Tampilkan postingan dengan label design. Tampilkan semua postingan
Tampilkan postingan dengan label design. Tampilkan semua postingan
Disney Research released their software demonstration which shows how it is possible to automatically design 3d printable robots that can move with different cinematic and motion systems.

You basically just input what you want a robot to do and algorithms calculate the 3d printable design. I see dark future for human engineers job security.

Now it is used for small robotic creatures, but I can see it being used to developed large military mechas or smaller mission customizable war bots.




From project description:

We present an interactive design system that allows casual users to quickly create 3D-printable robotic creatures. Our approach automates the tedious parts of the design process while providing sample room for customization of morphology, proportions, gait and motion style.
The technical core of our framework is an efficient optimization-based solution that generates stable motions for legged robots of arbitrary designs. An intuitive set of editing tools allows the user to interactively explore the space of feasible designs and to study the relationship between morphological features and the resulting motions. Fabrication blueprints are generated automatically such that the robot designs can be manufactured using 3D-printing and off-the-shelf servo motors.
We demonstrate the effectiveness of our solution by designing six robotic creatures with a variety of morphological features: two, four or five legs, point or area feet, actuated spines and different proportions. We validate the feasibility of the designs generated with our system through physics simulations and physically-fabricated prototypes.

Project homepage:

http://www.disneyresearch.com/publication/interactive-design-of-3d-printable-robotic-creatures/


It just needs to be bigger and carry some lasers!


Rich Olson has another great tutorial on how to design and make chainrings using open source software and low cost CNC.





Here is the link to original post with all the tools and scripts needed:

http://www.nothinglabs.com/chainringgen-making-a-chainring-with-open-source-software/


Rich makes a chainring for his bicycle but they have different uses in power transmission. Beside metal they can be also made on a small CNC from other materials like carbon fiber.




Finished carbon plate chainring for a custom bicycle:









FlatFab is a new CAD software that lets you intuitively design with two dimensional surfaces which you can then combine in 3d objects. It looks ideal for designing furniture or objects for CNC cutting.

I'm really getting interested in CNC cutting and milling since you can make larger functional objects like furniture from cheap materials like plywood.

Here is a simple FlatFab tutorial:



FlatFab homepage where you can download the software: http://flatfab.com/ 

There is no information on price or open source availability. It looks like it is in early stages of development so new features and improvements can be expected. It is available for Windows, Mac and Linux.

Update:

Here is a response from FlatFab team member:

"hi, flatfab is not open source at the moment, but it is FREE, and we intend to keep it that way. we also plan to grow with our user community so try it out and keep your feature requests coming."


Nice job FlatFab!


FlatFab user interface

Small pencil holder made with FlatFab

Update:

here is flatfab UIST 2014 presentation "Interactive modeling with planar sections":




I want to learn how to use Blender more for my 3d printing modeling  needs. Here is collection of tutorial videos I found you may find also useful.


Here is simple Blender 3d design for 3d printing tutorial by Jim Craig:




Here is one slightly more complex and detailed made by EcTechTime:




Tutorial by Benjamin Morgan on basic model and Blender setup preparing it for 3d printing:




Here is the entire playlist with many detailed Bender tutorial videos if you want to get into it deeper created by Jason Welsh:




Here is a detailed tutorial by i.materialise about preparing and checking 3d models for 3d printing:



Enjoy learning!






Aaron Porterfield created two tutorials which I as a eyeglasses wearer appreciate. He (and I) often brakes his glasses so here is a solution if you can use some CAD software and have some equipment.

Here is detailed tutorial on how to 3d scan prescription eyeglasses lens by taking photos of a lens covered by masking tape:

http://www.instructables.com/id/3d-scanning-a-glasses-lens/





When you have a scanned lens (or lenses) you can design your custom 3d printable frame:

http://www.instructables.com/id/How-to-design-3d-printed-glasses/?ALLSTEPS

There are a few simple(ish) steps involved, but nothing an average user can't master ...



And here is the final result:



You can print the frame on your home FDM machine but the results will be more rougher. For best quality use a SLS or PolyJet 3d printer.

Great work Aaron!



Printednest wants to give birds 3d printed nests inside cities. They want to have our feathered little friends inhabit cities once again. Ok they will crap on you from above, but nature is GOOD ... right!?
Their designs look very cool! And the designs are already in 4th generation ...



























Project homepage: http://www.printednest.com/

They are building a community and want more people to join them. You can build your nest and pin it on a map, even live feed from it ... Currently they have 40 nests in 27 cities in 7 countries.



