Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
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Create a Vertical Filament Spool Parts Drawer consisting of a storage bin, guide rails, and locking mechanisms.
Construct the main bin as a hollowed-out cylindrical segment with an outer radius of 100mm and an inner radius of 40mm. The bin should be a "Double Bin" variant, meaning its height is extended to accommodat... | Outer_Spool_Diameter = 200;
Inner_Spool_Diameter = 80;
Inner_Spool_Width = 61;
Resolution = 50;
Lock_Tolerance = 0.15;
Lid = false;
Locks = true;
Split_Guides = true;
Bin_Handle = "Flat";
Display = "All";
Double_Bin = true;
$fn=Resolution;
Tolerance = 0 + 0.25;
Max_Measurement = Outer_Spool_Diameter + 1;
Outer_Spool_... | glb/cad_2fa89840c1b0.glb |
Create a Vertical Filament Spool Parts Drawer consisting of a storage bin, guide rails, and locking components.
Construct the main bin as a hollowed-out cylindrical segment with an outer radius of 100mm and an inner radius of 40mm. The bin should feature a flat handle on the bottom and a curved exterior profile. The ... | Outer_Spool_Diameter = 200;
Inner_Spool_Diameter = 80;
Inner_Spool_Width = 61;
Resolution = 50;
Lock_Tolerance = 0.15;
Lid = false;
Locks = true;
Split_Guides = true;
Bin_Handle = "Flat";
Display = "All";
Double_Bin = true;
$fn=Resolution;
Tolerance = 0 + 0.25;
Max_Measurement = Outer_Spool_Diameter + 1;
Outer_Spool_... | glb/cad_02fe6d44ca45.glb |
Create a Vertical Filament Spool Parts Drawer consisting of a central bin and two guiding rails.
Construct the main bin as a hollowed-out semi-cylindrical container. The exterior is defined by a series of concentric cylindrical sections: a center section with a radius of 80mm (Inner Spool Radius), flanked by two cham... | Outer_Spool_Diameter = 200;
Inner_Spool_Diameter = 80;
Inner_Spool_Width = 61;
Resolution = 50;
Lock_Tolerance = 0.15;
Lid = false;
Locks = false;
Split_Guides = true;
Bin_Handle = "Flat";
Display = "All";
Bin_Type = "Double_2_Slot";
$fn=Resolution;
Tolerance = 0 + 0.25;
Max_Measurement = Outer_Spool_Diameter + 1;
Ou... | glb/cad_7d13cc5f69d1.glb |
Create a Vertical Filament Parts Drawer consisting of a central bin, two guide rails, and optional locking components.
Construct the main bin as a hollowed-out cylindrical shell with an outer radius of 100mm and an inner radius of 40mm. The bin should feature a flat handle on the bottom and a top opening. Carve two sy... | Outer_Spool_Diameter = 200;
Inner_Spool_Diameter = 80;
Inner_Spool_Width = 61;
Resolution = 50;
Lock_Tolerance = 0.15;
Lid = false;
Locks = false;
Split_Guides = true;
Bin_Handle = "Flat";
Display = "All";
Bin_Type = "Double_2_Slot";
$fn=Resolution;
Tolerance = 0 + 0.25;
Max_Measurement = Outer_Spool_Diameter + 1;
Ou... | glb/cad_d28e187d1735.glb |
Create a Vertical Filament Spool Parts Drawer consisting of a central bin, guide rails, and locking mechanisms.
Construct the main bin as a hollowed-out cylindrical shell with an outer radius of 99.25mm and an inner radius of 50.5mm. The bin's exterior is shaped by a combination of cylindrical sections: a center secti... | Outer_Spool_Diameter = 198.5;
Inner_Spool_Diameter = 101;
Inner_Spool_Width = 56.5;
Resolution = 50;
Lock_Tolerance = 0.03;
Lid = false;
Locks = true;
Split_Guides = true;
Bin_Handle = "Flat";
Display = "Locks";
Bin_Type = "Double 2 Slot";
$fn=Resolution;
Tolerance = 0 + 0.25;
Max_Measurement = Outer_Spool_Diameter +... | glb/cad_711ee3e331b2.glb |
Create a Pi Fan Plate by starting with a rectangular base measuring 48mm wide, 65mm deep, and 2mm thick.
Within this base, carve out a central circular hole with a diameter of 28mm, centered at X=30mm and Y=37mm. Add four smaller circular screw holes with a diameter of 3mm; position two at the corners of the fan cuto... | mount_h = 2;
fan_x = 30;
fan_y = 37;
fan_screw_dist = 12;
fan_hole_d = 28;
fan_screw_d = 3;
$fs=0.2;
module main()
{
difference() {
cube([48, 65, mount_h]);
translate([7, 2, 0])
difference() {
hex_l = 19;
hex_w = 48 - 10;
cube([hex_w, hex_l, mount_h])... | glb/cad_e2b15ef0918f.glb |
Create an Auto Z and Corner Finding Touchplate consisting of a flat base with two perpendicular walls and a mounting clip. Start by creating a square base plate measuring 45mm by 45mm with a thickness of 2.5mm.
Attached to this base, create two vertical walls, each 5mm thick and 12.5mm high. Position the first wall a... | jig_t = 2.5;
base_l = 45;
base_w = base_l;
wall_h = 5;
clip_top_w = 7;
clip_h = 5;
clip_t = 1.5;
clip_l = 5;
module clip_mount() {
cube([clip_top_w, clip_l, clip_t]);
translate([(clip_top_w - clip_t)/2, 0, clip_t - clip_h])
cube([clip_t, clip_l, clip_h]);
}
module jig() {
translate([jig_t + wall_h, cl... | glb/cad_7dfddd6abfa8.glb |
Create a laser air assist nozzle consisting of a conical transition piece connected to a ribbed hose connector.
First, construct the main body as a truncated cone with a height of 8mm. The base of the cone has an outer diameter of 5.7mm and an inner diameter of 4mm. The top of the cone flares out to an outer diameter... | laser_cyl_od = 18;
laser_cyl_h = 6.45;
fa_conn_od = 5.45;
fa_conn_rib_od = 6;
laser_fit_err = 0.1;
cone_t = 1.7;
cone_h = 8;
cone_lg_id = laser_cyl_od + laser_fit_err;
cone_lg_od = cone_lg_id + cone_t;
cone_sm_id = 4;
cone_sm_od = cone_sm_id + cone_t;
cone_laser_mnt_h = 4;
hose_conn_t = 1.5;
hose_conn_id = 3.5;
hose... | glb/cad_e292ddbe3e42.glb |
Create a laser air assist nozzle consisting of a conical transition piece and a ribbed hose connector.
First, construct the main conical body. Create a cone with a height of 8mm, tapering from a base outer diameter of 5.7mm to a top outer diameter of 19.7mm. Add a cylindrical mounting collar to the top of this cone w... | laser_cyl_od = 18;
laser_cyl_h = 6.45;
laser_fit_err = 0.1;
cone_t = 1.7;
cone_h = 8;
cone_lg_id = laser_cyl_od + laser_fit_err;
cone_lg_od = cone_lg_id + cone_t;
cone_sm_id = 4;
cone_sm_od = cone_sm_id + cone_t;
cone_laser_mnt_h = 4;
hose_conn_t = 1.5;
hose_conn_id = 3.5;
hose_conn_od = hose_conn_id + hose... | glb/cad_aab3c3293ed5.glb |
Create a Dell 2nd Hard Drive Bracket Mount. Start by constructing a main rectangular box with outer dimensions of 102.7mm in length, 72.35mm in width, and 11.81mm in height. Hollow out the center of this box to create a shell with a wall thickness of 1.3mm on the length sides and 1.3mm on the width sides, leaving a top... | $fn=50;
floor_l = 104.31;
floor_w = 72.96;
hdd_l = 100.20;
hdd_w = 69.85;
hdd_h = 9.50 + 0.31;
top_t = 2.0;
t_adjust = -0.1;
length_t = 1.4 + t_adjust;
width_t = 1.4 + t_adjust;
sp = 0.1;
l = hdd_l + 2 * length_t + sp;
w = hdd_w + 2 * width_t + sp;
h = hdd_h + top_t + sp;
hdd_hole_d = 3.1;
hdd_hole_w_diff = 4.3;
hd... | glb/cad_a7e88cd6c7f7.glb |
Create a Toothbrush Cup with Flosser Holders consisting of a main cylindrical vessel and a detachable ring.
For the vessel, create a cylinder with an outer diameter of 54mm and a total height of 92mm. The cylinder should have a flat base 3mm thick and a hollow interior with a diameter of 50mm, leaving a wall thicknes... | center_cylinder_height = 89;
center_cylinder_inside_d = 50;
center_cyclinder_wall_thickness = 2;
base_bottom_thickness = 3;
flosser_tray_hole_count = 14;
flosser_tray_thickness = 2;
flosser_tray_size = 15;
flosser_hole_width = 2.2;
flosser_hole_length = 10;
flosser_tray_aligner_ring_wall_thickness = 2;
flosser_tray_a... | glb/cad_7aa4b7dad527.glb |
Create a Customizable Wall Mount Toothbrush Organizer consisting of a base plate and a rear mounting wall. Start with a rectangular base plate measuring 100mm wide by 70mm long with a thickness of 5mm and rounded corners of 2mm.
Cut a large rectangular opening for toothpaste into the base, measuring 58mm wide by 25mm... | width = 100;
length = 70;
organizerThickness = 5;
wallMountThickness = 4;
wallMountHeight = 20;
toothpasteWidth = 58;
toothpasteLength = 25;
toothbrushSlotWidth = 9;
toothbrushSlotLength = 16;
flosserWidth = 2.2;
flosserLength = 10;
$fa = 1;
$fs = 0.4;
module toothpasteOpening() {
rotate([0,0,90])
project... | glb/cad_bea39635a350.glb |
Create a Filament Sample plaque by starting with a rectangular base measuring 80mm wide, 40mm high, and 1.4mm thick, with all four corners rounded to a 2mm radius. On the top edge, centered 7mm from the left and right sides, drill a circular hole with a 6mm diameter.
