Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a board game helper for Kaleidoskop by constructing a central flat plate with radiating arms. Start by creating three identical rectangular prisms, each measuring 15mm by 116mm with a thickness of 2mm. Position these three rectangles so they all intersect at their center points, rotating each one by 120 degrees ... | for (i = [0 : 120 : 360])
rotate(i)
cube([15 / 2, 29 * 4, 2], true);
difference() {
translate([0, 0, 1])
rotate([0, 90])
cylinder(2, d = 15, center = true);
translate([0, 0, -10])
cube(20, true);
} | glb/cad_fa92af31d37f.glb |
Create a Hook helper tool designed to hold a 3mm wide hook. Start by constructing a central body composed of three joined pentagonal prisms. The base is a pentagonal prism with a diameter of 14mm and a height of 14mm. Directly above this, add a second pentagonal prism with a diameter of 6mm and a height of 30mm. To tra... | width = 3;
circleDiameter = 14;
$fa=1;
$fn=100;
rotate([180,0,0]) {
difference() {
union() {
cylinder(h = 14, d = circleDiameter, center = true, $fn = 5);
cylinder(h = 30, d = 6, $fn = 5);
translate([0,0,7])
cylinder(h = 10, d1 = circleDiameter, d2 = 6, $fn... | glb/cad_1362cd4829e7.glb |
Create a Skadis pegboard panel measuring 220mm by 220mm with a thickness of 5mm. The panel should have rounded corners with a radius of 8mm.
Across the face of the board, create a grid of holes. Each hole is a slot formed by the hull of two circles with radii of 2.65mm, spaced 10mm apart center-to-center. These slots... | panelWidth=220;
allowPartialX=false;
panelHeight=220;
allowPartialY=false;
mountingHoles = true;
builtInSpacers = true;
spacerHeight = 15;
numVertical= allowPartialY ? panelHeight/20 : (panelHeight/20)-1;
numHorizontal= allowPartialX ? panelWidth/20 : (panelWidth/20)-1;
$fa=1;
$fs=0.4;
board();
module board()... | glb/cad_3a0cc842475e.glb |
Create a Hadley Mount Altitude Bearing Lock. Start with a base plate 2mm thick. The main body is a hull formed by three circular profiles on the same plane: a 35mm diameter circle at the origin, an 8mm diameter circle centered 88mm away along the x-axis, and an 8mm diameter circle centered 103mm away along the x-axis. ... | min_h=2;
min_w=4;
top_od=35;
top_id=8;
top_bolt_d=4.5;
top_bolt_h=15;
bottom_bolt_d=4;
bottom_od=bottom_bolt_d+min_w;
bottom_top_distance=88;
bottom_tab_x=15;
bottom_tab_d=8;
$fn=200;
union()
{
difference()
{
cylinder(d=top_id, h=top_bolt_h);
color("red")
translate([0,0,-min_h/2])... | glb/cad_14d88357ba2d.glb |
Create a housing for a 20x4 LCD module and encoder. The assembly consists of a top cover and a bottom base.
Create a bottom base with outer dimensions of 80mm x 160mm and a height of 6mm. Hollow out the center to create a cavity of 54mm x 146mm. At each of the four corners, add a cylindrical pillar with a diameter of ... | button_height = 8;
line1="";
line2="";
$fn = 20;
module encb()
{
color("lightblue")
translate([-11.7/2,-13.75/2,0])
cube([11.7,13.75,6.5]);
color("darkgray")
cylinder(7+6.5,7/2,7/2,$fn=30);
color("white")
cylinder(20+6.5,6/2,6/2,$fn=30);
}
module butt()
{
color("gray")
tra... | glb/cad_0dc06b9c949f.glb |
Create a rectangular label with rounded corners, measuring 100mm in width, 30mm in height, and 3mm in thickness, with a corner radius of 5mm. On the top surface, add a raised border that is 0.6mm high. This border should be inset 1mm from the outer edges and have a thickness of 2mm, following the same 5mm corner radius... | labelWidth = 100;
labelHeight = 30;
labelThickness = 3;
cornerRadius = 5;
textThickness = 0.6;
textFont = "Oswald";
bufferSize = 20;
borderInset = 1;
borderWidth = 2;
borderExtrude = textThickness;
magDiameter = 6.15;
magDepth = 2.1;
magSpacing = labelWidth / 3;
... | glb/cad_9fff609651b1.glb |
Create a fridge pin bushing consisting of a hollow cylinder with a flanged base. The main body of the bushing should have an internal diameter of 20mm, an external diameter of 23mm, and a total length of 22mm including the flange.
At the bottom, add a circular flange with a diameter of 28mm and a height of 2mm. Apply... | echo(version=version());
Bush_ID = 20;
Bush_OD = 23;
Bush_Length = 20;
Bush_Flange = "Yes";
Bush_Flange_OD = 28;
Bush_Flange_Height = 2;
Bush_Flange_Chamfer = 0.5;
top_chamfer = 0.5;
Bottom_chamfer = 0.5;
if (Bush_Flange == "Yes") {
color("red")
rotate_extrude($fs = 0.5, $fa = 0.05)
po... | glb/cad_a42562eee482.glb |
Create a FLSUN Super Racer Connector Protector consisting of two symmetrical hexagonal halves that fit together to form a hollow sleeve.
For each half, construct a main body with a length of 48mm and a diameter of 40mm using a 6-sided prism (hexagonal) profile. At each end of the main body, add a 10mm long conical tr... | main_body_length = 48;
main_body_dia = 40;
wall_thickness = 1.8;
wire_dia = 9.5;
cone_length = 10;
cap_length = 10;
extra_tolerance = 0.01;
closing_mechanism=0;
generate_locks=0;
ziptie_cut=1.2;
ziptie_width=4;
ziptie_lip=2;
lock_thickness=1.2;
lock_cap_thickness=1.2;
cone_dia = wire_dia+wall_thickness;
... | glb/cad_f19656b137a9.glb |
Create an M25x1.5 screwable plug for a power socket. Start by constructing an external male thread with a diameter of 25mm and a pitch of 1.5mm, extending the threaded section to a total length of 13mm. On top of this threaded base, add a cylindrical plug cover with a diameter of 32.5mm and a height of 6mm. To create a... | use <ISOThread.scad>
threaddiam = 25;
threadpitch = 1.5;
threadlen = 10;
plugdiam = threaddiam * 1.3;
plugheight = 6;
overlap = 3;
wt = 2;
facets = 60;
rotate([180, 0, 0]) {
difference() {
union() {
thread_out_pitch(threaddiam, threadlen + overlap, p=threadpitch, thr=facets);
thr... | glb/cad_8e98a4e3237c.glb |
Create a radiator drop bracket as a rectangular flat bar with a width of 25.4mm, a thickness of 3.175mm, and a total length of 101.6mm.
Center a hole for a stud or bolt at one end, positioned 12.7mm from the edge. This hole should have a diameter of 8mm; if a chamfer is required for welding, create it as a conical cu... | Lift = 2 * 25.4;
End = 0.5 * 25.4;
Length = Lift + (End * 2);
Width = 1 * 25.4;
Thickness = 0.125 * 25.4;
Stud = "No";
Chamfer = "Yes";
StudDia = 8;
StudLen = 25;
HoleDia = (3/8) * 25.4;
NumHoles = 2;
HoleStep = Lift/NumHoles;
$fn = 50;
difference()
{
union()
{
color("gray", 0.5)
cube(size = [Width, Le... | glb/cad_f81b5514db91.glb |
Create an extension card holder consisting of five identical units spaced 20mm apart along the Y-axis. Each unit begins with a rectangular block measuring 60mm in width, 9mm in depth, and 10mm in height. Carve a horizontal slot through the length of this block to hold a PCB, with the slot measuring 1.7mm in height and ... | $outerx=60;
$outery=9;
$outerz=10;
$pcbthickness=1.7;
$pcbdive=8;
$pcbheadwall=2;
$mounty=11;
$mountx=8;
$mountz=3;
$bore=3;
$numholder=5;
$notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
lh = 3,
ds = 3.2,
)
{
union() {
cylinder(h=lh, r1=dh/2, r2=ds/2, $fn=12);... | glb/cad_0d53a64344bd.glb |
Create an extension card holder consisting of five identical units repeated every 20mm along the y-axis. Each unit begins with a rectangular block measuring 15mm wide, 9mm deep, and 10mm high. Carve a horizontal slot through the top of this block for a PCB, with a thickness of 1.7mm and a depth of 8mm, starting from th... | $outerx=15;
$outery=9;
$outerz=10;
$pcbthickness=1.7;
$pcbdive=8;
$mounty=11;
$mountx=8;
$mountz=3;
$bore=3;
$numholder=5;
$notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
lh = 3,
ds = 3.2,
)
{
union() {
cylinder(h=lh, r1=dh/2, r2=ds/2, $fn=12);
cylinde... | glb/cad_f817ae19096d.glb |
Create an extension card holder for PCBs. Start with a base rectangular block 60mm wide, 9mm deep, and 3mm high. At the front end, add a vertical wall 7mm wide and 15mm high. Along the top surface, carve a longitudinal slot 1.9mm wide and 1.5mm deep that runs from the front wall through to the back of the block to acco... | $outerx=60;
$outery=9;
$outerz=3;
$socketholdhigh=15;
$socketheadoffset=3;
$socketthickness=8;
$pcbthickness=1.9;
$pcbdive=1.5;
$pcbheadwall=4;
$smdheight=1;
$mounty=11;
$mountx=8;
$mountz=3;
$bore=3;
$numholder=1;
$notchdiameter=2;
module screw_sunk(
l=20,
dh = 6,
lh = 3,
ds = 3.... | glb/cad_01b9d0190782.glb |
Create an extension card holder consisting of six identical repeating units spaced 20.6mm apart along the Y-axis. Each unit begins with a base rectangular block measuring 109.1mm in length, 9.6mm in width, and 3mm in height.
