3D Printed Stick Shift Handle

3D printed gear shifter

Here’s a silly hack for you guys. Turn your head (or anything else really) into a stick shift handle!

All jokes about vanity aside, [Haqnmaq] has outlined an excellent Instructable on how to take 3D scans, manipulate them, and make them 3D printer ready. He’s chosen to use a Microsoft Kinect (one of the cheapest 3D scanners around) combined with some low-cost 3D software. He’s used both Skanect and Reconstructme with great success, which both have free (albeit slightly limited) versions. The model he used for his stick shift was actually taken at the 3D Printing Experience in Chicago.

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Japanese Edition: 3Dプリンターで24時間以内に住宅建設。しかもリサイクル材料を用いたエコ建築。

3d printed house in china

by: [Hideyuki Yamamoto] based on this feature.

3Dプリンターメーカーが小さくて精度が高いプリンターを開発するのに躍起になっている中でShanghai WinSun Decoration Design Engineering Companyという中国にある会社がオリンピックプールの半分程度の大きさの巨大な3Dプリンターで実験を重ねているとBBCなどは報じている。

http://3dprinterplans.info/3d-printer-plans-news-round-up-for-wednesday-16042014/

縦32m、横10m、高さ6.6mものマンモスプリンターで400m2の平屋一戸建て住宅がプリント出来る。FDM技術によりセメントと建築廃材混合の壁が作られ、その会社によると一軒あたり5000ドル以下で建てられ、1日あたりなんと10戸の製作が可能とのこと。

そのプリンターは数年前に設計され、WinSunが海外から部品を調達し、蘇州工場で組み立てられた。
この会社は街全体の家をプリントする計画を立てており、リサイクル施設を建設するための部材を集めているという。この家は、まずは青島にて販売される予定だ。

FDM技術を使えば軽量で耐久性のある家がプリント可能になる。この手法は間違いなくオランダのKamerMaker社による建築よりも早いであろう。耐久性や安全性に関してはまだまだ改善の余地があると思われるが、安くて短期間に家が建つ可能性が拡がる話題である。

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Straw Based Filament?

Straw Based Filament

PLA (polyactic acid) is often toted as one of the most environmentally friendly and safe filaments for consumer printing, since it is derived from corn products — not fossil fuels. But there’s a new contender on the market, and that is a type of straw-based plastic filament — which also promises to cost around half as much!

Designed by a Chinese company called Jinghe, the material is made by grinding up various dried crops like wheat, rice, and cotton, which in China is typically burned to get dispose of. The sawdust is then mixed with additives like polypropylene, silane coupling agent, and ethylene bis(stearamide). It is then extruded into a pellets of uniform size to allow for easier processing. From there it can be used for injection molding (melting temperature between 160-180°C), or further extruded into filament form. The filament  and resulting prints are a woody color with an interesting fiber-like surface finish, with decent part strength.

The company has signed a $320,000 USD contract with the Shantou city government to produce this type of plastic for toys in the European market — If production ramps up, it could well become one of the cheapest filaments available!

We like to cover all these alternative filaments as they come out, and there is becoming quite a selection! If you hear of any new materials used for printing, don’t forget to send them in to the tips line!

[Via 3ders.org]

Solderless Pogo-Pins For Flashing Routers

Solderless Router Pins

Low-cost wireless routers are a dime a dozen these days — but what happens if you need to flash the firmware? Normally you’d have to solder in a serial connection in order to access it, but [Luka Mustafa] had another idea — pogo-pins!

It’s actually quite easy to make a small PCB with pogo-pins and then use a 3D printed bracket or alignment jig in order to make connection. They currently only have designs for a few TP-Links (WR740 and WR741ND) on their GitHub, but more will be added soon. They’ve also included instructions on how to restore firmware on any of these devices with their handy-dandy pogo-pin PCB.

[Luka] is one of the guys behind IRNAS (the acronym is in Slovenian), a non-profit open-source company that makes lots of cool projects. They believe in open-source and sharing technology in order to empower the world.

And if you’ve royally bricked your router it could be possible to unbrick it with a Raspberry Pi!

Replicator 1 Receives A PID Controlled Heated Chamber

Replicator 1 PID Heated Enclosure

Improving 3D print quality is a bit of a black magic — there are tons of little tweaks you can do to your printer to help it, but in the end you’re just going to have to try everything. Adding a heated build enclosure however is one of those things almost guaranteed to improve the print quality of ABS parts!

And for good reason too — heated build enclosures are one of the outstanding “patented 3D printing technologies” — It’s why you don’t see any consumer printers with that feature. Anyway, [Bryan] just sent us his upgrade to his Makerbot Replicator 1, and it’s a pretty slick system. His goal was to add the heated enclosure to the printer as unobtrusively as possible — no need for people to think his printer is an even bigger fire hazard!

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Opensource RhinoBOT Is Well Suited For Hacking And Sumo-Robotics!

RhinoBOT

The RhinoBOT is an open source and 3D printed robot that is fun to build and easy to expand. It can be used for educational purposes or even as a sumobot!

[Miguel Carro] runs a DIY robotics blog at bq.com (Spanish — Translated) to help teach kids about robotics using a fun cartoon character named Andy. He’s released all the design files for his latest printbot, the RhinoBOT on thingiverse.com. Using an Arduino UNO, an IR sensor, two rotational servos, an LED, batteries and a few pieces of hardware, you can build your very own RhinoBOT! That is — if you have a 3D printer.

The fun doesn’t stop there though, as [Miguel’s] also created a phone app to let you control your RhinoBOT wirelessly!  And since not all the outputs on the UNO are used, y0u can add extra functionality with a bit of creativity — how about being able to move that dozer! To see what it can do, and to start thinking about what you could do with it, stick around after the break to see it in action!

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3d printed house in china

3D Printing Homes In Less Than 24 Hours Using Recycled Materials

While many 3D printer companies are racing towards smaller and smaller accurate printers, a company in China called the Shanghai WinSun Decoration Design Engineering Company is experimenting with a monstrous 3D printer the size of half of an Olympic sized swimming pool.

The mammoth of a printer measures 32m by 10m by 6.6m and can print 200sqf detached single story homes. The printer uses FDM technology and deposits a mixture of cement and construction waste to build the walls. According to the company, it can cost less than $5000 a house, and the printer can spit out 10 houses a day!

The printer was designed a few years ago, and WinSun purchased the parts for it from overseas, and then had it assembled in a factory in Suzhou. They plan to print an entire villa of these homes, and to start building recycling facilities in China to collect material for use in the printer. The first home for sale will be located in Qingdao.

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