New short link!

segunda-feira, 30 de janeiro de 2017

Filofab, façam o vosso Filamento 3D! E um Termoformador, um Site de Circuitos, Moldes de Resina, e durmam no carro!

A Impressão 3D gasta muito Filamento, por isso, cortesia da  Kas' Embedded Projects and Review, aqui vai a notícia desta máquina que produz a vossa própria mistura de Filamento:



Kas' Embedded Projects and Review
Kasriel Lewis
Possibly the biggest growing technologie today is the 3D printer, this is partly due to its decreasing cost. This drop in cost of 3D printers is largely due to the standardization of the technology as more printers use the same base technologies. The cost of filament however, whether standard or exotic, still remain relatively high.
D3D Innovations has been working to change this. Their filament fabricators allow anyone to create their own filament using various plastics, combinations and fillers. While the Filafab is meant for plastic “beads” the Filafab has had no issue working with plastic regrind from recycling plants. 













A impressão 3D leva muito tempo, e gasta material que não é barato...
Solução?
Imprimam 3D uma vez, e façam N Objectos, através deste Termo-Formador por Vácuo, obra deste simpático grupo de Designers Belgas: 






THERMOFORMER / VACUUM FORMER / PATTERNMAKERDajoM  
Hi !
Let me introduce ourselves
We are a group of Industrial Design Engineering students from Belgium. For our product engineering course we had to make a tool that can embed a pattern in a sheet of PMMA. After looking for the best method we came up with a home made thermoforming machine.
In this instructable we will show how we did it.
If you have any suggestions to improve our design or you have any questions
please let us know in comments bellow
Have fun building it !












Para responder a uma pergunta, encontrei um Site que vos faz a papinha toda, no que diz respeito a fazer parar um Motor, em fim-de-curso isto é, quando ou onde o movimento que vocês querem que uma máquina faça, tiver de parar...
É umSite com muito para lá pesquizar, vão lá:





Como usar micro-switches e chaves de fim de curso como sensores (MEC097)Instituto Newton C Braga 
Este é um artigo didático de 2007 mas que se mantém atual, pois os micro-switches sempre serão utilizados em projetos de mecatrônica. Pela maneira simples como o assunto é abordado , sugerimos sua utilização como texto básico ou mesmo apostila nos cursos de tecnologia ou mesmo técnico.
Micro-switches, deep-switches, chaves de fim de curso e até mesmo push-buttons podem ser usados como eficientes sensores para projetos mecatrônicos. Mesmo a sua limitação de fornecer apenas um contacto pode ser contornada em aplicações interessantes com o uso de circuitos eletrônicos relativamente simples. Veja nesse artigo como fazer isso.
Micro-switches, deep-switches e chaves de fim de curso com uma infinidade de tamanhos e formatos podem ser encontradas com facilidade a um custo muito baixo. Na figura 1 temos exemplos dessas chaves.











Voltando ao tema da Moldagem, aqui, neste Vídeo do Canal Mold3D Channel, são objectos inteiriços que se produzem, e não invólocros ocos, com este Produto de moldagem, o Oomoo 30, e estar Resina, a Smoothcast 325:





Molding and Casting from a 3D print
Mold3D Channel 
3D Artist Greg Perkins demonstrates his process of taking a design from concept to realization. Using 3D Printing, mold making and finally casting. 












Nas viagens de Exposições de Invenções, nãose sabe se se nãovai dormir no meio da estrada, ou os Hotéis estão cheios, por algum imprevisto, ou etc...
Por isso é uma boa opção, para nós e para todos, esta rede para Emergências várias: 





Conheça a rede de montar no interior do carro. Veja o vídeo
EDIMARCIO AUGUSTO MONTEIRO 
Se você já teve que dormir em seu carro, sabe que não é o lugar mais confortável mundo. Mas, às vezes, devido às circunstâncias, é preciso, nem que seja para tirar um cochilo. Mas uma empresa norte-americana quer mudar essa situação e lançou a Car Hammock, uma #Rede removível instalada no interior do veículo em 5 minutos.
Ela é presa nas partes traseira e dianteira do carro, ficando suspensa no interior. De acordo com a fabricante, a rede suporta o peso de dois adultos, ou seja, pode ser usada por um casal. Ela somente não pode ser utilizada em veículos de duas portas ou com bagageiro no teto porque não dá para montar. Outra exceção são os veículos mais antigos que não têm os bancos dianteiros reclináveis. 