On the top surface of each base block, centered along the width, create a rectangular cutout ... | $outerx=109.1;
$outery=9.6;
$outerz=3;
$socketholdhigh=50;
$socketholdwidth=5;
$socketheadoffset=2.5;
$socketheadwidth=6;
$socketthickness=7;
$slotoffset=2;
$vgouterz=6;
$vginnerx=89.1;
$vginnery=11.1;
$vginnerz=6;
$vgwall=2;
$vgoffset=5.5;
$vgouterx=$vginnerx + 2 * $vgwall;
$vgoutery=$vginnery + 2 * $vgwall;
$dole... | glb/cad_9af568ce9b8d.glb |
Create an Ikea Skadis Ring holder consisting of a flat backplate and two conical pegs. Start by creating a rectangular backplate that is 60mm wide, 20mm deep, and 2.5mm thick, with slightly rounded corners. On the face of this plate, integrate two mounting pegs designed for a Skadis board; these should be positioned to... | use <../skadis_peg.scad>
number_of_ring_stacks = 2;
distance_of_stacks = 30;
stack_base_width = 20;
stack_top_width = 10;
stack_height = 30;
plate_thickness = 2.5;
backplate_height = 18;
width = distance_of_stacks*number_of_ring_stacks;
num_of_pegs = floor((width-5)/40)+1;
shift = (width-((num_of_pegs-1)*40))/2;
ec... | glb/cad_53be607a2084.glb |
Create a rotary lamp switch knob with a total radius of 21mm. The object consists of a central socket and an outer grip.
First, construct the socket. Create a hollow cylinder with a height of 11mm. The inner radius should taper slightly from 2.9mm at the bottom to 2.85mm at the top. Inside this socket, add six cylindr... | $fa = 1;
$fs = 0.4;
d = 0.01;
socket_bot = 9;
socket_height = 11;
socket_inner_radius_bot = 2.9;
socket_inner_radius_top = 2.85;
child_finger_radius = 5;
knob_radius = 21;
knob_bot = 3;
perim_thickness = 1.5;
top_thickness = knob_radius/10;
knob_height = socket_height + (socket_bot - knob_bot);
module triangle(rad... | glb/cad_8564eb9745b6.glb |
Create a rotary lamp switch knob. Start by constructing a central socket with a height of 11mm. The socket should have a tapered internal cavity, narrowing from a bottom radius of 2.9mm to a top radius of 2.85mm. Inside this socket, add six small cylindrical teeth distributed every 60 degrees around the inner wall to p... | $fa = 1;
$fs = 0.4;
d = 0.01;
socket_bot = 9;
socket_height = 11;
socket_inner_radius_bot = 2.9;
socket_inner_radius_top = 2.85;
child_finger_radius = 5;
knob_radius = 16;
num_finger_holds = 5;
knob_bot = 3;
perim_thickness = 1.5;
top_thickness = knob_radius/10;
knob_height = socket_height + (socket_bot - knob_bot)... | glb/cad_2ac537ce029b.glb |
Create a functional model of a European railway screw coupler.
Start with a rectangular base plate measuring 80mm x 50mm x 3mm. Centered on this plate, place a rectangular beam (the buffer beam) measuring 80mm x 10mm x 10mm.
Position two buffer assemblies on opposite sides of the beam. Each assembly consists of a c... | $fn=90;
translate([0,40,-40])cube([80,50,3],center=true);
translate([0,50,0])cube([80,10,10],center=true);
translate([0,50,-10])cube([10,10,30],center=true);
translate([-35,25,0])rotate([90,0,0])cylinder(d=10,h=45,center=true);
translate([-35,40,-17.5])cube([10,30,45],center=true);
translate([35,40,-17.5])cube([10,30,... | glb/cad_42cf0787eba3.glb |
Create a functional model of a European railway screw coupler. Start with a rectangular base plate measuring 80mm by 50mm by 3mm. Centered on this plate, place a rectangular beam measuring 80mm by 10mm by 10mm.
Construct two identical buffer assemblies positioned at the ends of the plate. Each assembly consists of a b... | $fn=90;
translate([0,40,-40])cube([80,50,3],center=true);
translate([0,50,0])cube([80,10,10],center=true);
translate([0,50,-10])cube([10,10,30],center=true);
difference(){
translate([-35,11,0])rotate([90,0,0])cylinder(d=12,h=18,center=true);
translate([-35,11,0])rotate([90,0,0])cylinder(d=10,h=18.2,center=tru... | glb/cad_a96ef55ae2ec.glb |
Create a functional model of a European railway screw coupler and buffers.
First, construct the wagon face: create a base plate 80mm wide, 50mm deep, and 3mm thick. Centered on this plate, add a rectangular beam (Bohle) measuring 80mm by 10mm by 10mm. In the center of the beam, create a draw hook consisting of a 10mm... | $fn=90;
translate([0,40,-40])cube([80,50,3],center=true);
translate([0,50,0])cube([80,10,10],center=true);
translate([0,50,-10])cube([10,10,30],center=true);
difference(){
translate([-35,11,0])rotate([90,0,0])cylinder(d=12,h=18,center=true);
translate([-35,11,0])rotate([90,0,0])cylinder(d=10,h=18.2,center=tru... | glb/cad_745f7f287f6c.glb |
Create an ink vial insert by starting with a rectangular base measuring 108mm in width, 66mm in depth, and 2mm in height. In this base, create a grid of 15 circular holes to hold vials. The grid should consist of 5 holes along the width and 3 holes along the depth. Each hole must have a radius of 9mm. Position these ho... | function separation (vial_radius,vial_cap_diameter,length) = (((length/(floor(length/vial_cap_diameter)))-(vial_radius*2))/2);
module perforation (vial_radius,separation_x,separation_y,tray_width,tray_depth,tray_height){
for(i=[vial_radius+x_axis_s:(vial_radius*2)+(x_axis_s*2):tray_width]){
for(j=[vial_r... | glb/cad_4ef084a654ac.glb |
Create a Rhombic Dodecahedron Trellis by constructing a repeating lattice of interconnected rods. Each rod is formed by the convex hull of two spheres with a radius of 4mm, creating a cylinder with rounded ends. The structure is based on a rhombic dodecahedron geometry where the primary side length is 50mm.
Arrange t... | rhside=50;
rodrad=4;
fine=16;
nhoriz=2;
nvert=3;
scal=80;
scale([.01*scal,.01*scal,.01*scal])intersection(){
translate([-1*rhside*2,-1*rhside*2,0])cube([(rhside*nhoriz*2*sqrt(2)),(2*rhside*nhoriz*sqrt(2)),((2*nvert)-2)*rhside]);
union(){
for(j=[0:.5*rhside*sqrt(2):(nhoriz-1)*(rhside*sqrt(2))]){
for(g=[0:2*rhside... | glb/cad_62ef535f5181.glb |
Create a Lezyne 500XL Endcap, a protective cap with a total height of 12mm and a base width of 34.52mm. The main body is a tapered block with a base measuring 19.58mm by 19.58mm and a top surface measuring 14.7mm by 14.7mm. The sides transition from the base to the top using a hull-like geometry that incorporates round... | $fn = 50;
module outline() {
translate([0,1,0])hull(){
translate([0,19,0])square([14.70,2],center = true);
translate([0,19/2,0])square([34.52,1],center = true);
square([19.58,2],center = true);
translate([8.75,8.5,0])scale([0.9,1,1])circle(9.5);
translate([6.8,9.5,0])scale(... | glb/cad_27939e5df8b6.glb |
Create a reusable filament spool consisting of two identical side discs and three cylindrical hubs.
For each side disc, create a circular plate with a diameter of 200mm and a thickness of 5mm. Hollow out the center with a concentric ring starting from a diameter of 55mm to an inner diameter of 184mm. Within this ring... | rim_pillars = 6;
rim_pillar_width = 12;
zip_tie_slots=true;
zip_tie_slot_width = 14;
LAYER_HEIGHT = 0.2;
spool_d = 200;
hub_od = 85;
hub_id = 55;
bolt_d = 71;
M3 = [5.95, 3.2, 3.6];
rim_width = 8;
spool_id = spool_d - 2 * rim_width;
$fa= $preview? 6 : 1;
$fs= $preview? 1 : 0.4;
difference() {
render()
... | glb/cad_92f1273b45c8.glb |
Create a Customizable Reusable Spool consisting of two circular side plates and three hub connectors.
For the two side plates, create a circular disk with a diameter of 81.5mm and a thickness of 30mm. In the center of each disk, remove a cylindrical core with a diameter of 76.95mm and a height of 22mm to create a rec... | respooling_holes = false;
use_nuts = true;
threaded_insert_pilot_hole = 5;
length = 60;
hub_id = 81.5;
bolt_d = 71;
width = 44;
$fa=1;
$fs=0.4;
m3_bolt_diameter = use_nuts? 3.6 : threaded_insert_pilot_hole;
symmetry()
difference() {
linear_extrude(length/2)
intersection() {
ring(bolt_d-... | glb/cad_aa3d49f4b503.glb |
Create a Parametric Rod Support by constructing a tapered conical body with a total height of 40mm. The base should be a cylinder with a diameter of 80mm and a height of 10mm, while the top surface is a smaller circle with a diameter of 40mm. Use a hull operation to create a smooth transition between the base and the t... | height = 40;
base_diameter = 80;
top_diameter = 40;
base_height = 10;
hole_diameter = 30;
hole_depth = 100;
screws_count = 3;
screw_diameter = 4;
screw_head_diameter = 10;
screw_head_height = 2;
screw_hole_thickness = 3;
rod_fillet_radius = 1;
top_fillet_radius = 1;
base_fillet_radius = 1;
$fs = 0.1;
$fa = 5;
modu... | glb/cad_7887b9474f06.glb |
Create a brush holder consisting of two stacked hexagonal prisms. Start with a base hexagonal prism that is 22mm in diameter (measured across the vertices) and 5mm high. Centered on top of this base, add a second, smaller hexagonal prism that is 12mm in diameter and 5mm high. Bore a vertical hole through the center of ... | base_diameter = 22;
base_height = 5;
top_diameter = 12;
top_height=5;
rod_diameter = 3.5;
rod_inlay_height = 2;
rod_inlay_diameter = 8;
difference()
{
union()
{
cylinder(h = base_height, d = base_diameter, $fn = 6);
translate([0, 0, base_height])
cylinder(h = top_height, d = top_diamet... | glb/cad_c6bd8ab21a3c.glb |
Create a set of universal mounting pins arranged in a grid of 2 columns and 3 rows. Space the pins 32mm apart along the x-axis and 50mm apart along the y-axis.
