],[0,1],
[0.02,1.02020134002676],
[0.04,1.04081077419239],
[0.06,1.06183654654536],
[0.08,1.08328706767496],
[0.1,1.10517091807565],
[0.12,1.12749685157938],
[0.14,1.15027379885723],
[0.16,1.17351087099181],
[0.18,1.19721736312181],
[0.2,1.22140275816017]... | glb/cad_2c8242117189.glb |
Create a solid of revolution by rotating a specific 2D profile around the x-axis. The profile is defined by a series of connected points starting at [0,0] and [0,1], then following the curve of the exponential function y=e^x from x=0 to x=1, and finally closing the shape with a vertical line from [1, e] back to [1,0]. ... | rotate_extrude($fn=200)
rotate ([0,0,0])
polygon( points=[
[0,0],[0,1],
[0.02,1.02020134002676],
[0.04,1.04081077419239],
[0.06,1.06183654654536],
[0.08,1.08328706767496],
[0.1,1.10517091807565],
[0.12,1.12749685157938],
[0.14,1.15027379885723],
[0.16,1.17351087099181],
[0.18,1.19721736312181],
[0.2,1.22140275816017],... | glb/cad_76eeefea44bd.glb |
Create a 3D model of a solid of revolution by rotating a specific 2D polygon around the x-axis. The polygon is defined by the following vertices in order: [0,0], [1,0], [1,1], [1,2], [3,2], [3,3], [1,3], [1,4], [3,4], [3,5], and [0,5]. Use a high facet resolution of 200 to ensure the resulting circular surfaces are smo... | rotate_extrude($fn=200)
rotate ([0,0,0])
polygon( points=[
[0,0],[1,0],[1,1],[1,2],[3,2],[3,3],[1,3],[1,4],[3,4],[3,5],[0,5]
] );
{text([content, "y=e^x, x=1, Rotated about the x axis", ])
translate ([0,0,0])
rotate ([0,0,0])
linear_extrude(height = 1)
;
} | glb/cad_e701e4f32844.glb |
Create a 3D model of a solid of revolution by rotating a specific 2D polygon around the x-axis. The polygon is defined by the following vertices in the XY plane: (0,0), (1,0), (1,1), (1,2), (3,2), (3,3), (1,3), (1,4), (3,4), (3,5), and (0,5). Rotate this profile 360 degrees around the x-axis with a high facet resolutio... | rotate_extrude($fn=200)
rotate ([0,0,90])
polygon( points=[
[0,0],[1,0],[1,1],[1,2],[3,2],[3,3],[1,3],[1,4],[3,4],[3,5],[0,5]
] );
{text([content, "y=e^x, x=1, Rotated about the x axis", ])
translate ([0,0,0])
rotate ([0,0,0])
linear_extrude(height = 1)
;
} | glb/cad_e806f3179ae6.glb |
Create a solid of revolution by rotating a specific 2D polygon 360 degrees around the z-axis. The polygon's vertices, defined in the XY plane, are [0,0], [3,0], [3,1], [1,1], [1,2], [3,2], [3,3], [1,3], [1,4], [3,4], [3,5], and [0,5]. This process will generate a stacked geometric shape consisting of several concentric... | rotate_extrude($fn=200)
rotate ([0,0,0])
polygon( points=[
[0,0],[3,0],[3,1],[1,1],[1,2],[3,2],[3,3],[1,3],[1,4],[3,4],[3,5],[0,5]
] );
{text([content, "y=e^x, x=1, Rotated about the x axis", ])
translate ([0,0,0])
rotate ([0,0,0])
linear_extrude(height = 1)
;
} | glb/cad_6b0e59178d46.glb |
Create a solid of revolution by rotating a specific 2D profile around the x-axis. The profile is defined by a series of connected points starting at (0, 1) and following an exponential curve where the y-value increases as the x-value moves from 0 to 1. The points follow the function y = e^x, with coordinates including ... | rotate_extrude($fn=200)
rotate ([0,0,0])
polygon( points=[
[0,1],
[0.02,1.0004],
[0.04,1.0016],
[0.06,1.0036],
[0.08,1.0064],
[0.1,1.01],
[0.12,1.0144],
[0.14,1.0196],
[0.16,1.0256],
[0.18,1.0324],
[0.2,1.04],
[0.22,1.0484],
[0.24,1.0576],
[0.26,1.0676],
[0.28,1.0784],
[0.3,1.09],
[0.32,1.1024],
[0.34,1.1156],
[0.36,... | glb/cad_5fedc450a185.glb |
Create a Gridfinity 1x1 lid by constructing a tiered, rounded square block. Start with a top face that is a rounded square of 42mm per side with 4mm corner radii and a height of 5mm. This top section should be trimmed by 0.25mm on all sides to fit within the 42mm grid.
Below the top face, create a center block with a ... | module rounded_square(W,R,H) {
hull() {
for (x=[(-W/2)+R,(W/2)-R])
for (y=[(-W/2)+R,(W/2)-R])
translate([x,y,0])
cylinder(r=R,h=H,$fn=40);
}
}
top_face_side = 42;
top_face_corner_r = 4;
top_face_h = 5;
centre_block_side = 37.2;
centre_block_corner_r = 1.6;
centre_block_h = 0.8;
centre_bl... | glb/cad_865472219e29.glb |
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