terça-feira, 24 de janeiro de 2017

Polaroid 3D! E uma Cola-Solda, Esculturas animadas, uma Secretária-Computador, a SmartMachine, e SENSIble

Imprimir em 3D com qualidade fotográfica, é o que a Polaroid se propôe fazer! Não só Impressoras 3D, mas também Canetas 3D, a cores:



Polaroid launches new 3D printers and modeling pens at CES 2017

Anthony Thurston
Polaroid, the company that many of you still associate with instant photography, has announced several new products at CES 2017 with a very different focus — 3D printing and modeling. The new 3D printers and pens are aimed at making the technology easy to use and more accessible to the general public. 
Starting off with the 3D printers, Polaroid is launching three models to choose from, varying in size but with each of the units manageable in a home or small office environment.









Isto vai dar brado!
Uma soldadura em forma de COLA?
E capaz de fazer coisas inimagináveis, até agora, como ligar vidro e filamento...






Mesoglue - A cola metálica que pode substituir a solda

Igor Kipgen 
Uma startup nascida dentro da Northeastern University tem o objetivo um tanto quanto intrigante, por assim dizer. O professor Hanchen Huang e os seus orientados de doutorado, Stephen Stagon e Paul Elliot, pretendem colar algumas ?coisas? que para o senso comum pode parecer impossível.
Essas "coisas" são tudo, desde a unidade central de processamento de um computador e uma placa de circuito impresso, até o vidro e o filamento em uma lâmpada. O forma de anexá-los é, surpreendentemente, uma cola feita de metal que cura a temperatura ambiente e requer pouca pressão para selar. "É como soldar, mas sem o calor", diz Huang, que é professor e chefe do Departamento de Engenharia Mecânica e Industrial. O novo estudo foi publicado na revista Advanced Materials & Process. 

We bridge the gap between nanotechnology and real world applications. Meso is the space in-between.
MesoGlue was founded by Huang and two of his PhD students: They had a dream of a better way of sticking things together.
“Our first inspiration came from the desire to make dye-sensitized solar cells last longer, giving this technology the longevity necessary to become an important energy solution. We then heard reports of iPhones exploding, and realized that not only could we make devices safer, but could make them run cooler and last longer as well. We are excited to be using our expertise in nanotechnology to advance the state of technology and hopefully make the world a safer place.”









Isto é quase psicadélico!!!
Uma espécie de escultura nova, que, quando em rotação, e sob luz Estroboscópica, aparenta mover-se, num movimento infinito e fantástico, um Zoétropo 3D, mas com a animação intrínseca ao próprio Objecto! 






Blooms: Phi-Based Strobe Animated Sculptures

edmark 
This instructable demonstrates and explains blooms, a unique type of sculpture I invented that animates when spun while lit by a strobe light (or captured by a video camera with a very fast shutter speed).
Unlike a traditional 3D zoetrope, which is essentially a flip book of multiple objects, a bloom is a single coherent sculpture whose ability to be animated is intrinsic to its geometry. 












Uma Secretária-Computador!
Fica fora de vista, mas pode-se mexer em tudo à vontade, quando for preciso...
E quando não é preciso mexer, tem-se uma secretária limpa e ordenada. 






Building A Computer Desk / DIY Desk PC
craftedworkshop 
In this two part video and Instructable, I'll show you how to build your own computer desk / desk PC. What's a desk PC? Well, you take all of your computer components and shove them into your desk, negating the need for a computer case. More importantly, they're fun to build and trick out!
Make sure to check out the two videos above before moving onto the Instructable! There's a lot of detail that's hard to convey through pictures and text alone. Onwards! 











Mais novidades no campo da IoT, com estes Cips que transformam tudo em apps e aparelhos para ter acesso pela Net:





6LoWPAN devices designed for Network and IoT applications
The SmartMachine® and the SmartModule are flexible and reliable sub1GHz-devices, IPv6 natively with a powerful Cortex M3 onboard. 
The SmartMachine simplifies the creation of local network applications accessible by Internet, thus manageable from smartphones, and allows the data storage in the cloud.
The SmartMachine is addressed to Open Source World and to the Developers community: it meets the requirements of Contiki OS thanks to its own powerful ARM Cortex M3 Microcontroller, it enables the natively development of firmware with 6LoWPAN protocol to create star or mesh networks.  
The SmartMachine with Thingsquare turns traditional objects  into devices and applications for the loT, so designers can focus mainly on the characteristics of their project (marketing, deployment,…) 








Sensores, Bluetooth, e o que mais, conjugam-se com a ajuda destes Chips, para vos facilitar a vida, a produzir Protótipos sem programação complicada, juntam-se módulos como mum jogo de construcção, programa-se com um intrerface GUI, e já está!