Each individual pin consists of a central cylindrical shaft with a total height of 7mm. The base of each pin starts with a flat, circular brim 5mm in diameter ... | $fs = $preview ? 0.5 : 0.1;
$fa = $preview ? 12 : 6;
num_x = 2;
num_y = 3;
step_x = 32;
step_y = 50;
height = 7;
d = 5;
d_i = d - 1.5;
d_o = d + .2;
brim = 5;
brim_height = 0.2;
eps = $preview ? .01 : 0;
for(x = [0:num_x - 1]) {
for(y = [0:num_y - 1]) {
translate([x * step_x, y * step_y, 0]) {
s... | glb/cad_5adebf1386c7.glb |
Create an LED light bracket designed to hold a 16x16mm aluminum extrusion at a 45-degree angle. Start by constructing a base plate that is 24mm wide, 17mm deep, and 2mm thick. In the center of this base, create a circular hole with a diameter of 3.2mm that passes completely through the plate.
Attached to the base, bu... | $fn=100;
difference()
{
cylinder(10,2.5,2.5, true);
cylinder(10,1.6,1.6, true);
rotate([0,0,90])
{
cube([5,1,10], true);
}
}
difference()
{
translate([5,0,6])
{
cube([24,17,2],true);
}
translate([0,0,6])
{
cylinder(2,1.6,4,true);
}
}
translate([16,0,... | glb/cad_fe05c2e1804f.glb |
Create a Prusa MINI camera mount consisting of a webcam foot and a printer fixation arm connected by a joint.
First, construct the webcam foot as a rectangular plate 29mm wide, 20mm deep, and 6mm thick. Add a central vertical slot 10mm wide and 14mm high to accommodate a joint.
Second, create the printer fixation ar... | screwDiameter = 5;
screwHeadHeight = 3;
screwHeadDiameter = 10;
screwLengthWithHead_x20 = 20;
nutHeadHeight = 4;
nutOuterDiameter = 9;
screwHeadDiameterOffset = 4;
screwHeadDiameterWithOffset = screwHeadDiameter + screwHeadDiameterOffset;
innerJointWidth = 10;
outerJointWidth = innerJointWidth + screwHeadHeight + nu... | glb/cad_9d842e1885e0.glb |
Create a case for an ESP8266 Pixel Controller consisting of a main box and a separate lid. The main box is a rectangular shell with outer dimensions of 50mm width, 60.2mm length, and 26mm height, featuring walls 2mm thick. The interior cavity is 46mm by 56.2mm by 25mm. On the front face, create a centered rectangular c... | $fs=0.25;
$fa=2.5;
$case_width=46;
$case_length=56.2;
$case_height=25;
$case_thickness=2;
$mount_length=10;
$mount_height=3;
$mount_space=5;
$mount_diameter=3;
$pcb_width=40;
$pcb_thickness=1.54;
$pcb_holder_height=3;
$pcb_holder_diameter=5;
$pcb_holder_hole=1.9;
$pcb_holder1_x=2.5;
$pcb_holder1_y=2.5;
$pcb_holder... | glb/cad_c11203c536ae.glb |
Create a DIN rail mount for a PC817 optocoupler module. Start by creating a base plate that is 33mm long, 42mm wide, and 4mm thick. In the center of this plate, remove a rectangular block measuring 17mm by 24mm with a height of 4mm to create a central cutout.
At each of the four corners of the base plate, add a cylin... | $fs=0.5;
$fa=5;
DIN_WIDTH = 17 * 1;
PCB_HOLDER_LENGTH = 33;
PCB_HOLDER_WIDTH = 42;
PCB_HOLDER_THICKNESS = 4;
PCB_MOUNT_X_DISTANCE = 23;
PCB_MOUNT_Y_DISTANCE = 32;
PCB_MOUNT_THICKNESS = 2;
PCB_MOUNT_SCREW_DIA = 2.9;
PCB_MOUNT_OUTER_DIA = 5;
PCB_HOLE_LENGTH = (PCB_MOUNT_X_DISTANCE*2)-PCB_HOLDER_LENGTH;
PCB_HOLE_WIDT... | glb/cad_461c835433a6.glb |
Create a rain gauge wall mount consisting of a base plate and a perpendicular holding plate. Start with a rectangular base plate measuring 145mm x 55mm x 3mm. On this base, add two raised rectangular sections for drainage and cable routing, each measuring 26mm x 46mm x 6mm; position the first at x=13.5mm, y=4.5mm and t... | $fs=0.25;
$fa=2.5;
union() {
difference() {
union() {
cube(size = [145, 55, 3], center = false);
translate([13.5, 4.5, 0]) {
cube(size = [26, 46, 6], center = false);
}
translate([105.5, 4.5, 0]) {
cube(size = [26, 46, 6], ce... | glb/cad_54f60f33628b.glb |
Create a wheel chock by starting with a solid rectangular block measuring 65mm in length, 43mm in width, and 32.5mm in height. From this block, remove a semi-cylindrical volume to create a concave trough. This cutout should be a cylinder with a diameter of 65mm and a length of 45mm, centered along the width of the bloc... | WheelDiameter = 65;
WheelThickness = 43;
WallThickness = 4;
difference() {
cube([WheelDiameter,WheelThickness,1/2*WheelDiameter]);
$fn = $preview ? 0 : 1000; rotate([90,0,0]) translate([1/2*WheelDiameter,1/2*WheelDiameter+WallThickness,-WheelThickness-1]) cylinder(WheelThickness+2,1/2*WheelDiameter,1/2*WheelD... | glb/cad_c47701a3784a.glb |
Create a watercolor palette insert consisting of a flat rectangular base plate and six parallel divider walls. The base plate must be 205mm long, 104mm wide, and 2mm thick.
Position six walls along the width of the plate, spaced 19mm apart from center to center. Each wall should be 1.5mm thick, 205mm long, and 13mm h... | module wall (x,y,z){
wall_h=x;
wall_w=y;
wall_l=z;
cube([wall_w,wall_l,wall_h]);
cyl_height=wall_l;
cyl_radius=wall_w;
$fn=200;
translate([cyl_radius/2,0,(wall_h+cyl_radius)-1])
rotate([-90,0,0])
cylinder(cyl_height,cyl_radius, cyl_radius);
};
walls=6;
wall_distance=19;
plate_lenght=205;
plate_heig... | glb/cad_52ea3dfeb5dd.glb |
Create a Makita battery Skadis mount consisting of a hollow holder and integrated wall hooks.
First, construct the main holder body. Create a hollow shell with a wall thickness of 3mm. The interior cavity should be 41mm wide and 38mm deep. The height of the interior cavity varies: the center section is 41mm high, whi... | $fs = $preview ? 1 : 0.5;
$fa = $preview ? 3 : 1;
INSERT_W = 41;
INSERT_D = 38;
INSERT_CENTER_H = 41;
INSERT_EDGE_H = 37;
CENTER_BULGE_DIAM = 24;
SIDE_BULGE_DIAM = 21.5;
WALL = 3;
OUTER_W = INSERT_W + 2*WALL;
OUTER_D = INSERT_D + 2*WALL;
OUTER_H = INSERT_CENTER_H + WALL;
OVERHANG = 6;
union()
{
part_holder();
... | glb/cad_710543f80b64.glb |
Create a Dish Drying Rack consisting of 13 rectangular slats, each 200mm long, 10mm wide, and 12mm thick. The slats are arranged in an alternating pattern of "outer" and "inner" slats to create a collapsible scissor-like structure.
Position the slats such that they are spaced 4mm apart. For the outer slats (the 1st, 3... | $fn=64;
H=12;
slatW=10;
slatL=200;
slatNr=13;
ang=120;
hingeOD=H*1.5;
hingeID=H*0.75;
hingeZpos=hingeID*0.1;
hingePos=slatL/2*0.5;
rnd=1;
gap=4;
hh=hingeID-hingeZpos;
l1=hingePos;
l2=slatL-hingePos;
addspace=max(sqrt(hh^2+l1^2)-l1,sqrt(hh^2+l2^2)-l2);
space=0.3;
endW=8;
endH=(H-space)/2;
overlap=0.1;
module ... | glb/cad_7621aa14b169.glb |
Create a Dish Drying Rack consisting of a series of interlocking slats. The rack uses 9 slats in total, each with a length of 180mm, a width of 10mm, and a height of 12mm. These slats are arranged in an alternating pattern of "outer" and "inner" slats.