On the front face, engrave the text "Prusament PLA... | filamentBrand = "Prusament PLA";
filamentColor = "Gentleman's Grey";
$fn = 128;
padding = 4;
cubeWidth = 80;
cubeHeight = 40;
cubeThickness = 1.4;
cornerRadius = 2;
filamentBrandSize = 7.5;
filamentColorSize = 7.5;
inlayHeight = 13;
inlayWidth = (cubeWidth-(2*padding)) / 8;
difference() {
difference() {
... | glb/cad_0db51ac0d44e.glb |
Create a kitchen utensil holder consisting of three distinct rectangular sections of open-topped boxes. First, create a section of three adjacent rectangular compartments, each with internal dimensions of 32mm width, 45mm length, and 60mm height, separated and enclosed by walls 1.2mm thick. Second, create a section of ... | width = 12;
length = 18;
height = 50;
offset = 1.2;
how_many = 6;
whisk_handle = 20;
whisk_width = 40;
whisk_depth = 50;
tongs_width = 45;
tongs_length = 32;
tongs_height = 60;
boxes(tongs_length, tongs_width, tongs_height, 3, offset);
translate([0, tongs_length, 0])
boxes(tongs_length, tongs_width, tongs_height, 3,... | glb/cad_df70f08bb3e1.glb |
Create a Heat Bed Adjustable Spring Mount as a rectangular block with a length of 35mm, a width of 15.2mm, and a varying height. The block has a high section of 10.6mm and a low section of 6.6mm, with the transition occurring 14.2mm from the front edge. The front end of the block is rounded.
At 8.8mm from the back edg... | M3bolt_od = 3.5;
M3nut_od = 6.6;
M4bolt_od = 4.3;
M4wash_od = 10.25;
Spring = 7.5;
ff = .1;
M4_x = 8.8;
M3_x = 28;
nut_h = 3;
Block_l = 35;
Block_w = 15.2;
Block_h2 = 6.6;
Block_h1 = 10.6;
Block_t = 14.2;
$fn=60;
difference(){
intersection(){
translate ([(Block_l/1.71),Block_w/2,0]) scale([1.2, 1, 1]) cyl... | glb/cad_14b7584331d8.glb |
Create an RFID Tag Scanner Case consisting of a hollow rectangular base and a mounting block for an Arduino Nano.
Construct the main base as a rectangular box with outer dimensions of 75mm length, 65mm width, and 15mm height. The walls should be 2mm thick. Create a hollow interior by removing a central block of 71mm ... | $fn=24;
caseH = 15;
caseW = 65;
caseL = 75;
NanoW = 19;
NanoL = 43;
NanoBlock = 23 ;
wallThick = 2;
clearance = .5;
arbitrary = -3;
font = "Liberation Sans";
letter_size = 5;
letter_height = 1;
module letter(l) {
linear_extrude(height = letter_height) {
text(l, size = letter_size, font = font, halign = "center"... | glb/cad_e1c7f3e596e7.glb |
Create a curtain bead adaptor consisting of a primary cylindrical ring with a total height of 8mm and an outer radius of approximately 23.55mm. The ring must have a central vertical hole with a radius of 20mm passing through its entire height.
Subtract a thin circular disk of 2mm height, with an outer radius of 23.55... | bead_r = 2;
bead_d = 4;
inter_bead_distance = 2;
n_slots = 26;
tol = 0.2;
hex_axle_r = 20;
gear_r = n_slots * (bead_d + inter_bead_distance) / (2*PI);
offset_angle = 360 / n_slots;
module slots() {
for(i = [0:1:n_slots-1]) {
translate([
cos(offset_angle*i)*gear_r,
sin(offset_angle*i)*gear_... | glb/cad_b79144a5bbb3.glb |
Create a planetary gearbox ring gear with an outer diameter of 51.7mm and a thickness of 12mm. The ring should be centered on the origin.
Inside the ring, carve out a herringbone gear profile. This internal gear must have a total of 18 teeth (calculated as the sum of the sun and planet tooth counts) with a depth ratio... | $fn=360;
D=51.7;
T=12;
tol=0.15;
number_of_planets=6;
number_of_teeth_on_planets=6;
approximate_number_of_teeth_on_sun=9;
P=45;
nTwist=1;
w=5.5;
DR=0.5*1;
m=round(number_of_planets);
np=round(number_of_teeth_on_planets);
ns1=approximate_number_of_teeth_on_sun;
k1=round(2/m*(ns1+np));
k= k1*m%2!=0 ? k1+1 : k1;
n... | glb/cad_d49ec31f7d28.glb |
Create a V-Slot cover for aluminum profiles by extruding a specific hollow cross-section along a length of 350mm. The outer profile is a symmetrical polygon defined by the following coordinates relative to a center line: the base is 26.2mm wide at height 0; it tapers outward to 27.4mm wide at a height of 1.2mm, then na... | length = 350;
side_extension_width = 0;
side_add_w = side_extension_width;
$fn=1*60;
top2_w = 1*28.5;
top_w = 1*28.5;
w1 = 1*26.2;
w2 = 1*26.2;
w3 = 1*27.4;
bottom_w = 1*26.2;
h1 = 1*4;
h2 = 1*2;
h3 = 1*1.2;
h_top_cover = 1*0.4;
wall_thick = 1*0.8;
tb_thick = 1*0;
rotate([-90,0,0])
linear_extrude(height = length... | glb/cad_4b75493f9f8e.glb |
Create a 350mm long V-Slot cover with a hollow, symmetrical profile. The cross-section is defined by an outer shell and an inner void, both following a specific stepped geometric path.
For the outer boundary, start at the bottom center (0,0) and create a polygon with vertices at [-2.9, 0], [-3.7, 1.2], [-3, 2], [-4.2... | length = 350;
side_extension_width = 0;
side_add_w = side_extension_width;
$fn=1*60;
top2_w = 1*9.6;
top_w = 1*10;
w1 = 1*8.4;
w2 = 1*6;
w3 = 1*7.4;
bottom_w = 1*5.8;
h1 = 1*4;
h2 = 1*2;
h3 = 1*1.2;
h_top_cover = 1*0.4;
wall_thick = 1*0.8;
tb_thick = 1*0;
rotate([-90,0,0])
linear_extrude(height = length) {
diff... | glb/cad_746e67281d74.glb |
Create a set of odometer pushbuttons consisting of one large central button and two smaller side buttons.
For the large button, start with a tapered base pin that transitions from a 4mm diameter to a 7mm diameter over a height of 5mm. Above this pin, place a cylinder with a diameter of 8.5mm and a height of 6.25mm, t... | $fn=150;
dt1=0.01;
dt2=dt1*2;
prt_delta=0.4;
wall=1;
SB_z= 8+3.4;
SB_d= 5.0;
SBskirt_d1=12.5;
SBskirt_d2=SB_d;
SBskirt_h=3.4;
BB_z=9.5+3.4;
BB_d=8.5;
BBskirt_d1=16;
BBskirt_d2=BB_d;
BBskirt_h=3.4;
pin_z1= 3.0;
pin_z2= 2.0;
pin_d1= 4;
pin_d2= 7;
color("red")
cylinder(d1=pin_d1, d2=pin_d2, h=pin_z1+pin_z2);
trans... | glb/cad_847331e58208.glb |
Create a circular sock knitting machine cylinder. Start with a main outer cylinder 120mm in diameter and 80mm in height. Hollow out the center by removing a cylinder 105mm in diameter and 82mm in height, centered vertically.
Cut 64 equidistant radial slots into the outer wall, each slot measuring 62mm in length, 2.2m... | $slots=64;
if($slots >= 128)
{
assert(false, "Too many slots chosen, render time would be extensive");
}
difference(){
translate([0,0,-65])
cylinder(d=120,h=80,$fn=200);
$fn=60;
translate([0,0,-66])
for(i=[0:360/$slots:360]){
rotate([0,0,i])
cube([62,2.2,83]);
}
translate([0,0,-6... | glb/cad_a277fb742145.glb |
Create a grid of rectangular towers consisting of 5 rows and 5 columns. Each tower must have a base footprint of 10mm by 10mm. The height of each individual tower should be randomized, with a minimum height of 5mm and a maximum height of 40mm. Position the towers so they are adjacent to one another, forming a continuou... | w=5;
l=5;
x=10;
y=10;
z=1;
mn=5;
mx=40;
module row(c){
for(a =[0:w-1]){
clr1=rands(-1,2,w);
clr2=rands(-1,2,w);
clr3=rands(-1,2,w);
translate([a*x,0,0]) scale([x,y,z*c[a]]) color([clr1[a],clr2[a],clr3[a]]) cube(1);
}
}
module grid(){
for(b =[0:1:l-1]){
h=r... | glb/cad_c067b6b9bf73.glb |
Create a Wrench Spinner by first constructing a solid base using a convex hull that connects a central cylinder with a 26mm diameter and two outer cylinders with 20.5mm diameters positioned 60mm apart (30mm from the center in opposite directions). The entire body should have a uniform height of 7mm.
From this solid, ... | $fn=100;
difference(){
hull(){
cylinder(d=26, h=7);
translate([30,0,0]) cylinder(d=20.5, h=7);
translate([-30,0,0]) cylinder(d=20.5, h=7);
}
translate([20,28,0]) cylinder(d=40, h=7);
translate([20,-28,0]) cylinder(d=40, h=7);
translate([-20,28,0]) cylinder(d=40, h=7);
... | glb/cad_785efcd37e5e.glb |
Create a compliant mechanism toothbrush holder consisting of a flexible gripping assembly mounted on a rectangular base.
