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Nero develops software applications and platforms that enable users to smartly edit, organize, backup, convert, or share their photos, videos, and music. Javascript scripting is either disabled or not supported by your browser. This site recommends Javascript to function properly. Only for a short time! From the introduction you know by now that this platform or website is all about downloads. This is to tell you that this website means business which is the business of downloading.
Taking a look at the lightDL. Firstly you will notice that you can find all the latest movies that have been released on the front page. And you can decide to choose from page 1 to the end to see all the latest movies.
Another thing is that this site is not only for movies download but also has TV Series power and TV shows all for your viewing pleasure. This is because not everyone likes watching single movies others like me love series and TV shows a lot.
Also if you are into Korean and Chinese movies and series you can also get them easily from this platform. XYZ are quite numerous. The site is not the most beautiful that we have seen but it gets the job done. Nearly every part is 3D printed. The tracks are 3D printed sections with copper tape conductors. The locomotive has a 3D printed frame.
Automated track switches use hand wound coils on 3D printed bobbins. Next we have [Rob] with Quadrup3D , his 3D printed quadruped robot. An Arduino with a Bluetooth handles on-board processing. This robot is built from 25 individual 3D printed parts. From the center frame to the legs, just about every major structural piece has been spit out by an FDM desktop printer. A laptop processes commands from the mouse and sends them to the robot. Using a control scheme like this allows [Rob] to quickly and easily experiment with different gaits and stances for his four legged friend.
LOKI uses 3D printed parts for most of its major components. Riding on these rods are 3D printed propeller guards, battery holder, and electronic enclosures. One of the most interesting parts is the 3D printed gimbal, used to stabilize aerial video. If you want to see more awesome complex 3D printed projects, check out our new complex 3D printed projects list!
Trying to pick great 3D printed projects on Hackaday. There are just way too many to choose from. Simple functional prints are designs which perform some function in the world. By simple, I mean they have only a few moving parts or electronic components.
We start with [Scott] and L Extrusion Endcaps. Every Home Depot, Lowes, or hardware store has a selection of extruded aluminum. Typically there are a few flat bars, and some L brackets. L brackets are great, but they can be a pain to work with. Not a problem when you have a 3D printer on hand. A bit of CAD magic later, and he had a model for the perfect earbud tip. While he could have directly printed the tip in a flexible filament like NinjaFlex, [Joe] opted for a pure silicone tip.
He printed molds, then mixed silicone caulk with cornstarch as a catalyst. The resulting earbuds sound and feel great!
Helmholtz coils are used to create uniform magnetic fields. Why would you want to do that? Building the coil is as simple as printing it and wrapping some copper wire. Not bad for a bit of plastic and wire! Sometimes you need a bit of magnification to see those tiny resistors though. Two 6mm steel rods are the backbone of the design.
This is actually the third revision of the design. A small jaw extender was the perfect tweak. If you want to see more simple functional 3D printed projects, check out our new simple functional 3D prints list! From the original RepRap project on up through current commercial offerings, 3D printers have become an indispensable tool for hackers, makers, and engineers.
While printers may not have started a desktop manufacturing revolution, they are a desktop prototyping evolution. These printers also continue to evolve, with new projects pushing the technology ever forward. The Icepick definitely succeeds at this. The motors are commodity steppers. Control is via the long proven Ramps 1. A few ball bearings and metal parts fill out the vitamins of this design. Just about everything else is 3D printed in true RepRap style.
Prints at 0. Next up is [Machinist] with 3D printer brain retrofit. Commercial 3D printers have been available for decades now. This means some of the older models are getting a bit long in the tooth. The mechanics of the Dimension are still in good shape, but the electronics have seen better days. So far the Dimension has been gutted, and [Machinist] has gotten the monster stepper motors playing sweet music with his new control board. The warmer plate has even become a heated bed for ABS prints.
Unlike Icepick up top, the aim of this design is to use as few 3D printed parts as possible. Think of it as a caffeinated RepStrap. According to [jcchurch], this printer has been running strong at Tropical Labs for over a year. You can even pull the delta assembly off and make a pot of coffee! The coffee maker printer is still somewhat of a teaser project. If you see [jcchurch] online, tell him to head over and give us more details!
Linear stepper motors can be thought of as regular stepper motors, just unrolled. This lead to a whole separate project to measure the permeability of the filament. This is the type of project we love — one that might not work out, but really gets people thinking. Check out the comment thread on the project to see Hackaday.
If you want to see more 3D printer projects, check out our updated 3D printer list! As always, see you next week One of the best ways to teach electronics and programming is with hands-on learning. Get the concepts off the computer screen and out into the real world. Students of all ages have been learning with robots for decades. Many older Hackaday readers will remember the turtle robots.
Buying one or two robots can get expensive. Equipping a classroom full of them can break the bank. Edubot rides on a 3D printed frame with low-cost gear motors for a drive system. The micro and motor drives are integrated into a custom board [Tom] designed. Big robots can be intimidating. Tiny robots though, are much easier to wrangle. Each robot is under 2 cm square. These micro bots have big brains with their ATmegaP micro controllers.
Robots are expensive, and international shipping can make them even more expensive. Wheels,and tires are low-cost units. Motors are RC servos modified for continuous rotation. The brains of the robot is an Arduino Mega , which should provide plenty of inputs for sensors. Finally we have [Rodolfo] with Plobot. Plobot is a robot designed for the youngest hackers — those from four to seven years old. Each card contains a command such as move forward, turn, start, and reset.
Many of the language mechanics are inspired by the Scratch programming language. Plobot has already been tested with students, where it made a great showing.
If you want more mind hacking goodness, check out our brand new educational robot list! A mind is a terrible thing to waste — but an awesome thing to hack. We last visited brain hacks back in July of Things happen fast on Hackaday.
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