90 models
A parabolic filament spool holder/roller. Just set it and forget it. The parabolic design of the roller keeps the filament reel centered. Requires 4 skateboard bearings (i.e., 608zz Double Shielded, 8x22x7), and snaps together. I grew…
Print approx. €9.38–€11.47 excl. taxPreliminary estimate for one variant
Made the shell 5mm wide to prevent the thin shell from warping, should also improve the sound quality by dampening influence from the back. There was a variable in the original CAD file for this, but the file needed some additional…
Print approx. €4.16–€5.08 excl. taxPreliminary estimate for PETGSource material: PET
Did you know that you can multiply two numbers using a parabola and a ruler? This template let you easily draw a piece of a parabola. But don't be fooled, it's much more than a simple drawing template… You can draw a parabola , its focus…
Print approx. €0.32–€0.39 excl. taxPreliminary estimate for one variant
Sedlovou plochu (hyperbolický paraboloid) chtěl kolega pro výuku teorie relativity. Stl model není náš, ale je dostupný jako součást kursu “Relativita: Proč a jak?” Matěje Rystona, zveřejněného na serveru katedry didaktiky fyziky MFF UK…
Print approx. €11.48–€14.04 excl. taxPreliminary estimate for one variant
Parabolic pot with feet and independent drainage plate. The print requires no supports. The figures are printed with PLA but you can use other materials with the appropriate settings Prusa filaments work very well, but for these pots my…
Print approx. €0.49–€0.60 excl. taxPreliminary estimate for one variant
A small square that fits in small pencil cases. With it, you can measure distances and angles, but also trace parallel and vertical lines. Bonus: Simple Normal Parabola Stencil Dimension square: 2,2*60*118mm Dimension Parabola:…
Print approx. €0.31–€0.37 excl. taxPreliminary estimate for one variant
I have a small desktop lamp that took too many tumbles to the floor, and the original plastic lampshade cracked and was shedding broken pieces This is a straightforward replacement that matches the original dimensions. There is no brand…
Print approx. €2.66–€3.25 excl. taxPreliminary estimate for PETGSource material: PET
The Parabolic Wave Grid Panel #1 features an intricate parabolic wave pattern, created by extruding squares at varying heights. This versatile design looks incredible in various finishes, including tricolor filament, color-shift pigments,…
The Parabolic Spike Mini Version translates the geometric design of the original Parabolic Spike into a smaller, faster-to-print form. This scaled-down version retains the sharp, stepped pyramid-like structure and the grid of squares…
French Curve Set 3D-printable school utility set for drafting conic sections. Contains: Elipse Hyperbola Parabola Printing this set is more affordable than buying it. Scale it if you need larger or smaller versions. I made myself a few…
Well, i just had try to making one in Fusion 360. It was suprisingly easy.
The Parabolic Wave Grid Panel #2 - Standard Detail features an intricate parabolic wave pattern, created by extruding squares at varying heights. This versatile design looks incredible in various finishes, including tricolor filament,…
This is the final iteration of my parabolic mic design. I had conceptualized this as a more pandemic-friendly "meeting mic" to us instead of handing around a wireless microphone. The idea didn't work as well as I was hoping (too much…
This antenna is modeled on a real antenna that is located in the Antarctic. The special feature are the axes of the antenna which function via two hemispheres (bent axis). This design is unique in the world and this antenna only exists…
Parabolic Wave Grid Panel (#2) (4x Detail) features an enhanced parabolic wave pattern with 4x the detail of the original design. Created by extruding squares at varying heights, this denser 8x8 grid structure adds a stunning level of…
The Parabolic Spike is a geometric design featuring a grid of squares extruded to various heights, forming a sharp, stepped pyramid-like structure. Each layer of squares rises to create a visually striking pattern, with well-defined,…
This is a chimney I used as part of another project but I thought I would make it available to everyone. Scale 1:160 (N scale). Can be scaled as needed!