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diy VRAY VISOPT new diy 3d printer SKETCHUP MODELS HOUSES - VILLAS how to SKETCHUP MODEL LIVING ROOM low cost software open source arduino electronics instructables cnc SKETCHUP MODEL BEDROOM 3d printed robot europe guide VRAY PROXY kickstarter SHOP fff tutorial SKETCHUP MODEL DINING ROOM SKETCHUP MODELS CHAIR & EASY CHAIR education 3d printed toys fun hack resin robot sound space 3d printed weapons CHALLENGE SKETCHUP MODEL KITCHEN art home manufacturing large printer music open source 3d printer pop culture reprap ultimaker wearable 3d model 3d printed buildings 3d printing materials SKECHUP MODELS TABLE SKETCHUP MODEL BATHROOM delta 3d printer humor tips 3d printed music instrument 3d printing filament 3d systems VRAY TUTORIAL BASIC car cnc mill comic design eyewear heated build platform multi color multitool nylon paper print bed sla stratasys upgrade 3d printing in cement 3d scanner Switzerland adafruit australia cad controller cool things to 3d print extruder germany indiegogo large models medical applications of 3d printing mold repair review syringe video 2016 CES HDRI NASA OpenSCAD SKETCHUP MODELS FURNISHING ACCESSORIES SKETCHUP MODELS OFFICE FURNITURE TEXTURE aircraft android concrete dlp drone family filament extruder food formlabs furniture game google glass house household items hybrid i3 india keyboard laser optics pellet prosthetic prototype prusa raspberry pi science sls stereolithography tool uv 3d printing waste water web app 3d printer crime 3d printing on battery power BACKGROUNDS Future NEWSLETTER VISMAT VRAY SKETCHUP aluminum animal app aquaponics bluetooth camera casting ceramic clay desktop production disney diy science ecology energy generation engraver eye glasses fantasy figure hydroponics italy jet engine mcor metal 3d printing ninjaflex pcb milling pet pets pick and place plant plastic welding plywood polishing problemsolving rail recycling replacement part satellite school sf smoothing speakers sweden test 2014 3d printed airplane 3d printed car part 3d printed food 3d printed gun 3d printed uav 3d printer review 4d printing 5 axis Autodesk CUT OUT PEOPLE MIT Marlin Netherlands PS TUTORIAL SKETCHUP 3D MODEL VEGETATION Spain UK USA abs archery asia automation bed leveling bicycle biohacking bottle calibration chocolate composite control unit copyright creative commons dc motor digital fabrication disabled dremel enclosure fdm filament fire foldable form 1 garden ge history hype industrial injection molding insects jewelry laser cutter laser cutting law lens linux mach3 metal casting military modular multi materials open source hardware outdoor pen play-doh polyurethane problem repstrap router sand scara seemecnc selective laser sintering servo shapeways slicer solder speed support material thingiverse toy tv ultrasonic v-slot visualization weapon web web interface welding wifi windows wireless 3d printing wood wood frame 3d printer 2d to 3d 3d copy 3d drawing pen 3d print platform 3d print quality 3d printed sensors 3d printed vehicles 3d printer desk 3d printer stand 3d printer table 3d printing 3d printing wood 3d printshow 3d startup 6 axis Czech Republic ESA France GRAPHIC DESIGN ELEMENTS Intel Galileo Korea MDF Objet PETG Printrbot SKETCHUP 3D LIQUID SKETCHUP MODEL BABY - GUYS FURNITURE SKETCHUP MODEL LOFT & APARTMENT SKETCHUP TUTORIAL Shapeoko Singapore Slovenia TED VR VRAY TUTORIAL EXTERIOR VRAY TUTORIAL INTERIOR abs juice acetone acrylic africa air airwolf3d all-in-one apple armour arrow automotive batteries bedroom bioprinter blacksmith blender blind bronze brook drumm business buying home cardboard ccc cell cerberus children china closed loop cloud cody wilson community company tour cooling cosplay cubesat customized daily use data delta demonstration denmark drill dual extruder e3d economy environment etching fashion filabot filaflex firmware flexible ford friction welding fumes gartner gears general glass glue google graphene harvard hdpe heat chamber hungary ikea industrial 3d printer intellectual property ip rights japan k8200 kai parthy kinect laser sintering lcd led lego leveling library linear actuator liquid london lost pla casting lulzbot magnets make makerfarm prusa making money with 3d printing manufacturing map market metal filament metal hot end mexico microscope microsoft mix mobile 3d print control mobile factory model quality modification molecule moon nanoparticles nature news nfc ordsolutions parametric paste patent pcb photography plasma cutter plotter poland polyjet portable 3d printer portugal powder 3d printing presentation printhead process prosumer pump pvc pipes quadcopter reddit repetier replicator reprappro retro rings robo 3d rocket rostock max rubber rubber band russia sea security self assembly setup sharing slic3r smartphone solar south africa spaceX star trek steel stepper students surface tablet taiwan ted talks temperature testing textile titanium type a machines uav ultimaker 2 university usb user interface velleman virus wanhao wasp wasp 3d printer watch wind generator wire workspace xyzprinting