Start with a base plate measuring 14.7mm by 7.2mm by 3mm. Centered on this base, create a gripping mechanism composed of two symmetrical arms. Each arm begins at a shoulder—a cylinder with a radius... | $fn = 90;
baseY = 7.2;
baseZ = 3;
handR = 1;
targetR = 2.9;
overlapR = .85;
targetRO = targetR - overlapR;
springWall = .46;
springLength = 2;
armBlockWidth = 1.5;
armBlockLength = 16;
shoulderR = 2 / 2;
shoulderX = shoulderR*6;
shoulderZ = 9+targetR;
armTotX = targetRO + handR + (springLength *2) + armBlockLeng... | glb/cad_8840641385d2.glb |
Create a Twister fidget toy consisting of a twisted, hollow geometric column. Start by defining a profile based on three circles of diameter 5mm, each centered 5mm from the central axis and arranged in an equilateral triangle pattern. Extrude this profile vertically to a height of 50mm, applying a total twist of 500 de... | $fs=.5;
$fa=1;
profil=1;
ngon=3;
h=50;
d=20;
wall=1.5;
twist=10;
round=10;
sliderH=10;
clearance=.3;
sliderDist=5;
support=true;
if(!support||$preview)color(echo(col[ngon-2])col[ngon-2])translate([0,0,2])union(){
union(){
intersection(){
linear_extrude(h,twist= twist*h,convexity=5)Profil();
linear_... | glb/cad_71f56762e1ae.glb |
Create a stackable KraBox tray with outer dimensions of 150x150mm and a total height of 36.5mm. The tray features a base consisting of a 1mm thick bottom pad and a 2mm bevel, with walls 1.5mm thick. The interior cavity is 34mm deep, creating a recessed inner space.
Inside this tray, add vertical separators that are 1m... | $fn = 100;
wall = 1.5;
separator_Thickness = 1;
tray_Size = [150, 150];
tray_InnerHeight = 34;
tray_OuterHeight = 36.5;
tray_PadHeight = 1;
tray_BevelHeight = 2;
tray_BottomHeight = tray_PadHeight + tray_BevelHeight;
bin_Height = tray_InnerHeight - tray_BottomHeight - 1;
bin_XS = 24;
bin_S = 48.5;
bin_SM = 73;
bin_... | glb/cad_6c2b2396f5bd.glb |
Create a metal ball chain repair kit consisting of two interlocking parts: a base receptacle and a securing plug.
First, construct the base receptacle. Create a main body by forming a hull around three spheres, each with a diameter of 5.1mm, spaced 4.4mm apart along a central axis. Extrude this shape to a height of a... | bd=4.1;
bl=4.4;
td=2;
$fn=80;
jt=.5;
tw=20;
tl=2;
th=3;
rh=3;
c=.5;
t=2;
difference(){
bed();removals();}
difference (){
plug();plugremovals();}
translate ([0,0,10])plugtop();
module plugtop(){
linear_extrude (height=2)
hull(){
projection(cut = false){
rotate ([90,0,0]){
for (i =[0:bl:2*bl-1])
translate ([0,0,... | glb/cad_35ee18ae9784.glb |
Create a plastic ball chain repair kit consisting of two separate components: a connector base and a plug.
First, create the connector base by forming a hull around three spheres, each with a diameter of 6mm, aligned linearly with a center-to-center spacing of 11.2mm. This creates an oblong, rounded shape. From the c... | bd=5;
bl=11.2;
td=2;
$fn=80;
jt=.5;
tw=20;
tl=2;
th=3;
rh=3;
c=.5;
t=2;
difference(){
bed();removals();}
translate ([15,0,12])rotate ([0,180,0])
{difference (){
plug();plugremovals();}
translate ([0,0,10])plugtop();}
module plugtop(){
linear_extrude (height=2)
hull(){
projection(cut = false){
rotate ([90,0,0])... | glb/cad_1d1ba828736c.glb |
Create a Mountain Bike Chain Guide frame clamp. Start by constructing a hollow cylindrical ring with an inner radius of 17.5mm, an outer radius of 23.5mm, and a total height of 15mm.
On opposite sides of this ring, add two symmetrical mounting lugs. Each lug consists of a cylinder with a radius of 8mm and a height of... | r1=17.5;
r4=2.7;
th=6;
h=15;
w=14;
r3=8;
o=0;
L=0;
s=th;
r2=r1+s;
$fn=50;
oring();
difference(){
uring();
difference(){
hull() {
translate([-s/2,r2-s/4,0]) cube([s,1,h]);
translate([-s/2,r2+w/2-1.5,h/2]) rotate([90,0,90]) cylinder(r=h/2,s);
}
... | glb/cad_3a37846431ba.glb |
Create a large paper clamp consisting of three main components: a lower carriage, an upper carriage, and a central ratchet.
The lower and upper carriages are identical mirrored blocks. Each carriage is a flat, elongated base with a width of 10mm. The profile is a hull formed by a 26x22mm rectangle and a larger 100x45m... | $fn=80;
tw=6;
tl=2;
th=3;
rh=3;
side=3.5;
ratchettooth();
translate([-22.5,9.6,65])rotate ([180,90,0])
translate ([0,0,0.5])joist();
color ("blue")translate ([-28,10,6])rotate ([0,270,180])
translate ([-20,10,12.5])ratchet();
translate ([-22,10,-30])
rotate ([0,90,180])lowercarriage();
rotate ([0,0,180])translate ([... | glb/cad_e168fddfa870.glb |
Create a connector release clip designed to assist in removing electrical connectors. The tool consists of a flat base with a central slot and two symmetrical arms extending outwards.
Start with a central rectangular body that is 1.75mm thick. In the center of this body, create a slot 6mm wide. At the top of this slo... | $fn=80;
sw=6;
ch=1.5;
ceh=5;
ciwt=9;
ccd=4.7;
cwt=12.5;
cdt=11.5;
t=3;
c=.2;
c1=.75;
tw=1.75;
tl=4;
th=3;
rh=3;
module support(){
difference (){
color("blue")translate([-9.45,0,6.0]) cube ([t,t,t+2]);
translate ([-cwt/2-c1-2.9,-0.2,0])rotate ([0,0,5])cube ([t,t+ccd+ch+ceh+2*c,9.8]);}}
mirror([1,0,0])translate ([cwt... | glb/cad_b61efe3d55b5.glb |
Create a clip for a Saia Burgess electrical connector by constructing a tapered hollow cylinder with a height of 17.5mm. The outer diameter of this cylinder should taper from 6.5mm at the base to 8.5mm at the top. The interior should be hollowed out by a concentric tapered hole that starts with a diameter of 4.5mm at t... | $fn=80;
c=.6;
t=1.3;
da=5.9;
db=7.9;
df=4.5;
dg=6.5;
pliercover();
module pliercover(){
translate ([0,-df/2-((da+c+t)-df)/2,0])rotate ([3.3,0,0])cube([2.4,((da+c+t)-df)/2,17.5]);
color ("blue")translate ([0,(df)/2,0])
rotate ([-3.3,0,0])cube([2.4,((da+c+t)-df)/2,17.5]);
difference (){
whole();
remov... | glb/cad_e3a22c8d426e.glb |
Create a connector removal clip shaped as a custom polyhedron. The base of the object is a rectangular block with a width of 8.9mm and a height of 3mm. The geometry is defined by a specific set of vertices that create a tapered, wedge-like tooth profile. The shape extends to a total thickness of 8.9mm along the Z-axis.... | $fn=80;
tw=8.9;
tl=4;
th=3;
rh=3;
ratchettooth();
module ratchettooth(){
polyhedron (
points = [[0,0,0],
[tl,0,0],
[tl,-th*0.25,0],
[0,-th*0.75,0],
[0,0,tw],
[tl,0,tw],
[tl,-th*0.25,tw],
[0,-th*0.75,tw]],
faces =[
[4,5,6,7], [4,0,1,5],
[5,1,2,6], [6,2,3,7],
[7,3,0,4],[0,3... | glb/cad_b5a008f0a368.glb |
Create a connector release clip designed to assist in removing a Saia Burgess electrical connector. The device consists of a central base with two vertical wing-like plates extending upwards.
Start with a central rectangular base that is 12.5mm wide. From this base, extend two vertical walls upward. On the inner face... | $fn=80;
sw=6;
ch=1.5;
ceh=5;
ciwt=9;
ccd=4.7;
cwt=12.5;
cdt=11.5;
t=3;
c=.2;
c1=.75;
module plierholder(){
color ("green")translate([-9.45,14.1,6.0]) cube ([t,t+.5,3.19]);
difference (){
translate([-9.45,0,6.0]) cube ([t,t,t+2]);
translate ([-cwt/2-c-4.56,-0.7,0])rotate ([0,0,5])cube ([t,t+ccd+ch+ceh+2*c,9.8]);}
trans... | glb/cad_e88e2441cfb9.glb |
Create a parametric card holder consisting of two identical side-by-side rectangular boxes. Each box is formed from a solid outer shell with external dimensions of 68.9mm in width, 93.2mm in height, and 19mm in depth, with a uniform wall thickness of 1.2mm.
For each box, carve out a central rectangular cavity of 66.5... | columns = 2;
rows = 1;
width = 66.5;
height = 92;
depth = 19;
thickness = 1.2;
overlap = 6;
$fn = 48;
for (r = [ 0 : 1 : rows - 1])
for (c = [ 0 : 1 : columns - 1])
translate([(width + thickness) * c, (height + thickness) * r, 0])
Box(width, height, depth, thickness, overlap);
module Box(w, h, d, t, o... | glb/cad_c4c900f1af81.glb |
Create a drawer organizer by starting with a solid rectangular block measuring 230mm in length, 80mm in width, and 60mm in height. Hollow out this block to create three equal side-by-side compartments. Each compartment should be a rectangular void with a width of 74.33mm and a length of 76mm, leaving a consistent wall ... | x = 230;
y = 80;
z = 60;
wall_thickness = 2;
holes = 3;
columns = 1;
t = wall_thickness;
rows = holes / columns;
x_off = (x - t) / rows;
hole_x = x_off - t;
y_off = (y - t) / columns;
hole_y = y_off - t;
difference() {
cube([x, y, z]);
translate([t, t, t])
for (c = [0:1:columns-1])
for (r = [0:1:r... | glb/cad_0645d3252c39.glb |
Create a shelf headphone holder by constructing a primary block and removing specific volumes to create a bracket. Start with a solid rectangular base measuring 43mm in length, 35mm in width, and 22mm in height. From this base, remove a central rectangular section to create a hollow interior; this cutout should start 3... | thickness = 3;
shelf_depth = 25;
x = 15;
y = 35;
z = 22;
union(){
difference() {
cube ([x + shelf_depth + thickness, y, z]);
translate([thickness, thickness, -thickness])
cube([x - 2 * thickness, y, z + 2 * thickness]);
translate([x, -thickness, -thickness])
cube([s... | glb/cad_77d21a822c53.glb |
Create a headphone holder by constructing a rectangular block with overall dimensions of 12mm in width, 35mm in depth, and 22mm in height. Carve out a central rectangular slot from the top and back of the block to create a U-shaped channel. This cutout should start 2mm from the front face and 2mm from the side face, le... | depth = 2;
x = 12;
y = 35;
z = 22;
union(){
difference() {
cube ( [x,y,z] );
translate([depth,depth,-depth])
cube([x-2*depth,y,z+2*depth]);
}
translate([depth,y-depth,0])
cube([depth, depth, z]);
} | glb/cad_d6c9b49dc4f9.glb |
Create a customizable tag measuring 55.5mm in length, 20mm in width, and 2.8mm in thickness. The main body is a rectangular slab with a recessed center area that is 1mm deep, leaving a 2mm wide perimeter wall around the edges.