SensiBLE IoT Module - When Bluetooth & Sensors come together
On the shelf integrated and certified “Hardware Ready” module, which gives you freedom from hardware development and production logistics.
SnsiBLE Hardware Ready enables integration of sensors with wireless connectivity, not requiring any RF experience or expertise for transforming into the final product.
It provides a complete RF platform to deliver Sensor reading over BLE to smartphone and to the cloud in a tiny form factor. Being a certified solution optimises the time to market of the final applications. 








quinta-feira, 19 de janeiro de 2017

Gravar a 2D e 3D! E imprimir em METAL na vossa Desktop, 46 Sites para aprender, Placa cortada a Laser pela Sculpteo, e uma Mesa Lixadora.

Eis uma maneira engraçada de fazer uns trocados bem-vindos, uma pequena máquina CNC que grava por uma micro-fresa e por um Laser de 500 Mw, por isso, podem gravar tanto em 3D, como em 2D pequenas placas, e talvez algumas peças, com algum esforço, se usarem uma placa de acrílico, por exemplo, por cima duma uma placa sacrificial:







EleksMaker EleksMill CNC Micro Engraving Machine With 500mw Laser Module 
Features:
1.This product not only can be used as CNC Micro Engraving Machine, and with a 500mw Laser Module, can be used as a laser engraving machine.
2.Two functions can be switched with each other, allowing you to work even easier.
3.Make of Aluminum material,durable and solid,Adjustable focal length, to wood carving, you can use the NC and so on.
4.Main purpose: wooden plaque engraving, laser engraving, PCB sculpture, acrylic sculpture
5.Equipped with constant-current driver board ensure stable output optical power,low heat no external driver board needed,easy to use. 












Na vossa simpática e acessível Impressora 3D, já podem imprimir em METAL! 
Muáháháháhá!
Sim, estes bacanos já vos fornecem este Filamento em Cobre, e outros Metais se seguirão.
A coisa funciona em 2 passos:

-Primeiro imprimem num Filamento com uma elevada percentagem de Metal;
-E a seguir, levam o objecto a um Forno, donde sai um Objecto em puro Metal!

Fantástico.







3D printing metal on a desktop FDM printer, exclusive interview with The Virtual Foundry founderMichael Petch 
Is 2017 going to be the year for 3D printing metal? Recently 3D Printing Industry reported announcements from Markforged about their forthcoming Metal X 3D printer, a drop in the price of metal additive manufacturing with the OR Laser machine and a decrease in the size of machines with InssTek’s DMT MS250.
I spoke with Brad Woods of The Virtual Foundry to find out more about his plans to bring 3D printed metal to a wider user group. 
3D printing with copper
“Suddenly every industry is starting to realize what 3D printing can do,” he tells me. Woods has developed a range of 3D printing materials called Filamet™. This material is sold in rolls and bulk pellets. It is currently available in copper, with more metals planned for release this year.
Filamet™ is a highly infused 3D printing filament and early adopters have found a range of uses for the product. The combination of FDM 3D printing and Filamet™ produces attractive and unique prints with a satisfying weight. Once printed, secondary processing using a kiln and The Virtual Foundry’s “Black Magic Powder” produces a pure metal print.
A photo sent to me illustrates the end result. “We leave the print layer lines in these so you can see the level of detail that is reproduced. It also helps with the skeptics, but I think we’re past the unbelievers by now.” 
https://3dprintingindustry.com/news/3d-printing-metal-desktop-fdm-printer-exclusive-interview-virtual-foundry-founder-103672/











Podem aprender o que quizerem , agora, graças à Net, por isso, é importante este Artigo, onde apresentam 8 listas(!) cada uma com categorias diferentes, de vários Sites, para isso... 
E à borla!








46 sites gratuitos para aprender novas competênciasAlerta Emprego 
Antigamente, se queríamos aprender algo novo tínhamos de nos deslocar a um local específico e pagar.
Esses dias acabaram.
Atualmente, estão disponíveis um conjunto de sites, aplicações e instituições (tal como Harvard) que oferecem um alargado leque de experiências de ensino e às quais podemos ter acesso em qualquer parte do mundo, sem sairmos de casa. E muitas delas são gratuitas.
Neste artigo apresentamos-lhe uma lista de sites e aplicações onde pode aprender algo novo nas mais variadas áreas e actividades. 
http://blog.alertaemprego.pt/46-sites-gratis-aprender-novas-competencias/













Já podem encomendar as vossas peças, de chapa cortada em Metal, à Sculpteo, oque é uma boa notícia para quem não pode perder tempo a mandá-las cortar aqui e ali, sem saber, de antemão, da qualidade final.
Vem em Alumínio, Aço, e Inox:











Sculpteo’s Laser Cut Metal Service is available!