OpenSCAD script to create a parabolic dish. Two options are: Dish, where the parabola is cut out of a cylinder and Saucer, where the parabola has an even thickness I hope that you find this useful. Update Jan 2, 2022: Added 2 more…
Parabolic antenna reflector for the remote of the potensic dreamer pro. I dont think it works for the potensic dreamer 4k, which uses the phone's wifi. I use sticky spray and aluminum foil as seen in the picture. I reached the 2000m…
Hi everyone, This is a parabola sketching template designed to be a learning aid when teaching parabolas and quadratics. It includes a: parabola Designed using splines in Fusion360. How do I use this as a teacher? Students often struggle…
This is a parabolic microphone reflector remixed and reworked in Onshape to accommodate a LOM Usi Pro microphone capsule and to be mounted using a magic-arm or similar. Assembly is simple; print one of each half and glue together.…
Description I made this two models of parabolic solar cookers, one with 600mm diameter and one with 900mm diameter. However I only could properly test only the one with 600mm diameter, since I'm currently in the city were I work and don't…
Parabola stencils help with drawing typical parabola shapes on a centimeter scale. Included 3 versions: y = x^2 y = 2 * x^2 y = ½ * x^2 Stencils have slits along X and Y axis and also a pointy tip at the top to help with alignment.
An idea that's been kicking around in the back of my mind forever. I first made one out of cardboard and aluminum foil that worked adequately. The goal is to make a Really Big one some day with a flash boiler at the focal point. Print the…
A simple broad parabolic reflector for Meshtastic 915 or 868 MHz. This has been tested with the Alfa 915 N Connector antenna and has minimal impact on SWR. Front to back gain is around 15 dB with almost no difference in signal strength…
Parabolic reflector for studio lighting, it could be mounted on my other lamp designs for standard LED 20-100W modules with 34mm hole distance Focal height 3mm, overall height 200mm Focal height 5mm, overall height 200mm You can print the…
This is a basic dish I made for a colleague, it has an F/D of 0.8 and was made to use be used with a DSTV LNB but others should also work with similar diameters. Once all is printed the 8 Dish parts needs to be bolted together using M4…
This is a remix of a parabolic reflector in which I modified the receiver holder mount to accept an ultrasonic ~16 mm diameter receiver. Used Cyanoacrylate glue (Krazy Glue) to glue the 2 halves and hot-glue to secure the receiver to the…
This is a simple parabolic cone that is hollow and can be adapted in your slicer to fit whatever model you need it for. I designed this when I needed to attach a “nose cone” to a help me push electrical conduit through an insulated wall.…
Drawing template for the normal parabola (f(x)=x^2) best suited for squared paper with 5x5mm Features simply align with the paper useful for maths lessons
This parabolic dish consists of 3 parts: ring0_v4 (Inner ring) ring1_v4 (Mid ring) ring2_v4 (Outer ring used for a 100cm diameter dish) or ring2_v4_modified (Used for a ~80cm diameter dish) 12x of each of the 3 segments are required to…
A simple parabolic shape range extender for DJI Spark The focal point of each parabol is equal to 2cm and should be located on the flat side of the antenna. So the device is not symetrical, as the antennae are not either. Simply slide it…
I almost passed on to this contest until I had this idea. Pretty simple, with no special printing instructions. Print whatever size you want. It doesn't seem to matter. The blue/gray ones in the photo are 150%, but 100% works great too. I…
This is based on the plot Z=X*Y (known as a hyperbolic paraboloid or a saddle point) but instead of being a continuous surface, I've discretized it so that it is formed from a collection of varying height square prisms. Aside from looking…
C-clamp with jaws that have a shallow curve so they can be clamped to a parabolic curved surface and hold on tighter. Should roughly follow other shallow curved surfaces as well to better grip them than flat jaws. Made for a dish 80 cm in…
Parabolic nose cone using OpenSCAD. Input desired parameters in code and output 3D watertight nosecone for printing. You can print the base separately to check body tube fitment so not to waste filament. Print with 0% infill and 1.5mm…
.4 nozzle. .2 layer height. Default settings. Bracket and filament guides must be printed on the side with the thin edge facing up like in the photo. The edge printing for the guide has the bonus of making the print stronger and have less…
I almost passed on to this contest until I had this idea. Pretty simple, with no special printing instructions. Print whatever size you want. It doesn't seem to matter. The blue/gray ones in the photo are 150%, but 100% works great too. I…
