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Flange hub 3D Models
Find the best Flange hub 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.
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// OpenSCAD code to create the 3D model shown in the image.
// All dimensions are taken from the provided image.
// The model is centered at the origin (0,0,0) for easy manipulation.
//================================================================
// Define constants based on the drawing's dimensions
base_length = 90;
base_width = 60;
base_height = 15;
raised_section_length = 70;
raised_section_height = 30; // 45 - 15
cylinder_outer_diameter = 50;
cylinder_height = 35; // 80 - 45
fillet_radius_left = 10;
fillet_radius_right = 7;
hole_diameter_left = 12;
hole_count_left = 2;
hole_distance_from_edge_left = 15;
hole_diameter_right = 7; // Assuming R7 refers to a 7mm diameter hole
hole_distance_from_center_right = 30;
six_holes_diameter = 12;
six_holes_circle_diameter = 30;
six_holes_count = 6;
top_bore_diameter = 30;
top_bore_height = 12;
middle_bore_diameter = 20;
middle_bore_height = 21;
through_hole_diameter = 10;
// ================================================================
// Main body of the model
// ================================================================
module main_body() {
// The base section
union() {
difference() {
// Main base cube
cube([base_length, base_width, base_height], center = true);
// Cutout for the rounded corners (fillets)
translate([base_length/2 - fillet_radius_left, base_width/2 - fillet_radius_left, 0])
cube([fillet_radius_left, fillet_radius_left, base_height+1], center = true);
translate([base_length/2 - fillet_radius_right, -base_width/2 + fillet_radius_right, 0])
cube([fillet_radius_right, fillet_radius_right, base_height+1], center = true);
}
// Add quarter cylinders to create the fillets
translate([base_length/2 - fillet_radius_left, base_width/2 - fillet_radius_left, 0])
cylinder(h = base_height+1, r = fillet_radius_left, center = true, $fn = 60);
translate([base_length/2 - fillet_radius_right, -base_width/2 + fillet_radius_right, 0])
cylinder(h = base_height+1, r = fillet_radius_right, center = true, $fn = 60);
}
// The raised middle section
translate([0, 0, base_height/2 + raised_section_height/2])
cube([raised_section_length, base_width, raised_section_height], center = true);
// The top cylinder
translate([0, 0, base_height/2 + raised_section_height + cylinder_height/2])
cylinder(h = cylinder_height, d = cylinder_outer_diameter, center = true, $fn = 60);
}
// ================================================================
// Module for all the holes and cutouts
// ================================================================
module holes() {
// Two holes on the left side (2x ø12)
translate([-base_length/2 + hole_distance_from_edge_left, -base_width/2 + hole_distance_from_edge_left, 0])
cylinder(h = 100, d = hole_diameter_left, center = true, $fn = 60);
translate([-base_length/2 + hole_distance_from_edge_left, base_width/2 - hole_distance_from_edge_left, 0])
cylinder(h = 100, d = hole_diameter_left, center = true, $fn = 60);
// Hole on the right side (ø7)
translate([base_length/2 - (base_length - 75), 0, base_height/2 + 30])
rotate([0, 90, 0])
cylinder(h = base_width + 1, d = hole_diameter_right, center = true, $fn = 60);
// Central bores and through hole
full_height = base_height + raised_section_height + cylinder_height;
// Top bore (ø30)
translate([0, 0, full_height/2 - top_bore_height/2])
cylinder(h = top_bore_height+1, d = top_bore_diameter, center = true, $fn = 60);
// Middle bore (ø20)
translate([0, 0, full_height/2 - middle_bore_height/2])
cylinder(h = middle_bore_height+1, d = middle_bore_diameter, center = true, $fn = 60);
// Through hole (ø10)
cylinder(h = full_height + 1, d = through_hole_diameter, center = true, $fn = 60);
// Six holes on a bolt circle (6x ø12 on ø30 circle)
cylinder_base_z = base_height + raised_section_height;
translate([0, 0, cylinder_base_z + cylinder_height/2]) {
for (i = [0:six_holes_count-1]) {
rotate([0, 0, i * 360 / six_holes_count])
translate([six_holes_circle_diameter/2, 0, 0])
cylinder(h = cylinder_height + 1, d = six_holes_diameter, center = true, $fn = 60);
}
}
}
// ================================================================
// Final assembly by subtracting holes from the main body
// ================================================================
difference() {
main_body();
holes();
}](https://tripo-data.rg1.data.tripo3d.com/tripo-studio/20250924/f3504a44-6f3a-4a08-8ba3-bcfba06cc938/studio_mesh.webp?Key-Pair-Id=K1676C64NMVM2J&Policy=eyJTdGF0ZW1lbnQiOlt7IlJlc291cmNlIjoiaHR0cHM6Ly90cmlwby1kYXRhLnJnMS5kYXRhLnRyaXBvM2QuY29tL3RyaXBvLXN0dWRpby8yMDI1MDkyNC9mMzUwNGE0NC02ZjNhLTRhMDgtOGJhMy1iY2ZiYTA2Y2M5Mzgvc3R1ZGlvX21lc2gud2VicCIsIkNvbmRpdGlvbiI6eyJEYXRlTGVzc1RoYW4iOnsiQVdTOkVwb2NoVGltZSI6MTc3NzA3NTIwMH19fV19&Signature=u-nk2RHcPPfZwm-STZLtSxynd08w1j2yfNuNryu1pe6YLpw~oLxvqr4mcpGizlkt2JpoIfx4XdqIcB56Xr6D~~AVYHGbuZRZsEBXi-u1hj4NlwvYIyqmJvbsSv~piAjPPrAQubVjIQ6aUZTpCpBj2vXRvQLG4iX7JwGPkNJu~oSxVxAcCgnhJzWzct07YwfJn9P8s~0ZCaMp5rJXwW8qbUHwM9OMsCWRsJTDEvQF5bMx1VRVQp1PxzT4YpIyp9PP1~Mc-79txWQyZCS2bzjDI0JGwV2qYJlKzgy~-loAsmn2inr~ZkPrp4DS2k7YGE1MAZwSSAeU~-lUyLUzdf1zNA__)
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