On the right end of the tag, integrate a keyring loop. This loop is formed by a C-shaped pr... | $fa = 4;
$fs = 0.4;
length = 58;
width = 20;
thick = 2.8;
depth = 1;
wall = 2;
topFontSize = 5;
bottomFontSize = 5.8;
topText = "PRUSAMENT PLA";
bottomText= "SIMPLY GREEN";
module loop(width,wall) {
points = [
[0,0],
[width/4,0],
[width/2,width/4],
[width/2, 3*width/4],
[width/4, width],
[0,... | glb/cad_559c97acbdbb.glb |
Create a vacuum hose adapter consisting of two concentric cylindrical sections connected by a conical taper. The walls of the entire object must be 1.4mm thick.
Start with a large base cylinder that has an outer diameter of 62mm and a height of 25mm. From the top of this base, create a conical transition section that ... | LargeEndMeasured = "outside";
LargeEndDiameter = 62;
LargeEndLength = 25;
SmallEndMeasured = "outside";
SmallEndDiameter = 40;
SmallEndLength = 25;
TaperLength = 25;
InsideStop= "no";
WallThickness = 1.4;
$fn=60 *1;
WT=WallThickness;
LL=LargeEndLength;
SL=SmallEndLength;
TL=TaperLength;... | glb/cad_ef6f62c6370f.glb |
Create a Bosch E-Bike charger BCS220 holder designed for use with a "Yet Another Shelf" (YAS) system. Start with a rectangular top plate measuring 200mm in length, 120mm in width, and 8mm in thickness.
At four specific points on this plate, create vertical cylindrical supports with a diameter of 18mm. Position two su... | include <BOSL2/std.scad>
include <BOSL2/screws.scad>
include <BOSL2/threading.scad>
top_plate_thickness = 8;
top_plate_length = 200;
top_plate_width = 120;
threaded_insert_L = 5.7;
threaded_insert_d3 = 4.1;
threaded_insert_distance_x = 150;
threaded_insert_distance_y = 102;
$fn=32;
*color ("green") top_plate();
*co... | glb/cad_901c82d284ac.glb |
Create a 10-inch patch panel for keystone modules. Start with a solid rectangular base measuring 30mm wide, 254mm long, and 10mm deep.
Carve out a series of 12 rectangular holes to accommodate keystone modules. Each hole should be 19.8mm long and 14.9mm wide. Position these holes starting 4mm from the front edge, dis... | one_unit_width = 30;
one_unit_lenght = 254;
holder_width = 19;
keystone_width = 14.9;
keystone_length = 19.80;
keystone_x_position = 4;
keystone_wall_depth = 1.50;
depth = 10;
cable_holder_width = 40;
module_counts = 1;
module keystone_hole(length = keystone_length, width = keystone_width, depth = 20) {
cube(... | glb/cad_9ea2f35dbf46.glb |
Create a spool drawer stopper consisting of two stacked cylinders. First, create a wide, flat circular base with a diameter of 7mm and a height of 1mm. Centered on top of this base, add a narrower vertical shaft with a diameter of 5.3mm and a height of 7mm. Ensure both components are rendered as smooth cylinders with a... | hole_width = 5.3;
shaft_height = 7;
cylinder(h = 1, d = 7, $fn = 50);
cylinder(h = shaft_height, d = hole_width, $fn = 50); | glb/cad_c22c135f7e5e.glb |
Create a parametric teabag box and stand. First, construct the main holder as a rounded rectangular prism with overall dimensions of 71mm width, 48mm depth, and 83mm height. The corners along the Y-axis maximum should have a 3mm radius. Hollow out the center of this prism by removing a smaller rounded rectangular volum... | use <roundedcube.scad>
bag_width = 66;
bag_height = 75;
bag_thickness = 4.5;
bag_number = 10;
difference(){
roundedcube([bag_width + 5, (bag_thickness * bag_number) + 3, bag_height + 8], radius = 3, apply_to="y_max");
translate([1, 1, 1.1])roundedcube([bag_width + 3, (bag_thickness * bag_number) + 1, bag_heig... | glb/cad_18b580276a43.glb |
Create a spool holder endcap consisting of a wide circular base and a central cylindrical sleeve. Start by creating a flat, ring-shaped base with an outer diameter of 50mm, an inner diameter of 21.7mm, and a height of 7mm. Centered on this base, add a vertical cylinder with an outer diameter of 26.7mm and a height of 2... | id = 26.7;
od = 50;
union(){
difference(){
cylinder(d = od, h = 7, $fn = 200);
cylinder(d = od - 10, h = 7, $fn = 200);
}
difference(){
cylinder(d = id, h = 20, $fn = 200);
cylinder(d = id - 5, h = 20, $fn = 200);
}
translate([-3, (id/2) - 0.5, 0])cube([6,... | glb/cad_65be208e1822.glb |
Create a two-part protective case for an ESP8266 NodeMCU and a 2.8" TFT screen.
The main body is a hollow rectangular shell with outer dimensions of 70mm x 100mm x 35mm. Round the top edges with a 5mm radius. Remove the interior to leave walls 1.5mm thick, creating a cavity of 67mm x 96mm x 26.8mm. On the front face,... | use <roundedcube.scad>
translate([100, 0, 0])union(){
translate([0, 22, -5.5])difference(){
roundedcube([70, 78, 3], radius = 5, apply_to = "ymax");
translate([0, 0, -9.5])cube([70, 78, 15]);
translate([3.5, 73.5, 0])cylinder(d = 1.8, h = 26.3, $fn = 20);
translate([3.5, 73.5, 9... | glb/cad_f239537795f8.glb |
Create a two-part protective case for an ESP8266 NodeMCU and a 2.8" TFT screen.
The main body is a rounded rectangular shell measuring 70mm x 100mm x 35mm with a corner radius of 5mm on the top edges. Hollow out the interior to leave walls approximately 2mm thick, creating a central cavity of 66mm x 95mm x 26.8mm. On... | use <roundedcube.scad>
translate([3, 0, 0])union(){
difference(){
roundedcube([70, 100, 35], radius = 5, apply_to = "ymax");
translate([2, 2.5, 3.7])cube([66, 95, 26.8]);
translate([10, 15, 0])cube([50, 69.4, 3.7]);
translate([0, 0, 30])cube([70, 100, 5]);
translate([17, 6.3... | glb/cad_9680984e44a2.glb |
Create a universal under-desk mount consisting of two interlocking parts: a female base and a male sliding insert.
Construct the female part as a rectangular block measuring 45mm x 20mm x 13mm. Carve out a central rectangular cavity measuring 25mm x 16mm x 9mm, positioned 10mm from the front edge and 4mm from the bot... | difference() {
cube([45, 20, 13]);
translate([10, 0, 4])cube([25, 16, 9]);
translate([4, 0, 4])cube([37, 16, 6]);
translate([22.5, 10, 0])cylinder(h = 4, d = 4.3, $fn = 50);
translate([22.5, 10, 1.7])cylinder(h = 2.3, d1 = 4.3, d2 = 7, $fn = 50);
}
rotate([180, 0, 0])translate([4, 5, -13])u... | glb/cad_336d042416fb.glb |
Create a protective enclosure for a Wemos D1 Mini battery info display. The main body is a rounded rectangular box with an outer width of 45mm, length of 70mm, and height of 20mm. The walls are 1.5mm thick, and the corners are rounded with a 10mm diameter.
Hollow out the interior to create a cavity, leaving a 1.5mm wa... | $fn = 100;
width = 45;
length = 70;
height = 20;
round_edge_diameter = 10;
wall_thick = 1.5;
nano_width = 25.5;
nano_length = 35.2;
nano_support_height = 3;
nano_support_width = 2;
tolerance = 0.1;
lid_thick = 2.5;
display_width = 31.6;
display_length = 37.6;
frame_width = 34.6;
frame_length = 46.9;
frame_height =... | glb/cad_1e251946d974.glb |
Create a two-piece slide-in photo frame designed for a 89mm by 126mm photo.
First, construct the base piece. This part is a flat backing with rounded corners. It should feature a central rectangular cutout of 89mm by 126mm to hold the photo. At the top center of the base, add a small circular hole to accommodate a sc... | $fn = 60;
foto_w = 89.0;
foto_h = 126.0;
{
union()
{
translate([0,0,0]) color("lightblue",1) frame();
translate([0,0,0]) color("orange",1) base();
}
union()
{
}
}
module base()
{
difference()
{
union()
{
hull()
{
translate([((foto_w/2)+2),0.5,-2]) rotate([90,0,0]... | glb/cad_f90224dbdb7d.glb |
Create a circular adapter for a one-gang junction box with a total diameter of 67mm and a height of 7mm. Start by creating a solid cylinder of these dimensions. Remove a central coaxial hole with a diameter of 14mm that passes completely through the object.