Eole Recrosio  
In our quest to provide access, online, to the Factory of the Future, we decided four months ago to launch our laser cutting service in addition to the online 3D printing service. The purpose is to allow you to combine the best of the two technologies for your projects. Whether it is for 3D Printing or for laser cutting, we are constantly seeking new materials to expand our offer. We unveiled at CES 2017 our new metal 3D printing offer, with stainless steel, aluminium and titanium.
We are now launching laser cut metal! With our 3 new laser cutting materials: steel, stainless steel and aluminum.
For us, 2017 is the year of metal digital manufacturing.
Laser Cut Metal is now live!
In July 2016, we were announcing the launch of our laser cutting service in a beta program. Two months later, it was time for laser cutting to be available for all our customers, with more than 60 types of our 4 main materials: acrylic, MDF, cardboard and plywood. Since then, we’ve been expanding our offer to other materials, thickness and colors.
After our technical thermoplastic POM, we are now proud to announce the laser cut metal materials!
Metal is only the logical follow-up to widen our catalogue of over 65 laser cutting materials. With metals, we allow the completion of technical and engineering projects.
Accessible everywhere in a few clicks, you can now choose among 3 specific metals for your laser cutting projects. 














E eis uma maquineta bem útil para manter a Oficina num nível decente de limpeza, uma mesa Lixadora com aspiração incorporada, sem esquecer o Filtro de Ar!








Down Draft Sanding Table (On the Cheap!)*

RichFarwell 
I had a commercial down-draft sanding table when I had my own shop. It was great at keeping the dust in the shop at tolerable levels. But that table is long gone now. These days, I volunteer at our local SLO MakerSpace as the Woodshop “Guru.” We had a few “extra parts” sitting around, so I thought I’d build a new table for the Space because I really liked mine. 












quinta-feira, 12 de janeiro de 2017

Aulas em Impressão 3D? E IoT Arduino, façam a vossa DLP, Metal 3D por encomenda... E um Tractor Beam!

Não querem entrar no Mundo da Impressão 3D às cegas?
Pois a Instituição de Ensino Online que é a Instructables, faz-vos a papinha toda, que vos ensina os Truques todos, em Aulas Vídeo!
Categoria!

3D PRINTING CLASS

with JON-A-TRON 
Welcome to the world of 3D printing! In this class, you will learn everything you need to know to design and 3D print your own creations. It's really three-classes-in-one. We'll learn Fusion 360, an awesome (free) 3D modeling program that will let you design just about anything. We'll learn the ins-and-outs of desktop 3D-printing, and we'll learn how to sketch by hand so we can generate solid ideas. With this class and enough practice, you'll be a pro in no time. 









Da Hackaday vem-nos esta notícia, o novo protocolo NoRaé agora usado neste produto Arduino, para a Internet of Things, para ligarem o que quizerem à Net!
A malta da Arduino não pára...





CES17: ARDUINO UNVEILS LORA MODULES FOR THE INTERNET OF THINGS
Brian Benchoff 
WiFi and Bluetooth were never meant to be the radios used by a billion Internet of Things hats, umbrellas, irrigation systems, or any other device that makes a worldwide network of things interesting. The best radio for IoT is something lightweight which operates in the sub-Gigahertz range, doesn’t need a lot of bandwidth, and doesn’t suck down the power like WiFi. For the last few years, a new low-power wireless communication standard has been coming on the scene, and now this protocol — LoRa — will soon be available in an Arduino form factor. 
https://hackaday.com/2017/01/06/ces17-arduino-unveils-lora-modules-for-the-internet-of-things/










Mais uma maravilha do nosso amigo Aldric Negrier, podem agora fazer este tipo de Impressoras 3D famosa pela sua qualidade de Impressão, e esta, bem feita e com um volume de trabalho que não é qualquer coisa... 