The outer slats are positioned at the ends and in the middle of th... | $fn=64;
H=12;
slatW=10;
slatL=180;
slatNr=9;
ang=110;
hingeOD=H*1.5;
hingeID=H*0.75;
hingeZpos=hingeID*0.1;
hingePos=slatL/2-hingeOD*2.5;
rnd=1;
gap=4;
hh=hingeID-hingeZpos;
l1=hingePos;
l2=slatL-hingePos;
addspace=max(sqrt(hh^2+l1^2)-l1,sqrt(hh^2+l2^2)-l2);
space=0.3;
endW=8;
endH=(H-space)/2;
overlap=0.1;
... | glb/cad_73614ed41877.glb |
Create a keyboard stand foot by starting with a rectangular base measuring 21.3mm in length, 16.5mm in width, and 3mm in height. At one end of this base, attach a cylinder with a radius of 1.5mm and a length of 20.6mm, oriented horizontally so that it extends along the length of the base. From this combined volume, rem... | difference() {
union() {
rotate([90,0,0])
translate([21.3, 1.5, -21.3])
cylinder(h = 20.6, r=1.5, $fs=50, $fn=50);
translate([0, 2, 0])
cube([21.3, 16.5, 3]);
translate([18.8, 1.7, 1.5])
cube([2.5,0.7,1.3], center = true);
translate([18.8, 18.8, 1.5])
cube([2.5,0.7,1.3], center = true);
}
union() {
translate([9.7, 5... | glb/cad_cc10a930937d.glb |
Create a tic-tac-toe board by starting with a solid square base measuring 116mm by 116mm with a height of 4mm. Carve out a 3x3 grid of square recessed pockets, each measuring 27mm by 27mm and 2mm deep. The pockets should be separated by walls that are 2mm thick, including a 2mm thick outer border around the entire peri... | tileSize = 27;
borderWidth = 2;
difference()
{
translate([-borderWidth, -borderWidth, -0.01]) cube([4*borderWidth + 3 *tileSize, 4*borderWidth + 3 *tileSize, 2*borderWidth]);
translate([0, 0, borderWidth])
{
for(x =[0:2])
{
for(y=[0:2])
{
translate([... | glb/cad_c79cc8855c99.glb |
Create a ghost-shaped figure by combining a cylinder and a sphere. Start with a cylinder that has a diameter of 10mm and a height of 15mm. Place a sphere with a diameter of 10mm directly on top of the cylinder so that the sphere's center is at the top edge of the cylinder.
Hollow out the center of the figure by remov... | $fn = 50;
hight = 20;
diameter = 10;
wall = 1.5;
clearance = 2*3;
faceSize = 1;
eyeDistance = 3 * faceSize;
module ghost(hight, diameter, wall, faceSize)
{
eyeDistance = 3 * faceSize;
difference(){
union() {
translate([0, 0, hight - diameter/2]) sphere(d=diameter);
cylinder(h... | glb/cad_fbd0b2333f22.glb |
Create a storage box with external dimensions of 40mm height, 90mm width, and 90mm depth. The box consists of five walls—a base and four sides—each with a thickness of 5mm. Every wall must feature a decorative honeycomb pattern composed of hexagonal holes with a diameter of 6mm. Each wall should have a solid 5mm border... | height = 40;
width = 90;
depth = 90;
cutout_h = 30;
cutout_w = 40;
module honeycomb(diameter, h, w, thickness = 10) {
for(a=[0:ceil(h/diameter / (5/6))]) {
for(b=[0:ceil(w / diameter)]) {
offset = a % 2 == 0 ? 1 : 0;
translate([a * diameter * 5/6, offset * diameter / 2 + b * diamete... | glb/cad_fc7cc00f0a70.glb |
Create a display stand by constructing a hollow, angled frame. Start with two parallel rectangular arms, each 84mm long, 10mm wide, and 10mm thick, positioned 68mm apart. Connect these arms at one end with a perpendicular rectangular block measuring 10mm wide, 73mm long, and 10mm thick to form a U-shaped cradle.
Insi... | $fn=50;
module display() {
difference() {
cube([88, 62, 3]);
}
}
rotate([45, 0, 0]) {
difference() {
union() {
translate([-5, -5, -5]) cube([84, 10, 10]);
translate([-5, 58, -5]) cube([84, 10, 10]);
translate([-8, -5, -5]) cube([10, 73, 10]);
}
display();
}
}
translate([-8, -5, -8]) cube([87, ... | glb/cad_bad74cb5ed83.glb |
Create a case for a USB Armory PCB. Start by constructing a rectangular base block measuring 24mm wide, 57.5mm long, and 6mm high. From this base, remove a central rectangular cavity to house the PCB, leaving walls that are approximately 2mm thick. Ensure the internal cavity is 20.1mm wide and 54.9mm long with a depth ... | difference() {
union() {
translate([-2, -2, -4])cube([24,57.5,6]);
translate([-1, -1, 2])cube([22,1,1]);
translate([-1, -1, 2])cube([1,55.7,1]);
translate([20.1, -1, 2])cube([1,55.7,1]);
}
union() {
translate([3.8, 0, 0]) cube([12, 66.8, 2]);
cube([20.1, 54.9, 2]);
difference() {
translate([0.1, 0.... | glb/cad_b53ae9ad367d.glb |
Create a case for a USB Armory PCB. The main body is a rectangular shell with a total outer dimension of 24mm width, 57.5mm length, and 4mm height. Hollow out the interior to accommodate the PCB, creating a cavity that is 20.1mm wide and 54.9mm long with a depth of 2mm.
Include specific cutouts for components: at the... | module gear_tooth_2d(d) {
polygon( points=[
[0.0,10.0*d/72.0], [0.5*d,d/15.0],
[0.5*d,-d/15.0], [0.0,-10.0*d/72.0] ] );
}
module oshw_logo_2d(d=10.0) {
rotate(-135) {
difference() {
union() {
circle(r=14.0*d/36.0,$fn=20);
for(i=[1:7]) assign(rotAngle=45*i+45)
rotate(rotAngle) gear_tooth_2d(d)... | glb/cad_082f6e65d06c.glb |
Create a Commodore 64 Cassette Interface Housing. Start with a main rectangular block measuring 36mm wide, 53mm long, and 18mm high. Hollow out the center to leave walls 1mm thick, creating an internal cavity of 34mm by 51mm by 16mm.
On the front face, center a circular hole with a 5mm diameter that passes through th... | use <threads.scad>
cube_width=34;
cube_height=16;
cube_length=51;
wall_width=1;
pcb_slit=12;
slit_height=-3;
jack_pos=(((cube_length/2)-1))-41;
cylinder_detail=40;
screw_neg_len=10;
screw_off=-5;
screw_diam=4;
screw_pitch=0.7;
module copy_mirror(vec=[0,1,0])
{
children();
mirror(vec) children();
}
rotate(... | glb/cad_c9328363975c.glb |
Create a minimal fan mount bracket. Start with a central rectangular backplate measuring 88.5mm wide, 20mm high, and 1mm thick. At the top center of this plate, remove a semi-circular cutout with a diameter of 92mm and a depth of 1mm, offset slightly from the top edge by 1.5mm.
Position two M4 self-tapping screw holes... | include <BOSL2/std.scad>
include <BOSL2/screws.scad>
include <BOSL2/rounding.scad>
$fn=50;
module minimal_fan_mount (fan_diameter=92, hole_spacing=82.5, fan_thick=14, back_height=20, back_offset=1.5, back_thick=1, tray_thick=2, tray_hole_edge_offset=20, feet=false, foot_height=10, foot_width=6, foot_depth=6) {
b... | glb/cad_5ce63db2dfae.glb |
Create a focuser tube for a Newtonian telescope. Start by constructing a hollow cylinder with an outer diameter of 39.9mm, an inner diameter of 36mm, and a total length of 94.2mm. At the top end of this cylinder, create an internal metric thread with a diameter of 39.9mm and a pitch of 8/7, extending 5.5mm deep into th... | $fn = 120;
rack_length = 87.5;
rack_height = 2.8;
rack_width = 5.5;
tube_length = 94.2;
tube_OD = 39.9;
tube_ID = 36;
thread_length = 5.5;
use <threads.scad>
module rack(){
include <rack_module_v2.scad>;
}
module hollow_cylinder_with_thread(){
difference(){
outer_cylinder_with_thread();
translate([0,... | glb/cad_db84d7a28b6f.glb |
Create a small rectangular storage box with a sliding lid designed to hold two refills. For the main body, create a solid rectangular block with overall dimensions of 39.2mm in width, 42.6mm in depth, and 22.2mm in height. Hollow out the center of this block to create a cavity starting 1.6mm from the bottom; this inter... | sirka_naplne = 17;
vyska_naplne = 17;
prumer_naplne = 17;
delka_naplne = 35.4;
pocet_naplni = 2;
sirka_steny = 2.6;
fudge = 1;
drazka_na_viko = 0.6;
vyska_vika = 1.6;
vymezeni_vika = 0.2;
vyska_dna = 1.6;
sirka_vika = pocet_naplni*prumer_naplne+2*drazka_na_viko-vymezeni_vika;
odsazeni_na_viko = 2*vyska_vika+fudge;
di... | glb/cad_a6e76f20c90c.glb |
Create a USA pánvička prkýnko by constructing a flat, solid plate with a thickness of 1mm. The shape is formed by the convex hull of two overlapping circles, each with a radius of 80mm. Position the first circle such that its center is at coordinates (80, 0, 0) and the second circle such that its center is at (120, 0, ... | polomer_elipsy = 80;
odsazeni_kruhu = 40;
vyska_prkenka = 1;
obrys = 10;
hull()
{
union()
{
linear_extrude(vyska_prkenka)
translate ([polomer_elipsy,0,0])
circle (polomer_elipsy, $fn=128);
linear_extrude(vyska_prkenka)
translate ([polomer_elipsy+odsazeni_kruhu,0,0])
circle (polomer_elipsy, $fn=128);
}
} | glb/cad_7dc3d6d857c6.glb |
Create a supermarket trolley token for a 10 CZK coin. Start by constructing a base that consists of a cylinder with a diameter of 24.5mm and a height of 2.6mm, centered at coordinates (0, 20, 0). Attach a rectangular handle to this cylinder, measuring 30mm in length, 10mm in width, and 2.6mm in height, extending from t... | font = min(40/4, 5);
difference ()
{
union(){
translate ([0,20,0])
cylinder (d=24.5, h= 2.6, $fn=60);
translate ([0,15,0])
cube ([30,10,2.6]);
translate ([30,20,0])
cylinder (d=10, h=2.6, $fn=60);
}
union(){
translate ([0,25,0])
#cube([15,15,3]);
translate ([0,3,0])
#cube([15,12,3]);
translate ([30,20,0]... | glb/cad_543fcc053b78.glb |
Create a Promanum holder by constructing a hollow rectangular box with an outer length of 75mm, a width of 65mm, and a maximum rear height of 100mm. The walls should be 2.4mm thick. The front wall is shorter, at 80mm high, creating a sloped top edge that rises from the front to the back. The interior is hollowed out, l... | delka = 75;
sirka = 65;
vyska_predek = 80;
vyska_zadek = 100;
dira = 3;
tryska = 0.4;
sirka_steny = 6*tryska;
fudge = 1;
delka_sikme = sqrt(sirka*sirka+(vyska_zadek-vyska_predek)*(vyska_zadek-vyska_predek));
rozdil_zadek = vyska_zadek - vyska_predek;
difference()
{
cube ([delka,sirka,vyska_zadek]);
translate([sir... | glb/cad_a7bf03d7ba3d.glb |
Create a parametric closing box consisting of a bottom base and a matching lid. For the bottom part, create a solid rectangular base plate measuring 33.2mm by 33.2mm with a thickness of 1.6mm. Centered on this plate, build a hollow rectangular enclosure with outer dimensions of 30mm by 30mm and a height of 20mm, leavin... | delka = 30;
sirka = 30;
vyska_telefon = 20;
vyska_s_obalem = 20;
sirka_steny = 1.6;
odsazeni_na_viko = 1.6;
fudge = 2;
odsazeni_krabicek = 2*sirka_steny+2*odsazeni_na_viko+sirka+4*fudge;
tryska = 1;
pulka_krabicky = (2*sirka_steny+2*odsazeni_na_viko+delka)/2 ;
dira_na_nehet = 12;
difference()
{
union()
{
cube([2*... | glb/cad_6b06f194b75a.glb |
Create a replacement leg brace for a telescope stand. The main body is a block with a height of 50mm, a width of 39mm, and a length of 77mm.