This is a 35cm parabolic dish designed from scratch for bird and wildlife sound recording, centered around the Rode VideoMicro microphone. The goal of this project was to create a high-gain, budget-friendly alternative to professional…
A hyperbolic paraboloid is a curved plane that matches the appearance of a pringles-style potato chip. Use the Scad file to generate a hyperbolic paraboloid sculpture with different parameters and levels of discreteness, or use the…
In geometry, a paraboloid is a quadric surface that has exactly one axis of symmetry and no center of symmetry. The term "paraboloid" is derived from a parabola, which refers to a conic section that has a similar property of symmetry.…
Quick and dirty Meshtastic reflector. Print with a brim, it likes to break loose, and use a glue stick to install aluminum foil on the front side. I was shocked how well this works. I get a 16 dB front to back ratio when aimed directly at…
This parabolic lamp will illuminate your room with a beautiful indirect light. Ideal for reading a book late at night or having some backlight while watching a movie. I have originally designed this to work with the Bambu Lamp Kit-001, if…
NOTE: THIS IS A WORK IN PROGRESS. The mic has been assembled and tested and it works! I haven't done frequency response tests but I will update this page with testing and audio once I have time to do so. One issue that needs to be…
Un vide poche peut sembler un objet banal, mais si sa forme est modélisée d'après une hyperbole, ça devient un vide poches mathématique. Bon, ça ne changera pas sa fonctionnalité mais là on parle d'esthétisme. J'arrête de divaguer... Pour…
soporte carona para lnb adicional , para antenas parabolicas de 60cm a 115cm ideal fta para mas de un satelite
Used aluminum foil (or space blanket) for reflective surface. The normal SMD beam angle of ~120° is concentrated into a narrow beam that reaches much further. Also great for SMD5050 RGB leds.
This is Day 14 of my collection of printable equations. To see the whole collection, go to: http://www.thingiverse.com/thing:227210 Continuing with the polynomials, today is a parabola, y = a*x^2. Details: units are in mm Range(x) = -50…
A vase formed by sweeping a parabola. Intended for vase-mode printing.
I almost passed on to this contest until I had this idea. Pretty simple, with no special printing instructions. Print whatever size you want. It doesn't seem to matter. The blue/gray ones in the photo are 150%, but 100% works great too. I…
This minimalist paraboloid design showcases the essence of geometric simplicity. Perfect for various uses, including as a decorative piece, a base for further customizations, or for educational purposes in 3D design learning . Its clean,…
Trying to find an easy way to make 3 point Bezier arcs in OpenSCAD without subtracting shapes but thru math. You can choose various parameters of the arcs. Category: Math
I didn't feel like paying $180 for a set of new reflectors and I've been trying to figure out how to print ASA properly. This project just fit my needs like a glove! Designed in FreeCAD, these 7" parabolic reflectors fit a Photogenic…
A set of spacers designed for the DEDA Parabolica Uno aerobar for 35 mm handlebars. Designed for precise armrest height adjustment according to the rider’s individual needs, allowing for a more comfortable and efficient riding position.…
a dome made of 8 different size blocks and a top piece. you will need to make 16 of the 8 block section to make a complete dome. the column blocks stack but the column sections will need be glued or taped to each other to make it solid.…
Un vase dont le design surfacique est généré avec une paraboloÏde hyperbolique (rien que ça!) qui a été démultipliée et placée par jeux de symétrie. Cette version est la version avec 2 couleurs. Un vase intérieur imprimé en mode vase…
Parabolic storage pot or small chalice. Print Settings Printer Brand: Creality Printer: Ender-3 S1 Pro Rafts: No Supports: No Resolution: 0.2 Infill: 5.5 gyroid Filament: YOUSU PLA Silk Blue/green Notes: My husband wanted a little pot to…
Trying to find an easy way to make Elliptical, Parabolic and Hyperbolic 2D arcs in OpenSCAD without subtracting shapes but thru math. You can choose various parameters of the arcs. ** Updated 11Sep2024 Code draws arc more efficiently and…
This is based on the plot Z= - (X^2) - (Y^2) (known as a paraboloid) but instead of being a continuous surface, I've discretized it so that it is formed from a collection of varying height square prisms. Three STL files included:…
This is a pencil holder made with vase mode in mind, print on anything with anything with vase mode enabled. The main curve is truly parabolic, not any other conic.