RooBee One - SLA DLP Aluminum Frame 3D Printer
aldricnegrier
Roobee One is an SLA DLP 3D printer inspired on the Cristelia - SLA/LCD 3d printer and the Vulcanus MAX 3D printer.
It is built out of 20x20 mm aluminum profile chassis, It has an adjustable print area of 80x60x200 mm up to 150x105x200mm build volume using a ACER DLP projector.
The open-source machine is called RooBee One because it is red color just like a Ruby gem.
This instructables will guide you way thought the entire build process of assembling one. 
http://www.instructables.com/id/RooBee-One-SLA-DLP-Aluminum-Frame-3D-Printer/









Só querem umas peças impressas em Metal, sem terem de comprar Maquinaria caríssima?
A Sculpteo permite-vos mesmo isso, mandem o Ficheiro do Objecto 3D, e eles já têem um Programa que vos ajuda no processo de receberem o que querem em casa.
E em vários Metais!








The Smart Suite for Metal 3D Printing: Introducing Agile Metal Technology

HANNAH BENSOUSSAN 
It’s our big CES 2017 announcement: we’re launching AMT (Agile Metal Technology) a new software suite entirely dedicated to Metal 3D Printing. This suite is a big help for everyone who has a metal 3D printing project.
Along with this new Suite, we’re launching what’s needed to 3D print in metal. Starting now, our 3D printing service includes DMLS and SLM metal 3D printing directly online. By launching this new offer, we put our expertise and intuitive interface towards making 3 new materials available: Aluminium (SLM technique), Titanium (DMLS) and Stainless Steel (DMLS). 












Eis algo de fascinante, um verdadeiro Raio de Tracção, ou Tractor Beam, mas acústico, para entusiasmar a Pequenada a envolver-se em Ciência, e quem sabe, desenvolver verdadeiros Tractor Beams, no Futuro!
Parabéns pela Ideia!





Acoustic Tractor Beam

Asier Marzo  
Tractor Beams are mysterious waves that can attract particles towards the source. Here, we will show you how to build an Acoustic Tractor Beam with components that can be bought directly on the Internet for less than 75$.
With this Instructable you will be able to get in your hands a device that it was only seen on SciFi movies such as Star Wars or Star Trek.
If you want more scientific background on Acoustic Tractor Beams, you can check our Open Access research papers:
How Acoustic Tractor Beams Work
Acoustic Delay Lines for Compact Tractor beams 









segunda-feira, 9 de janeiro de 2017

Fernando Ferreira Lopes na India

Cá vai o avançando nosso amigo Fernando Lopes, na sua Saga de fazer pela Inovação Portuguesa, desta vez, com uma Delegação do Primeiro Ministro de Portugal!
Vamos continuar a seguir esta Viagem, que promete, eis 14 Fotos que terão texto a acompanhar, em breve...




Fernando Ferreira Lopes on India
A lifetime of very hard work, for Portuguese and World Innovation, finally begins to show trough. Here's Inventarium Science's CEO and Visionary Fernando, making it great for Portugal, along with Portugal's Prime Minister, Delegation, something to to remember. Congrats to all!

http://www.inventarium-science.pt/




sexta-feira, 6 de janeiro de 2017

Inventarium em Bangalore! E uma Impressora 3D de Bolso(!), uma Bancada Universal, uma caixinha de música 3D, e um Isqueiro de Arco!

...A lutar pelos Inventores Portugueses, lá foi o Eng. Fernando Ferreira Lopes em mais uma viagem à nobre Nação Indiana, para que se conheça mais sobre os Inovadores da nossa Pátria.
Estarems a par dos Eventos ali tidos, e aqui seguirão as Notícias.
Com os desejos de muita Boa Sorte, cá vai o início do relato:





Dear Friends! 

Here we go again!!! 
This time we return to India, to Delhi, Ahmanabad, e Bangalore. 
Second time in 3 months.
We proudly announce that we make part of the Portuguese Prime Minister Delegation. 
I will bring a lot of pictures and movies to post and share with you my dear Friends, Brothers and Colleagues! 
Sorry but I could not forget to mention my dear Loving ones, I will represent their interests the best I can.
INNOVATION IS MOVING FINNALLY AFTER SO MANY YEARS OF IMMOBILITY.
My very best regards to all Members of INVENTARIUM-CIENCIA.
we did 4 U.
Just take a look to the Hotels we are going to stay:
You will say WOW!!! Like I did.
DELHI:
BANGALORE:
See you soon! 
HAPPY NEW YEAR!!! :V
https://www.facebook.com/ferreira.lopes.9












Pequena em tamanho, e no preço, mas não em Qualidade, eis uma Impressora que ainda por cima, é fácil de operar, e de re-carregar...
É bom!
Concebida para facilitar a vida a toda a gente, eser acess´vel, eis uma boa ideia que espero vir a ser seguida por muitos outros...