To accommodate mounting hardware, create four symmetrical re... | use <./library/M3.scad>;
$fs = 0.5;
$fa = 2;
diameter = 67;
height = 7;
width = 8;
spacer = 10;
m3_size = 3.5;
module m3() {
BoltM3(l=15, inset=1);
NutM3();
}
difference() {
cylinder(h=height, d = diameter);
cylinder(h=height, d = 14);
translate([21,0, height]) m3();
translate([-21,0, heigh... | glb/cad_65500fb5fc59.glb |
Create a plant sign consisting of a rectangular header and a tapered stake. Start with a rectangular plate 20mm high and 2mm thick. The width of this plate should be automatically scaled to fit the text "Ramona" based on a height of 20mm, resulting in a width of approximately 76mm. Round all four corners of the plate w... | cus_height=20;
cus_width=0;
cus_strength=2;
cus_radius=5;
cus_sign_text="Ramona";
cus_sign_text_depth=1;
cus_sign_text_quality=0;
cus_pin_length=50;
cus_pin_ratio=3;
sign_text=cus_sign_text;
height = cus_height;
width = cus_width==0 ? round(len(sign_text)*height*0.45) : cus_width;
strength = cus_strength;
radius = ... | glb/cad_21a9da1fd21a.glb |
Create a side-lit picture frame consisting of a hollow rectangular base and a top cover.
Construct the base as a rectangular ring with an outer dimension of 214mm by 198mm and a wall thickness of 17mm. The base features four internal corner reinforcements, each composed of a 20mm by 20mm square block with a 2mm thick... | color("orange",1.0) {
translate([0,20,0]) rotate ([90,0,0]) difference() {
translate([-10,-5,-10]) cube([65,35,2]);
translate([48,16,-10]) cube([7,10,5]);
translate([47,2,-10]) cylinder( 2, r1=2, r2=1);
}
translate([-4,28,-5]) rotate ([90,0,0]) cube([2,35,5]);
}
color("green",1.0) {
translate([-155,13,-7])... | glb/cad_9ca392298b30.glb |
Create a Westfalia Towing Rig Socket Mounting Bracket. Start with a main cylindrical body that has a diameter of 18mm and a height of 80mm. Create a central circular cutout through the middle of the cylinder with a diameter of 17mm.
At the top of the cylinder, create a larger cylindrical cap with a diameter of 18mm an... | $fn = 256;
include <BOSL2/std.scad>
include <Offset/offset.scad>
include <NutsnBolts/cyl_head_bolt.scad>;
include <NutsnBolts/materials.scad>;
Bracket();
module Pivot() {
difference() {
union() {
difference() {
cylinder(9, 23, 23);
zmove(9 - 5.4 + 1)
... | glb/cad_1bc7d0cbd9b1.glb |
Create a Dish Rack Drain Extension consisting of a hollow rectangular trough and a mounting hook. Start by constructing a mounting hook at the top: create two outer rectangular blocks measuring 2mm by 15mm by 13mm, positioned 24mm apart. Connect these blocks with two cylinders of 6mm diameter and 15mm length, oriented ... | $fn = 100;
x=24;
z=13;
w=2;
y=15;
l = 42+y;
wall=1.5;
d1 = x;
d2 = x+2*w;
s = .2;
th= 0;
difference(){
drain_top();
drain_minus();
}
drain_b();
module drain_b() {
difference() {
translate([d2/2-w,y,0]) rotate([90+th,0,0]) scale([1,s,1]) cylinder(h=l, d=d2);
translate([d2/2-w,y-1,0]) rotate([90+th,0,0]) scal... | glb/cad_b5843af30f3d.glb |
Create a handle for a ceramic sharpener by constructing a tapered cylinder that transitions into a spherical cap. The main body should be a frustum with a base diameter of 28mm and a top diameter of 32mm, reaching a height of 72.85mm. At the top of this frustum, add a sphere with a diameter of 32mm, centered so that it... | $fn = 100;
p1 = 72.85;
p2 = 20.91;
p3 = 6.8;
p_i = 31.5;
d_i = 15.9;
d1 = 28;
d2 = 32;
d3 = 28;
d4 = 0;
x =1;
y =1;
z =1;
difference() {
scale ([x,y,z])cylinder(h=p1+p2, d1 = d1, d2 = d2);
cylinder(h=p_i, d = d_i);
}
scale([x,y,z]) translate([0,0,p2+p1]) sphere(d=d2); | glb/cad_9fc577234a83.glb |
Create a nail clipper catcher with a wall thickness of 1mm. The main body is a hollowed-out trough with a flat bottom and rounded ends.
The rear section is a semi-cylinder with an outer radius of 6.65mm and an inner radius of 5.65mm, creating a wall 1mm thick. The front section is a rounded rectangular profile with a... | w = 1;
h_f=8;
h_r=4.8;
l=75.4;
p=.96;
p2=.15;
p3=.7;
p4=.789;
r_f=7.8/2;
r_r=11.3/2;
r_o=4.8/2;
w_f=14.2;
w_r=11.4;
w_m=15.5;
x=max([w_m,w_f]);
t=1.4;
$fn=100;
CubeFaces = [
[0,1,2,3],
[4,5,1,0],
[7,6,5,4],
[5,6,2,1],
[6,7,3,2],
[7,4,0,3]];
CubePoints_a = [
[ 0, w, 0 ],
[ w_m+2*w, w, 0 ],
[ (w_... | glb/cad_cda179636f28.glb |
Create a nail clipper catcher designed as a hollowed-out trough with a tapered profile. Start by constructing an outer shell with a wall thickness of 1mm. The front width is 17.8mm and the rear width is 13.35mm, extending to a total length of 74.5mm. The height of the walls is 10.45mm at the front, tapering down to 7.8... | w = 1;
h_f=8.45;
h_r=5.85;
l=73.5;
p=.85;
p2=.15;
p3=.7;
r_f=7.62/2;
r_r=11.33/2;
r_o=4.8/2;
w_f=15.8;
w_r=11.35;
t=1.8;
$fn=100;
CubePoints = [
[ 0, 0, 0 ],
[ w_f+2*w, 0, 0 ],
[ (w_f+w_r)/2+2*w, l+w, 0 ],
[ (w_f-w_r)/2, l+w, 0 ],
[ 0, 0, h_f+2*w ],
[ w_f+2*w, 0, h_f+2*w ],
[ (w_f+w_r)/2+2*w,... | glb/cad_7c7152fdfb04.glb |
Create six distinct gears, each with a height of 2mm, arranged in a cluster. Each gear is generated by starting with a cylinder and cutting teeth into the outer perimeter using a specific tooth profile.
For gear 0, use a cycloidal tooth profile to maximize rolling surfaces. For gear 1, use a standard involute trapezoi... | iterations = 120;
verbose = true;
demo1();
module demo1() {
for (rack=[0:5]) let(a=rack<5?rack*360/5:0)
rotate([0,0,a+90]) translate([rack<5?12.5:0,0,0])
difference() {
color("cyan") gear(rack_id=rack);
color("red") translate([0,0,1]) rotate([0,0,-a-90]) linear... | glb/cad_063e7230374a.glb |
Create a Planetary Roller Robot Actuator consisting of a central core, multiple planetary gear layers, and a motor mount plate.
Construct a central core with a 5mm diameter cylinder and a 4.5mm x 5mm rectangular flat for a NEMA 17 D-shaft. Around this core, create three planetary layers. Each layer consists of a sun g... | part = "all";
g=3;
gh = [6,12,6];
modules = len(gh);
planets = 3;
pt=[3,4,3];
sgm = 1;
dt = pt*sgm;
of = [0,0,0];
rt = [for(i=[0:modules-1])round((2*dt[i]+2*pt[i])/planets+of[i])*planets-dt[i]];
outer_d = 60;
wall = 3;
tol=0.2;
iterations = 24;
slices = iterations;
layer_h = 0.2;
line_w = 0.4;
carrier_h... | glb/cad_5f6aba7bac61.glb |
Create a Lament Configuration puzzle box as a cube with side lengths of 76.2mm. On each of the six faces, add embossed geometric patterns with a height of 0.6mm. These patterns are based on specific DXF schematic designs: the top and bottom faces feature mirrored versions of the same intricate linear art, while the fou... | part = undef;
cube_w = 76.2;
d = 0.5;
r = 0.1;
s = 1;
de = 0.6;
w = 100;
h = 100;
AT=1/64;
outer_d = 36.5;
intersection(){
translate((part=="stand"?1:0)*[0,0,cube_w/sqrt(3)-sqrt(3)*cube_w/2])
mirror([0,part=="stand"?1:0,0])rotate((part=="stand"?1:0)*[45,asin(1/sqrt(3)),0]){
if(part==1||part==undef|... | glb/cad_daa822788ef5.glb |
Create an Opto-mechanical Auto Bed Level Probe consisting of a main body, a sliding toggle, and a mounting plate.
First, construct the main body. Create a central vertical shaft with an outer diameter of 3.2mm and a length of 45mm. At the top of this shaft, add a cylindrical housing for a grub screw with a diameter o... | part = "all";
magnet_d=6.2;
magnet_h=2.5;
line_w=0.4;
nail_d=3.2;
nail_h=4.5;
nail_l=45;
flathead=1;
chamber_h=10;
chamber_w=10;
sensor_h=4.6;
sensor_w=12;
sensor_d=1.9;
sensor_f=5;
sensor_a=2.5;
sensor_o=0.2;
neck=3.6;
press=13;
grub_d=7.1;
grub_h=4;
screw_d=3;
screw_x=-11;
screw_z=31;
screw2_x=-29.3;
screw2... | glb/cad_bc2bca694d2a.glb |
Create a fan case by constructing a hollowed-out rectangular shell. Start with a solid base that is 65mm wide, 61mm deep, and 9mm high. The outer perimeter should have rounded corners with a 5mm radius. Create a matching interior cavity by removing a smaller rectangular volume from the center, leaving a wall thickness ... | module abb_case(){
hull(){
translate([0+5, 2+5, 0])
minkowski(){
cube([65-10, 61-10, 9]);
cylinder(d=10, h=0.01, $fn=30);
}
translate([20, 0, 0])
cube([25, 65, 9]);
}
}
module leaf () {
hull(){
cube([66, 0.1, 8]);
rotate([0, 90, 0... | glb/cad_5c6e544948cb.glb |
Create a storage enclosure for a 3.5" HDD. The main body is a rectangular box with an interior cavity designed to fit a drive of 101.61mm width and 147mm length.