The top of the block features a large central opening that is 33mm wide and 43mm long with a wall thickness of 3mm. This opening is shaped by the intersection of two arcs with a... | $fn = 80;
anInch = 25.4;
outer_arc_radius = 28;
inner_arc_radius = 24;
foot_width = 39;
foot_length = 77;
foot_height = 50;
wall_thickness = 3;
opening_width = 33;
opening_length = 43;
opening_thickness = 3;
dividing_nub_diam = 3;
reinforcing_wall_thickness = 4;
reinforcing_wall_width = 9.5;
nut_width = 13.6;
nut_thic... | glb/cad_0200f0162038.glb |
Create a Fractal Star fidget by constructing a series of concentric, nested star-shaped rings. The overall model has a maximum radius of 100mm and a total height of 10mm. Each ring is formed by the difference between two 4-sided polygonal shapes (square prisms) that are rotated 22.5 degrees relative to one another.
Fo... | radius = 100;
height = 10;
numberOfStarPoints = 8;
numberOfSides = numberOfStarPoints/2;
starRotation = 360/(2*numberOfSides);
sectionSpacing = 1.5;
bevelSize = 3;
lineThickness = 1;
numberOfSections = radius/(lineThickness+sectionSpacing);
$fn = numberOfSides;
module bevelledNGon(radius, height, numberOfSides, bevel... | glb/cad_d1acb299fbc5.glb |
Create a filament swatch divider. Start with a base rectangular plate measuring 79.5mm wide, 30mm high, and 2.2mm thick. Apply a corner radius of 5mm to all four corners of this plate.
On the top surface, center a raised text label that reads "good". The text should be embossed to a height of 1.1mm.
To add functiona... | texttop_predefined="good";
texttop_configurable="";
fontname="Aldo";
w=79.5;
h=30;
th=2.2;
round=5;
wall=2;
r_hole=2;
r_indent=2;
label_w=w/2;
label_h=th*2+1;
texttop=(texttop_configurable==""?texttop_predefined:texttop_configurable);
$fn=48;
font_recessed=1.5;
module write_text_on_top(texttop,x,y,z,dist)... | glb/cad_425521c5cf24.glb |
Create a customizable filament swatch divider. Start with a base rectangular plate measuring 79.5mm wide, 30mm high, and 2.2mm thick. Apply a corner radius of 5mm to all four corners of this plate.
On the top surface, center the text "bad" (or a custom string) using a bold sans-serif font. The text should be embossed ... | texttop_predefined="bad";
texttop_configurable="";
fontname="Aldo";
w=79.5;
h=30;
th=2.2;
round=5;
wall=2;
r_hole=2;
r_indent=2;
label_w=w*.8;
label_h=th*2+1;
texttop=(texttop_configurable==""?texttop_predefined:texttop_configurable);
$fn=48;
font_recessed=1.5;
module write_text_on_top(texttop,x,y,z,dist)... | glb/cad_c6c5230e1693.glb |
Create a Girl Scouts Trefoil Coaster by starting with a base cylinder 105mm in diameter and 5.8mm high. Add a rounded rim to the outer edge by rotating a 4.5mm radius circle around the center at a distance of 48mm from the axis, with the circle's center offset 8.5mm vertically.
Carve a central depression into the top... | Upper_Logo = "trefoil1.dat";
Coaster_diameter = 105;
Base_thickness = 5.8;
Depression_diameter = 95;
Depression_depth = 20;
Curve_radius = 24.00;
Coaster_radius=Coaster_diameter/2;
Depression_radius=Depression_diameter/2;
difference(){
union(){
translate([0,0,0])
cylinder(r=Coaster_radius,h=Base_... | glb/cad_557e9b4138eb.glb |
Create a Girl Scouts Trefoil Coaster by starting with a solid cylinder 105mm in diameter and 5.8mm thick. To form the cup depression, remove a central cylinder with a diameter of 95mm and a depth of 20mm, leaving a raised outer rim. Add a decorative curved profile to the underside of the rim by creating a torus-like ri... | Upper_Logo = "trefoil1.dat";
Lower_Logo = "trefoil1.dat";
Coaster_diameter = 105;
Base_thickness = 5.8;
Depression_diameter = 95;
Depression_depth = 20;
Curve_radius = 24.00;
Coaster_radius=Coaster_diameter/2;
Depression_radius=Depression_diameter/2;
difference(){
union(){
translate([0,0,0])
cyl... | glb/cad_7241ef0c32ab.glb |
Create a Tape Tab Buddy, which is a thin, rounded rectangular plate. The overall dimensions of the plate must be 45mm in width and 20mm in height. The thickness of the plate along the Z-axis should be 0.48mm. All four corners of the rectangle must be rounded with a radius of 4mm. Ensure the corners are smooth and the f... | Xwidth = 45;
Yheight = 20;
Zdepth = 0.48;
radius = 4;
max_radius = min(Xwidth, Yheight) / 2;
adjusted_radius = radius >= max_radius ? max_radius - 1 : radius;
if (radius >= max_radius) {
echo("Error: radius is too large! Adjusting radius to:", adjusted_radius);
color([1, 0, 0]) {
translate([0, 0, Z... | glb/cad_ac309018e46f.glb |
Create a water tight test tube bud vase consisting of two separate parts: a test tube and a holder.
For the test tube, create a hollow cylinder with an outer diameter of 14mm and a total height of 76mm. The walls should be 2mm thick. At the base of the cylinder, add a flat circular rim (lip) that extends the diameter... | $fn=128;
ttd=14;
ttwt=2;
ttrt=1.5;
tth=76;
module supports(sh) {
color("red")translate([0, 0,sh])cube([14,0.5,0.5],center=true);
color("red")translate([0,+1.5,sh])cube([13,0.5,0.5],center=true);
color("red")translate([0,-1.5,sh])cube([13,0.5,0.5],center=true);
color("red")translate([0, +3,sh])cube(... | glb/cad_c714e051c629.glb |
Create a license plate sign consisting of a base plate and a raised border. Start by creating a white rectangular base with rounded corners of 5mm, a thickness of 3mm, and overall dimensions that accommodate the text with a 5mm outer rim. On top of this base, add a raised border with a thickness of 5mm and a height of ... | font = "Euro Plate";
fontSize = 60;
interline_Spacing = 5;
fontThickness = 1;
line1 = "AB CD";
line2 ="111";
plateThickness = 3;
rimSpacing = 5;
rimThickness = 5;
cornerRadius = 5;
line2Empty = line2 == "";
alg = line2Empty ? "center": "bottom";
interline = line2Empty ? 0 : interline_Spacing;
l1metrics = textmetri... | glb/cad_36a0b7b3cd78.glb |
Create a 4 Gang Zigbee Wall Button 18650 Upgrade adapter. Start with a main base plate measuring 86mm x 86mm x 1mm. On top of this base, center a battery box with outer dimensions of 94mm x 25mm x 23mm and rounded corners of 2mm. The interior of this box should be hollowed out to accommodate a battery, with a central c... | base_x=86;
base_y=86;
base_z=1;
assembly_base_x=base_x;
assembly_base_y=base_y;
assembly_base_z=5;
socket_x=77.6;
socket_y=82.7;
battery_x=76+0.5;
battery_y=21+0.5;
battery_z=21+0.5;
battery_box_x=base_x;
battery_box_y=battery_y+5;
battery_box_z=battery_z+4;
battery_box_bottom_thick=0;
battery_box2_x=battery_x+8;
b... | glb/cad_c36bcef60298.glb |
Create a fermentation bell consisting of two separate parts: a base and a cap.