PocketMaker 3d printer
Pocketmaker is a pocket 3D printer  that can be afforded with pocket money. 
The Pocketmaker is for everyone.
We designed it to be perfect for beginner users but also for expert users.
You can not only print your own 3D model on your computer but also connect your phone to print.
PocketMaker use replaceable nozzles, so you never have to worry about nozzle clogging
You can use PLA or ABS, as well as our pocket filament spools or other standard 1.75 mm filament spools available on the market.
We specially designed pocket PLA filament spools so that people can print with more materials and color choices. 
Printer volume: It's a cube,  80 mm (3.15 in) per side.
It is lightweight, roughly 850g (1.87 lb). 
Replaceable nozzle.
Removable Print Bed.
Print accuracy:0.2mm.
Wireless connection. 
USB-Compatible connection.
It can be used with Android, iOS, Windows,or Mac.
Filament: standard 1.75mm. Nearly  160 g(0.35lb) rolls.
Supports many different materials:  PLA,ABS,and more.
Other standard 1.75 mm filament spools on the market also supported.
PocketMaker APP for an effortless, plug-and-play experience.  
Supports and uses open source software (for advanced users) 














Uma boa Bancada de trabalho, é algo que faz muitafalta a qualquer Engenhocas que se preze, e esta, quer-se para quem queira tanto ordem na Oficina, como tudo facilitado, para poupar tempo.
E ainda é barata de fazer, óptimo para Sucateiros e Sovinas, como eu!






The Universal Multipurpose Workbench
Dui ni shuo de dui 
On Instructables, more than everywhere else, almost all projects will come out from some kind of workbench. However, and after quite a bit of research, I didn't find any model of workbench actually fitting my expectations. Some looked pretty nice, some other were easy to build, heavy duty, suited for wood working, mechanics or electronics, but none of them seemed to regroup all those characteristics together. This workbench was my attempt to solve this problem.
You are poor? Don't have much tools, space or woodworking experience? You are tired of sitting on the floor while you want to work on something? You are interested in every technological field and often will do electronics, woodworking, mechanic or 3D printing or milling? You want a workbench good for everything?
Then this workbench is for you! 













Eis uma encantadora ideia, para convencer a Patroa que as Engenhocas podemmesmo ter piada...
Uma Caixinha de Música impressa em 3D!
Um bom conceito forma este Projecto, foi baseado numa Caixinha original, em Metal,  




3D Print a Programmable Musical Instrument
TINGYU QU 
This Instructable is for you to build a 3D-printed programmable musical instrument. I was inspired by the beautiful sound from a real music box so I designed, printed and assembled a 1:1 model.
This is an interesting project for us to apply mechanical engineering ideas to create a music box. I designed the model by CAD Solidworks and printed the components by UP BOX and Form 2. The mechanical motion of the device is realized by the worm-and-gear system.
In reality, I do not own a 3D Metal Printer so the "reeds" of the musical instrument do not sound very graceful. However, the project shares useful experiences about how to 3D design and fabricate a delicate musical artwork.
To build the musical instrument, the following tools and materials need to be prepared.
1. 3D Printers: UP BOX, Formlabs Form II
2. 3D Printing Materials: PLA Filament, Tough Resin, Alcohol
3. Tools: Pliers, Tweezers
In this Instructable, both the Solidworks Part Documents and the STL Files are attached. 










E para aprender como se idealiza e faz um Isqueiro de Arco Voltaico, apendam comeste jovem mas dextro Engenhocas, como se faz...
Maravilha. 
A nobre Arte das Engenhoquices ainda tem Jovens à larga para a perpetuar, graças a Deus.







Start Fires With Electricity: DIY Arc Lightertanner_tech in 
Have you ever wanted a futuristic way to start a fire, or maybe just a cool desk toy that makes plasma? Have you wanted to start a winter fire in a way that does not involve an actual lighter with lighter fluid? Have you ever wanted a lighter that you never have to replace or refill? If so, then this is the perfect instructable for you. In this instructable, I will show you how to build an arc lighter from old recycled parts. It looks really professional and well made. The video below has a demonstration of the final product as well as a video tutorial to compliment this instructable. I will be building this as a Christmas present for my younger brother. 
http://www.instructables.com/id/Start-Fires-With-Electricity-DIY-Arc-Lighter/