Construct the bottom base as a solid plate with a thickness of 1.5mm. Add two vertical side walls, each 2mm thick, extending upwards to a height of 20mm abo... | $fs = 0.1;
disk_width = 101.61;
disk_length = 147;
disk_height_above_screws = 20;
disk_height_below_screws = 6.35;
side_wall_thickness = 2;
top_wall_thickness = 1.5;
gap = 1;
screw_overlap = 3;
upper_side_wall_height = disk_height_above_screws+gap+top_wall_thickness+screw_overlap;
lower_side_wall_height = disk_height_... | glb/cad_de3057a3112e.glb |
Create a print-in-place discrete fidget ring consisting of two concentric rings. The overall height of the model is 7mm.
First, create an outer ring with a height of 7mm. This ring has a complex profile: the top and bottom sections are tapered. Specifically, create a base cylinder with a diameter of 22.8mm and a heigh... | faces=16;
holes=2;
$fn=faces;
use <knurledFinishLib_v2.scad>
dia_finger=20;
ring_h=7;
inner_w=1;
outer_w=2.5;
gap_w=.8;
ridge_w=1.4;
click_r=ridge_w;
clicks=0;
chamferring(dia_finger, ridge_w, inner_w, ridge_w*2, 0,gap_w,0);
chamferring(dia_finger+inner_w*2+gap_w*2, ridge_w, outer_w, ridge_w, 1... | glb/cad_be6ef3d47130.glb |
Create a coin shading tool consisting of four separate components.
First, create two identical thin plates, each 1mm thick. Each plate should be a flat polygon with a width of 100mm and a length of 75mm. On each plate, place four small cylindrical pins with a radius of 5mm and a height of 1mm. Position two pins at th... | $fn = 75;
width=100;
length=75;
height_bottom = 5;
height_top = 1;
R_pin = 5;
gap=0.05;
module pin(){
union(){
cylinder(r=R_pin,h=height_bottom/2);
translate([0,0,height_bottom/2-0.01])
cylinder(r1=R_pin,r2=R_pin-1,h=1);
}
}
module top1(){
linear_extrude(height = height_top){
... | glb/cad_12006f22261c.glb |
Create a case for sanding strips by constructing a rectangular base with rounded corners. The main body should be approximately 175mm long, 55mm wide, and 12mm high.
Within this body, carve out ten identical rectangular slots to hold sanding sticks. Each slot must be 15mm wide and 110mm long, spaced evenly with 1.2mm... | include <BOSL2/std.scad>
include <BOSL2/distributors.scad>
STICK = [15, 110, 12];
TEMPLATE = [15,185,3.5];
LAYER_HEIGHT = .28;
WALL_WIDTH = .4;
STICK_COUNT = 10;
STICK_SLOP = walls(3);
INCLUDE_TEMPLATE = true;
CASE_BASE = layers(4);
$fn = $preview ? 12 : 48;
STICK_DISTANCE = walls(3);
CONTAINER = [container_width(... | glb/cad_f613c6082554.glb |
Create a cutting template for sanding strips by designing a rectangular slab measuring 185mm in length, 15mm in width, and 2.24mm in height. The slab should have rounded corners with a radius of 3.36mm. On the top surface, emboss the text "185mm x 15mm" so that it is centered both horizontally and vertically. The text ... | LAYER_HEIGHT = .28;
LINE_WIDTH = .4;
TEMPLATE_SIZE = [185,15];
$fn = $preview ? 12 : 48;
linear_extrude(layers(6)) round(walls(3)) square(TEMPLATE_SIZE, center=true);
linear_extrude(layers(8)) embossing();
module embossing() {
difference() {
round(walls(3)) square(TEMPLATE_SIZE, center=true);
round(walls(1)) of... | glb/cad_665f5ce96952.glb |
Create a picture frame attached key hook holder. Start with a main rectangular mounting bar that is 2mm thick and 200mm long. Along the length of this bar, create a second parallel rectangular rail offset by 8.6mm to create a gap for the frame to slide into.
Attached to this assembly, create 5 equidistant hooks. Each ... | Num_hooks=5;
gap=8.6;
inside=3;
hookwidth=6;
length=200/4*(Num_hooks-1);
inner_width=60;
wall_th=2;
rounded_corner_r=2;
Hook_out_angle=40;
hook_r=2;
hook_length=20;
hook_percent_thicker=.04;
module rounded_square(inner_width,wall_th,length,rounded_corner_r)
{
hull()
{
translate([wall_th/2,w... | glb/cad_ee5aa813e17e.glb |
Create a Hanging Strip Hook with a total thickness of 5mm and a total width of 22.1mm. Start by forming a base block that is 5mm thick, 98mm high, and 22.1mm wide. On the back face of this block, carve a recessed groove to accommodate a hanging strip; this groove should be 3.2mm deep, 97mm long, and 18.5mm wide, center... | hanging_strip_width = 18.5;
hanging_strip_height = 93;
hanging_strip_tickness = 3.8;
hook_tickness = 5;
hook_diameter = 36;
hook_angle = 180;
$fn=100;
hanging_strip_groove_depth = hanging_strip_tickness - 0.6;
hook_flat_edge_width = 2;
hook_strip_edge_width = hook_flat_edge_width + sqrt(pow(hanging_strip_groov... | glb/cad_a7d703f7e983.glb |
Create a Door Alarm Magnet Shim by constructing a hollowed-out rounded rectangular sleeve. First, create a solid rounded cuboid with a width of 14.5mm, a depth of 54.8mm, and a height of 24.5mm, using a corner radius of 2mm.
From the center of this shape, remove a smaller rounded cuboid to create a cavity. This inter... | module RoundedCuboid(width = 1, depth = 1, height = 1, cornerRadius = 0.25) {
cornerDiameter = 2 * cornerRadius;
xOffset = width - cornerDiameter;
yOffset = depth - cornerDiameter;
xTranslate = -(xOffset / 2);
yTranslate = -(yOffset / 2);
translate([xTranslate, yTranslate, 0]) {
hull()... | glb/cad_6cf5a08f64f7.glb |
Create a guitar nut by starting with a solid rectangular block that is 44mm long, 8.5mm high, and varies in width from 6mm at the top to 5mm at the bottom. The four long edges of this block should be rounded. On the top surface, carve six string grooves. Each groove is a rectangular slot with a width ranging from 0.3mm... | $fn=64;
h=8.5;
w=[6,5];
l=44;
decline=20;
groove=0;
pos=[18.5,11.1,3.7,-3.7,-11.1,-18.5];
cut=[0.3,0.45,0.7,0.9,1.2,1.5];
f=1;
difference(){
hull(){
for(x=[-w[0]+f,-f]) for(y=[-l/2+f,l/2-f]) t([x,y,f]) sphere(f);
for(x=[-w[1]+f,-f]) for(y=[-l/2+f,l/2-f]) t([x,y,h-f]) sphere(f);
}
for(i=[0:5]) tr([0,pos[i],h... | glb/cad_ed2d997c7f6b.glb |
Create a freezer drawer cover with a total width of 477mm, a height of 194mm, and a base thickness of 2mm. The main body is a flat rectangular plate with a raised outer frame of 15mm height.
Along the long edges, integrate two hinge structures. Each hinge consists of a rectangular block 13.5mm wide and 15mm high, with... | left =1;
right=1;
mid =1;
$fn = 100;
wall = 2;
hingeWidth = 13.5;
hingeHeight = 15;
hingeLength = 67;
cylinder1 = 12;
cylinder2 = 45+12;
support1 = 145;
support2 = hingeLength;
width = 477;
height = 194;
sqrt2=1.4142135623730950488016887242097;
if (left) leftPart();
if (right) rightPart();
if (mid) midPart();
mo... | glb/cad_e8c1b65559df.glb |
Create a reinforcement joint for a cubic tube structure. The model consists of a central holder and a connecting crossbar.
First, construct the holder. Create a cylinder with a radius of 15.5mm and a height of 30mm. Subtract a smaller concentric cylinder with a radius of 12.5mm from the center. To this cylinder, add t... | $fn=50;
tube = 25;
wall = 3;
gap = 2;
length = 230;
height = 30;
width = tube;
overlap = 10;
print = true;
if (print){
translate([120,30,0]) holder();
rotate([0,0,45]) crossbar();
} else {
holder();
translate([tube/2+wall,0,0]) rotate([0,-45,0]) crossbarHalf();
}
module crossbar(){
crossbarHalf();
translate([... | glb/cad_e7cfb30fd31b.glb |
Create a Meme picture frame designed to hold a 101.6mm x 152.4mm (4x6 inch) photo.
Start by creating a rectangular outer frame with a total depth of 3.2mm. The outer dimensions should be 102.4mm by 153.2mm (adding a 0.8mm wall thickness to all sides). Hollow out the center to create a pocket for the photo, leaving a ... | include <strings.scad>
TOLERANCE = 0.4;
INCHES_TO_MM = 25.4;
PHOTO_HEIGHT = 4 * INCHES_TO_MM + TOLERANCE;
PHOTO_WIDTH = (6) * INCHES_TO_MM + TOLERANCE;
PHOTO_DEPTH = 0.4;
FRAME_SIZE = 5;
WALL_WIDTH = 0.8;
FRAME_DEPTH = 3.2;
TAB_LENGTH = 20;
STAND_WIDTH = 20;
STAND_ANGLE = 15;
STAND_OFFSET = 0.2;
TAB_SIZE = (FRAME_DEPT... | glb/cad_2d84e3116577.glb |
Create a rounded box with outer dimensions of 200mm in length, 100mm in width, and 50mm in height. The box should have a uniform wall thickness of 3mm and external corner radii of 10mm. The top of the box is open, and the interior should be hollowed out to match the wall thickness.