For the base, create a solid cylinder with a radius of 36.83mm and a height of 2mm. Centered on top of this cylinder, add a hollow vertical tube with an outer diameter of 15.24mm and a wall thickness of 15.24mm, extending upwards to a tota... | include <shapes.scad>
mm_per_inch = 25.4;
rim_height = 0.256*mm_per_inch;
cap_height = 1.5*mm_per_inch;
bottom_thickness = 2;
jar_outside_radius = (2.9*mm_per_inch)/2;
rim_outside_radius = (2.75*mm_per_inch)/2;
rim_thickness = 0.24*mm_per_inch;
inside_well_height = cap_height-bottom_thickness;
inside_well_radius = ((... | glb/cad_64193d78df1d.glb |
Create a Bottle Rocket Tip and Guide by starting with a main ring that has an outer diameter of 82mm, an inner diameter of 76mm, and a height of 5mm. Centered on the outer edge of this ring, add a small cylindrical guide protrusion with a diameter of 16mm and a height of 5mm. This protrusion should be connected to the ... | $fn =200;
Bottle_Diameter = 76;
Wall_Thickness = 3;
Height = 5;
Render_Guide = true;
Guide_Diameter = 10;
Guide_Distance = 0;
Render_Fins = true;
No_Fins = 3;
Fin_Thickness = 1;
Fin_Slot_Depth = 10;
Fin_Rotation_Offset = 0;
difference(){
union(){
hull(){
cylinder(h = Height , d = Bottle_Diameter + ... | glb/cad_28a76f23a86f.glb |
Create a Bottle Rocket Tip and Guide by constructing a hollow, rotationally symmetric nose cone. The outer shell is formed by rotating a parabolic curve around the vertical axis; this curve starts at a peak height of 80mm at the center and curves down to a base diameter of 74mm. The interior is hollowed out by rotating... | $fn = 100;
innerDiameter = 40;
outerDiameter = 74;
outerHeight = 80;
innerHeight = 78;
mantleHeight = 1;
outerA = -outerHeight / ((outerDiameter/2)^2);
innerA = -innerHeight / ((innerDiameter/2)^2);
outer = [for(x = [outerDiameter/2 : 0])[x,outerA*(x^2)+outerHeight]];
inner = [for(x = [innerDiameter/2 : 0])[x,innerA*... | glb/cad_a8c2bcc66dff.glb |
Create a stylus clip for a phone mount. Start with a base support block that is 7.75mm wide and 3mm thick, featuring a centered hole with a diameter of 3.8mm passing through the thickness.
Attached to this base, create a C-shaped clip designed to hold a stylus with a diameter of 7.9mm. The clip walls should be 1.5mm ... | $fa=2;
$fs=0.25;
epsilon=0.01;
mnt_wid=7.75;
mnt_thk=3;
hole_dia=3.8;
hole_off=14+hole_dia/2;
stylus_dia=7.9;
tension=1;
clip_thk=1.5;
clip_len=12;
clip_hgt=mnt_wid;
sin45r=sin(45)/2;
r1=stylus_dia*sin45r;
r2=(stylus_dia+clip_thk)*sin45r;
translate([0, mnt_thk/2, mnt_wid/2]) {
rotate([90, 0, 0]) {
difference(... | glb/cad_a4b8cae9f8cc.glb |
Create a bed level test model consisting of a central disk and a surrounding square spiral, all with a uniform height of 0.2mm and a line width of 0.4mm. Start by placing a cylinder at the origin with a height of 0.2mm and a radius of 3.6mm. Around this center, construct a square spiral composed of five expanding conce... | fh=0.2;
fw=0.4;
circle_turns=18;
bound_x=232-2*fw;
bound_y=232-2*fw;
square_turns=5;
cylinder(fh,r=fw*circle_turns/2);
for(i=[1:square_turns]) {
translate([bound_x/2*i/square_turns-bound_x/2*1/square_turns,0,0]) rotate([0,0,90]) cube([bound_x/2*i/square_turns,fw,fh]);
translate([bound_x/2*i/square_turns-bou... | glb/cad_230af2b84a8c.glb |
Create a superelevation padding for a model train curve by extruding a right-angled triangle profile along a circular arc. The triangle profile should have a base width of 16mm, extending from an inner radius of 422.9mm to an outer radius of 438.9mm. The height of the triangle at its apex (the outer radius) should be 1... | $fn=180;
r = 430.9;
width = 16;
angle_deg = 15;
r1 = r-width/2;
r2 = r+width/2;
height = width/16;
module extruded_triangle_arc(r1, r2, angle_deg, height) {
triangle = [
[r1, 0],
[r2, 0],
[r2, height]
];
rotate_extrude(angle = angle_deg) {
polygon(points = triangle);
... | glb/cad_ae054167dd12.glb |
Create a K1 Max Rigid Bed Mount consisting of a square base with a central conical protrusion. The base is a 40mm by 40mm square with a height of 4mm and rounded corners with a 5mm radius.
In the center of the base, create a truncated cone that starts at a diameter of 20mm at the base height and tapers upward to a di... | $fn = $preview ? 32: 64;
H=4;
X=40;
Y=40;
radius=5;
top_D=8;
bot_D=20;
cone_H=6;
cone_offset=H;
pillar_H=2;
pillar_offset=H+cone_H;
cone_screw_D=4;
screw_inset=6;
screw_D=3;
screw_head=6;
screw_head_H=2;
nut_D=8;
nut_H=3;
spacer_D=15;
spacer_H=11;
magnet_D=15;
magnet_H=5;
magnet_base=2;
module roundBox(x, y, z... | glb/cad_61e542a4129e.glb |
Create a customizable spatula tool consisting of a handle and a blade.
First, create a handle that is 50mm wide, 16mm deep, and 2mm high. The top corners of the handle should be rounded. Subtract three circular holes from the handle, each with a diameter of 3mm, spaced evenly across the width.
Attached to the bottom... | $vpr=[90 - atan( sin( 45 ) ), 0, 45];
$vpd = 600 + 12;
Handle_width = 50;
Handle_depth = 16;
Handle_height = 2;
Handle_corner_precision = 360;
Straight_handle_connection = false;
Handle_holes = 3;
Handle_hole_diameter = 3;
Handle_hole_precision = 360;
Blade_width = 50;
Blade_depth = 100;
Blade_height = 1;
... | glb/cad_e9afaac8cd1d.glb |
Create a BMW N43 ignition coil puller tool. Start by constructing a hollow rectangular sleeve with outer dimensions of 37mm by 19mm by 46mm and a wall thickness of 4mm. The sleeve should be open at the bottom and have a rectangular cutout of 29mm by 15mm by 18mm removed from the center of the bottom opening to create a... | wall=4;
handle_length=75;
handle_width=70;
clip_size=[29,15,42];
cut=18;
echo(clip_size);
rotate([90,0,0]) {
difference() {
translate([0,0,0]) cube(clip_size+[2*wall,wall,wall]);
translate([wall,wall+1/100,wall+1/100]) cube(clip_size);
translate([2*wall,-1/100,-1/100]) cube([clip_size[0]-2*wall,clip_size[... | glb/cad_b1faf718c2a7.glb |
Create a fan shroud for a DevTerm processor module. Start by constructing a rectangular fan enclosure with outer dimensions of 34.4mm in length, 34.4mm in width, and 5.6mm in height. The walls of this enclosure are 2mm thick. Hollow out the center of the enclosure to a depth of 4.6mm, leaving a 1mm base. In the center ... | $fn = 50;
fan_w = 30.4;
fan_l = 30.4;
fan_h = 4.6;
fan_d = 21;
shroud_l = 25;
shroud_l1 = 3;
shroud_l2 = 11;
shroud_l3 = 3;
shroud_l4 = 8;
shroud_h1 = 4.6;
shroud_h2 = 7;
shroud_h3 = 1;
shroud_h4 = 2;
shroud_thickness = 1;
wall = 2;
translate([-fan_w-wall*2,0,0])fan_enclosure();
shroud();
module fan_enclosure(){
... | glb/cad_c51f3ec549f1.glb |
Create a set of fraction tower wedges, each based on a circular sector with a radius of 30mm and a height of 10mm. For each fraction from 1/1 to 1/10, create a wedge with an angular width equal to 360 degrees divided by the denominator. The profile of each wedge should feature a small rectangular notch removed from the... | $fs = 1;
$fa=2;
clearance = 0.5;
module wedge_profile (width=30, ht=10) {
difference(){
square([width, ht]);
translate([width*0.75 - clearance, -clearance])square(ht/4 + 2*clearance);};
translate([width*0.75-clearance/2, ht])square... | glb/cad_1d8f4d51d399.glb |
Create a PLCC Test Plug consisting of two stacked rectangular prisms. The base is a centered rectangular block measuring 11.43mm by 11.43mm with a height of 4.19mm. Centered on top of this base is a smaller rectangular block measuring 5.08mm by 5.08mm with the same height of 4.19mm.
From the combined structure, remove... | module plcc_plug(socket) {
socket_plugsizex = [ 0.2, 0.3, 0.4, 0.5, 0.6, 0.8, 1.0 ];
socket_plugsizey = [ 0.2, 0.3, 0.3, 0.5, 0.6, 0.8, 1.0 ];
socket_pincount = [ 20, 28, 32, 44, 52, 68, 84 ];
socket_pincountx = [ 5, 7, 9, 11, 13, 17, 21 ];
socket_pincounty = [ 5, 7, 7, ... | glb/cad_fa16d6a03e23.glb |
Create a Teotihuacan Deluxe Master Set Insert consisting of several organized trays and cabinets. The overall footprint of the assembly is 281mm x 281mm.