Printer settings: 5 layers of walls 50% infill (Gyroid)
Each model was made using a different parametrization. Specifically, as a graph using cartesian coordinates, as a graph using polar coordinates, and in cylindrical coordinates. The included photo is of some older models, but created using…
This is a top meant to be mated with the Fisker Ocean cup holder bottom (https://www.printables.com/model/943163-fisker-ocean-cup-h). Paraboloid shape to fit my wife's favorite cup. When mated you can cut about ¾" off the bottom of the…
Original design by PhD Poturak Semir: www.Linktr.ee/3esign : Single layer print, make sure you increase the flow, that is amount of plastic in order to get strong enough print. It is fully optimized design which uses least material and…
Students will create a model of a parabolic and spherical mirror. They can observe the angle of incidence, reflection and focus of light rays. We use a parabolic mirror to ignite the paper.
Žáci vytvoří model parabolického a sférického zrcadla. Sledují úhel dopadu, odrazu a fokusaci světelných paprsků. Pomocí koncentrovaných slunečních paprsků lze zapálít papír.
Addon for the HyperbolicParaboloid Cody18_1496478's HyperbolicParaboloid Printed with 0.6 Nozzle and 0.3 LH, scaled to 150%
Reflects concentrated sunlight onto a pool or other body of water. Just attach foil or
High res version created locally with openscad and this script: http://jsfiddle.net/threonin/3j2c2pwe/ Category: Math Art
For those who are using GunplaMark's Ultimate Cereal Container Filament Drybox with Big W Brilliant Basics boxes thanks to pioter's Base Remix , but who still want to have the filament guides and corners. I've made a very minor change to…
A true parabolic dish, 16 inches (406 mm) across, built to record elk bugles in Great Smoky Mountains National Park. Focal length is 4.0 in (f/D 0.25), so the focus sits right at the rim plane and the mic is tucked inside the dish, out of…
This lamp has been floating around my homes since the early aughts. At some point, I used an incandescent that generated too much heat and it all went downhill from there. The Lamp Manufactured in February of 2001, it's listed as…
These parabolic reflectors allow for forward-facing beams. They are designed for the Mini-Bowern mount, which is used on LED light sources from Yongnuo and others. Several parabolic curvatures are available, as well as a protective cover…
You can resize it to your liking
Supporto illuminatore per parabole mesh a 4 tiranti
This is a collection of nosecones I have made for the rockets made in the model rocketry club at my school. The models are based on the parabolic nosecone shape with rounded points to improve durability. The four models I uploaded are the…
VESA-to-dish shim A printed block that bolts to a monitor arm's VESA quick-release plate on one face and takes the satellite dish's mounting plate on the other. dish plate (ears up, flat face down) │ M6 down into the shim…
A model of a Parabolic antenna I made to make a lamp for a friend! The end result was a bit shoddy with a couple of pieces that I had to extend, but with some glue I managed to make it and it turned out pretty great! Fair warning: Taking…
Un vase dont le design surfacique est généré avec une paraboloÏde hyperbolique (rien que ça!) qui a été démultipliée et placée par jeux de symétrie. Cette version est la version avec 2 couleurs. Un vase intérieur imprimé en mode vase…
Each model was made using a different parametrization. Specifically, as a graph using cartesian coordinates, as a graph using polar coordinates, and in cylindrical coordinates. The included photo is of some older models, but created using…
.4 nozzle. .2 layer height. Default settings. Bracket and filament guides must be printed on the side with the thin edge facing up like in the photo. The edge printing for the guide has the bonus of making the print stronger and have less…
A simple broad parabolic reflector for Meshtastic 915 or 868 MHz. This has been tested with the Alfa 915 N Connector antenna and has minimal impact on SWR. Front to back gain is around 15 dB with almost no difference in signal strength…
These parabolic reflectors allow for forward-facing beams. They are designed for the Mini-Bowern mount, which is used on LED light sources from Yongnuo and others. Several parabolic curvatures are available, as well as a protective cover…
This is based on the plot Z= - (X^2) - (Y^2) (known as a paraboloid) but instead of being a continuous surface, I've discretized it so that it is formed from a collection of varying height square prisms. Three STL files included:…
This is based on the plot Z=X*Y (known as a hyperbolic paraboloid or a saddle point) but instead of being a continuous surface, I've discretized it so that it is formed from a collection of varying height square prisms. Aside from looking…
Endless Design Lab's Parabolic Wave Grid Panel No. 3 features an intricate parabolic wave pattern, created by extruding a grid of squares at varying heights. With this purchase, you'll receive the model files (STL, OBJ, & 3MF) for the…