Centered on one of the shorter 100mm... | $fn=16;
wall = 3;
cube=[200,100,50];
handle=[20,50,30];
handleH=15;
r=10;
f=1;
not=0.001;
box(cube,wall,r);
tr([not,cube.y/2,handleH],180) handle(handle,wall,f);
module handle(size=[7,20,10],wall=2,f=1){
t([0,-size.y/2,0]) intersection(){
cube(size);
u(){
for(y=[0,size.y-wall]){
t([0,y,0]) hull(){
... | glb/cad_7dd094164d70.glb |
Create a duct tape holder consisting of two separate parts: a main body and a screw-on cap.
For the body, create a tall hollow cylinder with a height of 210mm and an outer diameter of 21mm. The walls should be 1mm thick. At the bottom of this cylinder, add a solid circular base with a diameter of 81mm and a height of ... | cap = 1;
body = 1;
wall = 1;
bigD1 = 75;
bigD2 = 60;
bigH = 25;
smallD = 25;
height = 210;
bottomH = 10;
bottomD = bigD1+6*wall;
outerD = smallD-4*wall;
capHeight = 10;
pitch = 3;
threadLength = 3;
threadLengthDiff = 3;
$fn = 30;
threadPrecision = $fn;
nothing = 0.02;
if (cap) translate ([-(bottomD/2+wall),0,0]) ca... | glb/cad_1b02f1b2ca1d.glb |
Create a cross tube holder designed to secure two perpendicular tubes. The main structure consists of two intersecting hollow cylindrical shells with a wall thickness of 1mm. The first vertical cylinder has an inner diameter of 20mm and a height of 22mm. The second cylinder, positioned perpendicularly to the first, has... | $fn = 30;
d = 10;
d1 = 20;
d2 = 10;
wall = 1;
h = max(d1,d2)+2*wall;
bolt = 3;
lock = 2.5*bolt;
nut = 6.3;
pitch = (d1+d2)/2+wall/2;
nothing = 0.01;
difference(){
union(){
union(){
cylinderRounded(d=d1,h=h+lock,wall=wall);
translate([-d1/2-wall,pitch,d2/2+wall]) rotate([0,90,0]) cylinderRounded(d=d2,h=h+loc... | glb/cad_5e139d9d3dee.glb |
Create a dual tube holder with a total height of 40mm. The main body is a composite of two concentric cylindrical sections. First, create a central hollow cylinder with an inner diameter of 13.1mm and a height of 40mm. Surround this with a larger outer cylindrical shell that has an inner diameter of 15.9mm and a wall t... | $fn=64;
d1 = 12.9+.1;
d2 = 15.9;
h=40;
wallCylinder = 2;
wallPad = 3.5;
nut = 6.15;
nutThick = 2;
gap = 2;
capD = 20;
noth = 0.01;
bolt = 3;
tolerance = 0.15*2;
holder(d1=d1,d2=d2,h=h,gap=gap);
module holder(d1=10,d2=15,h=10,gap=1){
difference(){
union(){
cylinderRounded(h=h,d=d2,wall=wallCylinder);
translat... | glb/cad_5b4871fdccc0.glb |
Create a sponge holder designed to hang from a tap. The main structure is a hollow, curved C-shaped channel with a width of 40mm and a wall thickness of 1mm. The channel is formed by a semi-circular arc with an outer diameter of 22.2mm and an inner diameter of 20.2mm.
At one end of the curve, integrate a connection p... | $fn=50;
d1=22.2;
d2=20;
d3=100;
w=1/2*80;
h1=20;
h2=h1/2;
wall=1;
overhang=d1;
not=0.01;
difference(){
cylinder(d=d1+2*wall,h=w);
translate([0,0,-not]) cylinder(d=d1,h=w+2*not);
translate([0,0,-not]) cube([d1,d1,w+2*not]);
translate([overhang,-d1,-not]) cube([d1,d1,w+2*not]);
}
translate([-wall,d1/2,0]) roundedC... | glb/cad_72437816179a.glb |
Create a tube latch consisting of a rounded cylindrical clamp and an attached flat arm. Start by creating a hollow cylinder with an outer diameter of 18.4mm, an inner diameter of 12.4mm, a wall thickness of 3mm, and a total height of 10mm.
Attached to this cylinder, create a flat rectangular arm extending outwards. T... | $fn=50;
d = 12.4;
wall = 3;
h = 10;
gap = 2;
tolerance = 0.1;
bolt = 3;
nut = 6.22;
block = 20;
print = 1;
hinge1 = 1;
hinge2 = 1;
nothing = 0.01;
hinge2();
module hinge2(){
difference(){
union(){
difference(){
cylinderRounded(h=h,d=d,wall=wall);
translate([-d,0,0]) cube([3*d,d,h]);
}
difference()... | glb/cad_7d577a7f86f7.glb |
Create an IKEA cupboard handle by constructing a U-shaped profile with rounded corners and a radius of 1mm. The handle consists of three main sections: a front face, a bottom base, and a back face.
The front face is a rounded rectangular slab measuring 415mm in length, 2mm in width, and 10mm in height. The bottom bas... | $fn=100;
l1 = 415;
l2 = 495;
screwSpan = 283;
screwD = 4.5;
wall=2;
h1=10;
h2=18;
w1=19.7;
w2=36;
r1=2;
difference(){
union(){
translate([(l2-l1)/2,0,0]) cubeRounded([l1,wall,h1],r=wall/2);
translate([(l2-l1)/2,0,0]) cubeRounded([l1,w2,wall],r=wall/2);
translate([0,w2-w1,0]) cubeRounded([l2,w1,wall],r=wall/2... | glb/cad_d45e40aab574.glb |
Create a cylindrical knob with a diameter of 20mm and a height of 5mm. The top and bottom edges must be rounded: the bottom edge should have a rounding radius of 4mm, and the top edge should have a rounding radius of 0.5mm.
Carve a series of small cylindrical notches around the outer perimeter of the knob. Each notch... | $fn=64;
d = 20;
h = 5;
notchesDepth = 2;
rounding1 = 4;
rounding2 = .5;
nut = 8.8;
nutDepth = 3.75;
bolt = 3;
printerOverextrusionCompensation = 0.15;
noth = 0.001+0;
tol = printerOverextrusionCompensation;
knob(d=d,h=h);
module knob(d=10,h=10) {
intersection(){
difference (){
cylinder(r=d/2,h=h);
tr... | glb/cad_6944d5aafd10.glb |
Create a tube cap consisting of a wide base and a narrower vertical tower. Start by creating a base cylinder with a diameter of 40mm and a height of 5mm, applying a 1mm rounding to both the top and bottom edges. Centered on top of this base, add a second cylinder with a height of 22mm and a diameter of 21mm. This inner... | $fn=64;
d1 = 40;
h1 = 5;
d2 = 23+1;
h2 = 22;
teeth=2;
teethFlat=1;
r1 = 1;
r2 = 1;
r3 = 0;
cylinderRounded(h=h1,d=d1,r1=r1,r2=r2);
t([0,0,h1]){
cylinderRounded(h=h2,d=d2-2*teeth,r1=0,r2=r3);
teeth(d2,teeth,h2-r3);
}
module teeth(d=10,teeth=1,h=5){
if(teeth>0) {
step=2*teeth+teethFlat;
for(z=[0:step:h-step... | glb/cad_b38d480dc192.glb |
Create a Little MasterSpool, which consists of two identical mirrored frames. For each frame, construct an inner ring and an outer ring using tori with a cross-sectional radius of 5mm. The inner ring should have a major radius of 30mm, and the outer ring should have a major radius of 95mm.
Connect these two rings with... | $fn=32;
part1 = 1;
part2 = 1;
printInnerRing = 1;
printOuterRing = 1;
d1=50;
d2=100;
d3=200;
h=70;
filamentHole = 2;
wall = 10;
rounding1 = 1;
rounding2 = wall/3;
tolerance = 0.2;
d1w=d1+wall;
d2w=d2-wall;
d3w=d3-wall;
tol = tolerance;
d4=(!printInnerRing && printOuterRing)?d2w:d1w;
h1 = printInnerRing?0:wall/2;
n... | glb/cad_04ba89a8b11a.glb |
Create a 135-degree T-connection bracket for 40mm aluminum profiles. The main body is a wedge-shaped block with a 40mm width and a 40mm height.
On the top face, create two perpendicular rectangular notches to receive the profiles. Each notch should be 8.3mm wide and 15.5mm deep, with a height of 6mm. The notches are ... | $fn=16;
prof=40;
wall=5;
r=3;
r2=1.5;
h=2*r;
center = 0;
l = 30;
bolt = 6;
boltHead = 13.5;
boltPad = 4;
notch = [8.3, 15.5];
tol = 0.2;
gap = .1;
not = 0.001+0;
inf = 3*max(l,prof);
rotate([0,45,0])
difference(){
union(){
translate([0,0,prof/2]) rotate([90,0,90]) translate([0,0,-h]) notches(h=h);
... | glb/cad_269e4d9d835a.glb |
Create an ALU profile 45° cross connection by constructing a solid body based on the convex hull of several spheres and removing two cylindrical holes. First, define the body as the hull of six spheres with a radius of 2mm: two positioned at [0, 8, 2] and [0, -8, 2], two at [18, 8, 2] and [18, -8, 2], and two at [0, 8,... | $fn=64;
l = 30;
prof = 20;
nut = 5;
nutHead = 10.5;
padH = 3-0.75;
r=2;
tol = 0.15;
not = 0.01;
inf = 100;
difference(){
body();
holes();
}
module holes(){
translate([prof/2,0,padH]) nut();
translate([-prof/2+r+sqrt(padH)-sqrt(r),-sqrt(padH)+sqrt(r),prof/2]) rotate([90,0,45]) nut();
}
module nut(){
translate(... | glb/cad_5a4c5cdd4739.glb |
Create an ALU profile corner bracket designed to connect profiles at 45° and 90° angles. The main body is a rounded block with a footprint of 40mm by 40mm and a height of 20mm. The corners of this block are rounded with a 2mm radius.