Start by creating two large in-box trays. One tray should feature a recessed well for bags measuring 71.3mm x 175mm x 200mm, and another recessed well measuring 108.... | $fn=200;
include <js500Functions.scad>
difference(){
RoundedCube(164.2,179.8,173.8,3);
translate([2.4,2.4,1])
RoundedCube(71.3,175,200,3);
translate([2.4,2.4,1])
RoundedCube(108.2,103.6,200,3);
translate([2.4,55.8,1])
RoundedCube(121.6,50.2,200,3);
translate([76.6,108.9,1])
rotate([0,0,180])
linear_extrude(200)
di... | glb/cad_13a3d13381c6.glb |
Create a Teotihuacan Deluxe Master Set Insert organizer. Start with a base rounded cube measuring 162.4mm in length, 111mm in width, and 20mm in height, with corner radii of 5mm.
Within this base, create six rectangular wells arranged in two rows of three. Each well should measure 38.5mm by 47mm with a depth of 100mm,... | $fn=200;
include <js500Functions.scad>
difference(){
RoundedCube(162.4,111,20,5);
for(i = [0:3]){
for(j = [0:1]){
translate([(i*39.7)+2.4,(j*59.2)+2.4,2.4])
cube([38.5,47,100]);
FingerHoleBottom((i*39.7)+21.65,0,30,20,5,2.4);
FingerHoleTop((i*39.7)+21.65,111,30,20,5,2.4);
translate([(i*39.7)+21.65,65,22])
rotate([... | glb/cad_26ded222dee3.glb |
Create a Teotihuacan Deluxe Master Set organizer cabinet. Start with a main outer body that is 172.8mm wide, 26.6mm deep, and 94.4mm high, featuring rounded corners with a 5mm radius.
Within this body, create two distinct drawer compartments. The first is a tile drawer, formed by removing a volume of 168mm by 21.8mm ... | $fn=200;
difference(){
union(){
roundedCube5(172.8,26.6,94.4);
translate([0,24.2,0])
roundedCube5(157.8,28.2,94.4);
translate([0,10,0])
cube([2.4,30,94.4]);
translate([155.4,10,0])
cube([2.4,30,94.4]);
translate([145,39.9,27])
rotate([0,90,0])
cylinder(h=3, d=35, center=false);
}
translate([2.4,2.4,1])
cube([168,... | glb/cad_af857df4a161.glb |
Create a rectangular tray with rounded corners, measuring 167mm in length, 92.4mm in width, and 19.4mm in height, with a corner radius of 5mm.
Inside this main body, carve out several rectangular compartments. First, create two large vertical slots: one measuring 24.7mm by 51.7mm positioned at (8.8, 2.4, 1), and anot... | $fn=200;
include <js500Functions.scad>
difference(){
RoundedCube(167,92.4,19.4,5);
translate([4.9,0,0]){
translate([8.8,2.4,1])
cube([24.7,51.7,100]);
FingerHoleBottom(21.15,0,20,19.4,3,2.4);
translate([35.9,2.4,1])
cube([24.7,51.7,100]);
FingerHoleBottom(48.25,0,20,19.4,3,2.4);
for(i = [0:1]){
for(k = [48.9]){
... | glb/cad_c5efbba34321.glb |
Create a Teotihuacan Deluxe Master Set organizer tray by starting with a rounded cube that has overall dimensions of 46.4mm in width, 218.3mm in length, and 12.6mm in height, with corner radii of 3mm.
From this base, remove six rectangular sections to create storage compartments. Each cutout measures 42mm by 22mm wit... | $fn=200;
include <js500Functions.scad>
difference(){
RoundedCube(46.4,218.3,12.6,3);
translate([2.4,2.4,1])
cube([42,22,100]);
FingerHoleRight(46.4,13.4,16,12.6,3,2.4);
translate([2.4,25.6,1])
cube([42,22,100]);
FingerHoleRight(46.4,36.6,16,12.6,3,2.4);
translate([0,2,0]){
translate([2.4,58.3,1])
cube([42,22,100... | glb/cad_ef267577e9ed.glb |
Create a rectangular cabinet with rounded corners, measuring 111.8mm wide, 114.8mm deep, and 113mm high. The cabinet should feature five internal drawer slots. To form these slots, remove five rectangular volumes, each 107mm wide, 21.24mm high, and 300mm deep, positioned starting from 2.4mm from the front wall and spac... | $fn=200;
difference(){
roundedCube(111.8,114.8,113);
for(i = [0:4]){
translate([2.4,(i*22.24)+2.4,1])
cube([107,21.24,300]);
translate([12.4,(i*22.24)+5.4,-1])
roundedCube5(87,15.24,10);
}
translate([-62,0,9.8]){
translate([0,0,-37.1]){
translate([117.9,150,140.3])
rotate([90,0,0])
cylinder(h=400, d=35, center=fal... | glb/cad_e2ba866b382a.glb |
Create a rectangular tray with rounded corners, measuring 106mm in width, 111mm in length, and 19mm in height, with a corner radius of 5mm.
Inside this main body, carve out several storage compartments. First, create a rectangular void for dice measuring 75mm by 20mm by 100mm, positioned at x=15.5, y=2.4, and z=0.8. ... | $fn=200;
include <js500Functions.scad>
difference(){
RoundedCube(106,111,19,5);
translate([15.5,2.4,0.8])
cube([75,20,100]);
translate([2.4,2.4,8])
RoundedCube(101.2,20,100,5);
translate([53,5,19])
rotate([90,0,0])
cylinder(h=10, d=30, center=false);
translate([33.9,5,14])
rotate([90,0,0])
linear_extrude(10)
diffe... | glb/cad_c928a00d31fc.glb |
Create a Teotihuacan Deluxe Master Set organizer cabinet. Start with a main outer block measuring 168.2mm in width, 114.8mm in depth, and 113mm in height, ensuring all exterior corners are rounded with a 3mm radius.
Inside this block, carve out three rectangular drawer slots. Each slot should measure 163.4mm wide, 22.... | $fn=200;
difference(){
roundedCube(168.2,114.8,113);
for(i = [0:2]){
translate([2.4,(i*24.4)+2.4+38.8,1])
cube([163.4,22.4,300]);
translate([12.4,(i*24.4)+5.4+38.8,-1])
roundedCube5(143.4,16.4,10);
}
translate([2.4,2.4,1])
cube([163.4,36.8,300]);
translate([12.4,5.4,-1])
roundedCube5(143.4,30.8,10);
translate([-3... | glb/cad_a159598386ac.glb |
Create a Teotihuacan Deluxe Master Set Insert tray. Start with a base rounded cube measuring 162.4mm x 111mm x 34.4mm with a corner radius of 5mm.
From this base, remove several rectangular sections to create storage compartments. Create three main vertical slots for tiles: the first at [2.4, 51.6, 2.4], the second a... | $fn=200;
include <js500Functions.scad>
difference(){
RoundedCube(162.4,111,34.4,5);
translate([2,0,0]){
translate([2.4,51.6,2.4])
cube([42,57,100]);
FingerHoleTop(23.4,111,20,34.4,3,2.4);
translate([45.6,51.6,9])
cube([42,57,100]);
FingerHoleTop(66.6,111,20,34.4,3,2.4);
translate([88.8,51.6,2.4])
cube([42,57,100... | glb/cad_02de9d7b5e0d.glb |
Create a protective electronics box for an ESP32 board with a total outer width of 32mm (29mm internal width + 1.5mm walls on each side) and a total outer length of 55mm (52mm internal length + 1.5mm walls on each side). The total height is 25mm, consisting of a 19.5mm base height, a 1mm PCB thickness, and 4.5mm for co... | $fs = 0.1;
$wallThickness=1.5;
$radius=0.75;
$flatBottom=true;
$wiresHoles="All";
$addSkadisMount=true;
$useCirlesForWireHoles=true;
$pcbThickness=1;
$pcbLength=52;
$pcbWidth=29;
$componentsHeight=4.5;
$pinsHeight=19.5;
$pinsThichkess=2.5;
$pinsTolerence=2;
$usbCwidth=9;
$usbCheight=3.5;
$cover=true;
$l... | glb/cad_03a77b52d26d.glb |
Create a Wingnut and Spherical Washer assembly consisting of two primary components. First, construct the wingnut by creating a central cylindrical boss with a 15mm diameter. To this boss, attach two wings that form a rounded rectangular profile 35mm wide and 10mm high, centered vertically with a 15mm offset. The top o... | hexd = 9.5;
holed = 5.5;
bossd = 15;
washd = 18;
cd = 35;
wingsize = [35,10];
wingzos = 15;
nfaces = 90;
$fn = 0;
$fs = 0.3;
$fa = 360/nfaces;
difference(){
hull(){
intersection(){
translate([0,0,cd/2])
sphere(d = cd);
cylinder(d = bossd,h = 10);
}
translate([0,0,wingzos])
rotate([90,0,0])
squ... | glb/cad_38a4ec8d91db.glb |
Create a wardrobe bracket for a 15mm diameter rod. Start with a circular ground plate 49mm in diameter and 5mm thick. Centered on this plate, construct a semi-cylindrical bracket with an outer radius of 12.5mm and a height of 20mm. The bracket should have a hollow center to accommodate the rod, with an inner radius of ... | bar_diameter = 15;
bar_radius = bar_diameter/2;
bar_length = 30;
ground_plate_diameter = 15 + 2*7 + 2 * 15;
ground_plate_radius = ground_plate_diameter/2;
ground_plate_height = 5;
bracket_height = 20;
bracket_width = 5;
bracket_clearance = 0.1;
screw_diameter = 4;
screw_radius = screw_diameter/2;
screw_countersink_d... | glb/cad_586d1d7a24b7.glb |
Create an "Eye rolling smiley coaster" by starting with a main circular head that is 100mm in diameter and 2.5mm thick. The top and bottom edges of this disc should be slightly chamfered.
On the face of the disc, engrave a wide, grinning mouth. This is achieved by creating a circular cutout with a diameter of 80mm, of... | smiley_type="grin";
iris_type="heart";
eye_size =30;
eye_symmetric =0.01;
head_d=100;
plate_h=2.5;
engrave_h = 0.84;
socket_clearance = 0.45;
backside_grip = true;
render_type="uncolored";
render_part = "all";
show_cut = false;
$fn = $preview ? 50 : 100;
difference() {
main(head_d=head_d, plate_h=plate_h... | glb/cad_6a1b237801f7.glb |
Create a Mini Lathe Belt as a flat, looped band with a thickness of 2.5mm and a width of 9mm. The belt is designed as a ring with a total of 50 teeth distributed evenly around the inner circumference.
Construct the inner profile using the HTD 5mm tooth geometry, where each tooth has a depth of 3.781mm and a width of ... | teeth = 50;
profile = 10;
thickness = 2.5;
width = 9;
additional_tooth_width = 0;
additional_tooth_depth = 0;
MXL_pulley_dia = tooth_spacing (2.032,0.254);
40DP_pulley_dia = tooth_spacing (2.07264,0.1778);
XL_pulley_dia = tooth_spacing (5.08,0.254);
H_pulley_dia = tooth_spacing (9.525,0.381);
T2_5_pulley_dia = tooth... | glb/cad_9a97ebd28937.glb |
Create a Parametric T-Slot Table with a total length of 150mm. The assembly consists of four primary components: a bottom base, a middle top section, and two identical side pieces.
First, create the bottom base as a rectangular block with a height of 11.8mm and a width of 51.5mm. Along its length, create five evenly s... | eps = 0.001;
include <..\..\lib\threads.scad>
include <..\..\lib\camphers.scad>
function roundHoleDiameter(prmDiameter) = round(2*prmDiameter)/2;
function roundHoleRadius(prmRadius) = roundHoleDiameter(2*prmRadius)/2;
SZ_M3 = 0;
SZ_M4 = 1;
SZ_M5 = 2;
SZ_M6 = 3;
SZ_M8 = 4;
SZ_M10 = 5;
SZ_M12 = 6;
pitchThread = [0.5... | glb/cad_d49db066401d.glb |
Create a fluorescent light fixture attachment by starting with a solid rectangular block 150mm long, 120mm wide, and 5mm thick, centered on the origin. From this base, remove a large central cylinder with a diameter of 140mm and a height of 150mm, oriented along the X-axis. Additionally, remove a cylinder with a radius... | difference () {
translate ([0, 75, 0]) {
rotate ([90, 0, 0]) {
linear_extrude (height=150) {
polygon ([
[40, 40],
[70, 40],
[70, -45],
[-70, -45],
[-70, 40],
[... | glb/cad_dc1ce0bafcfb.glb |
Create a smoke detector mount consisting of a circular ring with four equidistant vertical supports. Start by creating a horizontal ring with an inner diameter of 130mm and an outer diameter of 140mm, and a thickness of 5mm. At four points around the ring, spaced every 90 degrees, add vertical supports. Each support is... | for (z = [0:90:360]) {
rotate ([0, 0, z]) {
rotate_extrude (angle=10, $fn=180) {
polygon ([
[65, -35],
[65, -90],
[30, -90],
[30, -95],
[70, -95],
[70, -40],
[80, -40],
... | glb/cad_e7e0e7e73d01.glb |
Create a Customizable Playing Card Caddy consisting of two identical holders side-by-side. For one holder, start with a solid rectangular base measuring 70mm wide, 104mm long, and 10mm high. At each end of the base, add two vertical walls that are 2mm thick and 40mm high (the sum of the 30mm deck height and 10mm base h... | DeckHeight=30;
CardHeight=100;
CardWidth=70;
DeckBase(BaseHeight,CardWidth,CardHeight,DeckHeight);
translate([(CardWidth*2)+8,0,0])
mirror([1,0,0])
DeckBase(BaseHeight,CardWidth,CardHeight,DeckHeight);
module DeckBase(BaseHeight,CardWidth,CardHeight,DeckHeight){
difference(){
union(){
c... | glb/cad_a3949953318e.glb |
Create a corner bracket for reinforcing a box. Start with a cube of 30mm x 30mm x 30mm. Hollow out the center to create three outer walls, each 2mm thick, forming a three-sided shell that wraps around a corner. To create the shanks, remove three rectangular volumes of 30mm x 10mm x 30mm centered on each axis, leaving o... | bracket_width = 30;
bracket_thick = 2;
shank_width = 10;
wall_thick = 3.1;
screw_hole_radius = 1.5;
screw_hole_bevel = true;
box_open = false;
side_rails = true;
e = 0.001;
top_thick = 2*bracket_thick + wall_thick;
inner_width = bracket_width - bracket_thick - wall_thick;
module three_face_corner() {
difference(... | glb/cad_ac1663e2dc4d.glb |
Create a headphone rest consisting of a hollowed cylindrical shell. Start with a main cylinder 100mm high with a 50mm radius. At the base, add a wider cylindrical lip with a 57mm radius and a height of 8mm.
Hollow out the center of the main cylinder by removing a smaller cylinder with a 45mm radius and a height of 15... | $fn=120;
use <../library/vertical_hole.scad> ;
rest();
module rest(){
difference(){
union(){
cylinder(r=50, h=100);
translate([0, 0, 0]) cylinder(r=57, h=8);
}
translate([0,0,-1]) difference(){
cylinder(r=45, h=155);
translate([0, 90, 50]) cu... | glb/cad_63c235f9f6fe.glb |
Create a Filament Sample Coin by starting with a base cylinder that has a diameter of 29mm and a height of 3mm. Modify the profile of this cylinder so that its cross-section is a circle with a diameter of 3mm rotated around the center axis, creating a rounded, coin-like edge. Engrave three lines of centered text into t... | $fa = 1;
$fs = 0.4;
coin_diameter = 29;
coin_thickness = 3;
text_mfg = "PRUSAMENT";
size_mfg = 2.5;
text_matl = "PETG";
size_matl = 2.5;
text_color = "MANGO YELLOW";
size_color = 2.5;
module coin(){
cylinder(h=coin_thickness,d1=coin_diameter,d2=coin_diameter);
rotate_extrude(angle=360) {
translate([coin... | glb/cad_159fb5f0264c.glb |
Create a server rack clickable cable hook. The main body is a rounded rectangular block with a height of 15mm and a width of 28mm. On one side, integrate three locking mechanisms designed to fit into standard rack holes of 9.4mm by 9.4mm. These locks are shaped as irregular polygons that allow the part to click into th... | rackholew=9.4;
rackholeh=9.4;
rackholed=1.8;
lockdepth=10;
lockd=1.5;
play=0.5;
railh=15;
raill=28;
railholel=19;
sidewall=8;
velcro_loop=true;
cable_loop=true;
loopd=30;
section=190;
mirrorred=false;
part_unlocktool=false;
lockspace=lockd+0.5;
holedists=[15.88,15.88,12.70];
RU=44.45;
frontrailw=42;
sid... | glb/cad_423713d6c7ca.glb |
Create a server rack clickable cable hook. The model consists of a main body with two integrated locking flaps and a cable management loop.
First, create two identical locking flaps designed to click into rack rail holes. Each flap is a complex polygon extruded to a height of 10mm, with a depth of 11mm. These flaps ar... | rackholed=1.8;
lockdepth=11;
roundness=2;
side_mount=true;
mirrorred=false;
part_unlocktool=false;
slack=0.4;
railtype="Minkels";
minkels_hole_gap=22.36;
minkels_holeh=9.4;
minkels_holew=9.4;
minkels2_hole_gap=19.18;
minkels2_holeh=9.4;
minkels2_holew=9.4;
dell1_hole_gap=22;
dell1_holeh=10;
dell1_holew=10;
d... | glb/cad_a5fb7f361edd.glb |
Create a server rack clickable cable hook consisting of a main mounting body and two locking flaps.
First, create the main body as a rounded rectangular block with a height of 10mm and a width of 48mm. On the top surface of this block, emboss the text "Minkels". On one side of the block, attach a semi-circular velcro... | rackholed=1.8;
lockdepth=11;
roundness=2;
side_mount=true;
mirrorred=false;
part_unlocktool=false;
slack=0.4;
railtype="Minkels";
minkels_hole_gap=22.36;
minkels_holeh=9.4;
minkels_holew=9.4;
minkels2_hole_gap=19.18;
minkels2_holeh=9.4;
minkels2_holew=9.4;
dell1_hole_gap=22;
dell1_holeh=10;
dell1_holew=10;
d... | glb/cad_c6765f76c619.glb |
Create a server rack clickable cable hook consisting of a main mounting body and two locking flaps.
First, create the main body as a rounded rectangular block with dimensions 28.8mm in length, 13.6mm in width, and 23mm in height. On the side of this block, integrate a semi-circular velcro loop with an outer diameter ... | rackholed=1.8;
lockdepth=11;
roundness=2;
side_mount=true;
mirrorred=false;
part_unlocktool=false;
recessh=0.1;
recessw=5;
slack=0.4;
railtype="Minkels";
minkels_hole_gap=22.36;
minkels_holeh=9.4;
minkels_holew=9.4;
minkels2_hole_gap=19.18;
minkels2_holeh=9.4;
minkels2_holew=9.4;
dell1_hole_gap=22;
dell1_ho... | glb/cad_ebf8c687674f.glb |
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