On the top face, create a 20mm wide channel that runs diagonally across the block. Wi... | $fn=16;
l1 = 40;
l2 = 40;
l3 = 48.5;
l=l3;
prof = 20;
nut = 5;
nutHead = 10.5;
padH = 2.15;
r=2;
tol = 0.15;
not = 0.001+0;
inf = prof*1.2;
wall=prof/5;
h=5;
center = 0;
notchX = 5;
notchY = 6.4;
difference(){
union(){
difference(){
body1();
rotate([0,45,0]) translate([-prof/2,-prof/2,prof/2+wall]) prof... | glb/cad_112804ac6eb0.glb |
Create a Tube to ALU profile cross connection. Start by creating a base plate that is 70.3mm long, 0.9mm thick, and 20mm wide, with rounded corners of 0.9mm. On top of this base, center a semi-circular arch with an inner diameter of 65.3mm and a wall thickness of 0.9mm, extending to a height of 20mm.
To secure the as... | $fn=64;
tol=0.15;
tube = 65+2*tol;
prof=20;
r=1;
wall = 3;
wall2 = 2*.45;
gap = 2;
width = tube;
offset = wall;
bolt=5+2*tol;
boltHead=10.5+2*tol;
boltHeadPad=2.25;
boltH=40;
pad = 2*boltHead;
length = tube+2*pad;
not = 0.001;
difference() {
union(){
translate([-length/2,0,0]) cubeRounded([length,wall2,prof]... | glb/cad_e366f97f16dc.glb |
Create a Tube to ALU profile T-connection. The main body consists of a cylindrical clamp designed to hold a 25mm tube. This clamp is formed by a cylinder with an outer radius of 15.5mm and a height of 20mm, with a 25mm diameter hole removed from the center.
The clamp is split into two halves by a 2mm gap. On the side... | $fn=64;
tube = 25;
tube1 = 25;
tube2 = 33;
h=5;
prof=20;
r=1;
wall = 3;
gap = 2;
length = 230;
height = prof;
width = tube;
overlap = 10;
overfill = 0.1;
padL = prof;
tol=0.15;
bolt1=3+2*tol;
nut1=6.15+2*tol;
nut1Thick=2;
bolt1HeadPad=2.25;
bolt1H=40;
nut1H=1.5*bolt1H;
bolt2=5+2*tol;
bolt2Head=10.5+2*tol;
bolt2Hea... | glb/cad_92d8d81fe90c.glb |
Create a Flexible Coin Token Holder designed to hold a coin with a diameter of 22mm. The main body is a cylinder with a total diameter of 24.2mm and a height of 3mm.
The center of the cylinder is hollowed out to a diameter of 22.2mm, leaving a wall thickness of 1mm at the base and a rim height of 2mm above the base. ... | $fn=250;
dt1=0.01;
dt2=dt1*2;
prt_delta=0.2;
wall=1;
coin_diameter=22.0;
rim_z=2.0;
num_sec = 2;
spacer=coin_diameter*0.4;
tun_num=2;
tun_dia=3;
coin_dia = coin_diameter+prt_delta;
difference(){
cylinder(d=coin_dia+2*wall, h=rim_z+wall);
union(){
translate([0, 0, wall+dt1])
cylinder(d=coin_dia, h=rim_z... | glb/cad_c199235f763a.glb |
Create an ALU profile 90° corner to bolt connector. The main body is a rounded block formed by the convex hull of two 3mm radius spheres positioned at [3, 17, 3] and [3, -17, 3] in mm, and a rounded rectangular prism centered at [36, 0, 0] with a width of 40mm, a height of 36.5mm, and a depth of 40mm.
Subtract two cyl... | $fn=64;
prof = 40;
l2 = 40;
bolt1 = 8;
bolt1Head = 17.5;
bolt1Pad = 3.75;
bolt2 = 10;
bolt2Head = 33.5;
bolt2Pad = 3;
offset = [36, 36 - prof/2];
wall = 3;
l1 = offset.x + 3/4*bolt2Head;
r=3;
tol = 0.2;
not = 0.01;
inf = 100;
difference(){
body();
holes();
}
module holes(){
translate([bolt1Pad,0,l2-prof/2])... | glb/cad_30384e859c49.glb |
Create a customizable overhang test model. Start with a base rectangular pad that is 22.5mm long, 20mm wide, and 2mm thick, featuring the text "0.05" embossed into the top surface, centered and sized at 15mm.
From this base, construct a curved arm that extends upwards and outwards. This arm is formed by a series of s... | $fn=32;
start = 40;
end = 70;
step = 5;
wall = 2;
width = 20;
height = 15;
textDepth = 0.5;
text = "0.05";
pad=3/4*locx(0,end+step);
intersection(){
for(i=[start:step:end]){
translate([locx(0,i),0,locz(0,i)])
rotate([0,i,0]){
difference(){
object();
translate([textDepth,width/2,height/8]) rotate([... | glb/cad_9097f04d86fc.glb |
Create a name hook consisting of a personalized text plate and an integrated hanging hook.
First, generate the name "Johanna" using the Impact font. Extrude the text to a height of 4mm. The characters should have a font size of 9.2mm. Ensure the text is centered and sits atop a thin base plate of 2mm thickness.
Atta... | Num_hooks=1;
textstring="Johanna";
hookwidth=15;
base_length=32;
inside=2;
width=hookwidth*3.5*(Num_hooks-1)+hookwidth;
wall_th=2;
rounded_corner_r=2;
Hook_out_angle=40;
hook_r=2;
hook_length=20;
hook_percent_thicker=.04;
fontname="Impact";
RoundedBase=0;
textsize=9.2;
textsizecharacters=23;
textheight=w... | glb/cad_c89bf50b2c8f.glb |
Create a bolt and nut assembly. For the bolt, create a main shaft as a cylinder with a diameter of 3.2mm and a total length of 30mm. At the top of this shaft, add a cylindrical bolt head with a diameter of 6.2mm and a height of 10mm.
For the nut, create a hexagonal prism with a flat-to-flat diameter of 6.2mm and a hei... | $fn=64;
bolt();
module bolt(bolt=3, boltHead=6, boltPad=3, boltHeadL=10, boltL=30, nut=6.3, nutPad=5, nutL=4, nutR=0, sideCutL=20, sideCutSlot=4, layer1=0.2, layer2=0.2, tol=0.2, not=0.01){
bottom=layer1>0?true:false;
top=layer2>0?true:false;
t([0,0,-boltL+not+boltPad]) cylinder(d=bolt+tol,h=boltL);
t([0,0,bol... | glb/cad_8f869c8c8454.glb |
Create a box for a printed circuit board. Start with a rounded rectangular base plate with a thickness of 2mm. The outer dimensions of this base should be 62mm by 97mm, with corner radii of 2mm.
From this base, extend four vertical walls upward to a total height of 38mm. The walls should be 2mm thick. The interior of... | $fn=32;
board=[56,85,1];
hDown=15;
hUp=19;
box=[40,2,45,10];
boxSize=[board.x+box[1]+box[3],board.x+box[0]+box[2],board.z+hDown+hUp];
boltInner=3+0.2;
boltOuter=3;
boltOuterHead=7;
boltOuterShift=5;
nut=6.3+.3;
nutL=2.5+3;
leg=7;
legBase=10;
leg1=[-12.5,5];
leg2=[-38,59.5];
wall=2;
not=0.01;
r=wall+not;
tol=0.2;... | glb/cad_d75ed39fd227.glb |
Create a heavy duty pull handle with a rounded rectangular profile. The main body is a rounded block with a total length of 120mm, a diameter/width of 40mm, and corner radii of 10mm.
At one end, create a recessed hexagonal socket to house a bolt head. This socket should be 19.3mm wide (flat-to-flat) and 16.4mm deep. ... | $fn=16;
layer=0.25;
bolt=9.8;
boltHead=19.3;
boltHeadL=16.4;
handleD=40;
handleL=120;
r=10;
topCut=2;
coverL=22;
wall=2;
tol=0.2;
difference(){
rotate([90,0,0]) translate([0,handleD/2,-handleL/2]) cylinderRounded(d=[0,handleD],h=handleL,r=[0,r,0,r]);
translate([0,0,handleD-topCut-boltHeadL]) boltHex(bolt=bolt... | glb/cad_0af3af074563.glb |
Create a set of four storage bins for the Keter Connect system with a wall thickness of 1mm and corner radii of 2mm. All bins have a height of 91.5mm.
First, create a small bin with outer dimensions of 117.6mm x 81.5mm. Second, create a wide bin with outer dimensions of 117.6mm x 163mm (2 * 81.5mm). Third, create a lo... | $fn=32;
wall=2;
r=2;
groove=13;
not=0.001;
smallBox(wall,r);
t([125,0,0]) quadBox(wall,r);
t([125,170,0]) longBox(wall,r);
t([0,90,0]) wideBox(wall,r);
module wideBox(wall=1,r=1){
size=[117.6,2*81.5,91.5];
r2=max(0,r-wall);
difference(){
union(){
difference(){
cubeRounded(size,r=[r,r,r]);
t([wall,wa... | glb/cad_60b2ae3091be.glb |
Create an ALU profile T handle. Start by creating a main handle body with a length of 200mm and a diameter of 40mm. The cross-section should be a rounded rectangle with a corner radius of 10mm.
Through the center of this body, create a longitudinal cutout to accommodate a bolt and its hardware. This cutout consists of... | $fn=16;
bolt=5.83+1.2;
boltPad=2;
boltHead=12.18+1;
nut=11.11+.5;
nutPad=boltPad;
handleD=40;
handleL=200;
r=10;
profile=25+.3;
profileWall=2;
profileCut=0.85*handleD;
topCut=2;
wall=2;
tol=0.2;
difference(){
rotate([90,0,0]) translate([0,handleD/2,-handleL/2]) cylinderRounded(d=[0,handleD],h=handleL,r=[0,r,0,r... | glb/cad_5d64f004183e.glb |
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