The 3d Solidworks Models of various components on www.PropellerCode.com have now been moved and are now being maintained at a new website called www.SolidShack.com.
http://www.solidshack.com/ is a new website dedicated to providing 3d models free of charge to anyone who wants them. The database on www.SolidShack.com is continually being updated to provide new 3d models on a daily basis. Most of the free 3d models on www.SolidShack.com are modeled in native SolidWorks format. Moving these 3d SolidWorks models to a new site is beneficial to you because now you can not only get the free 3d models in native SolidWorks 3d format, but you can get them in multiple other file formats as well! Please feel free to browse either of these sites for updates to these new 3d SolidWorks models.
The Solidworks 2009 Beta Release is expected to be released soon. The Beta program for Solidworks 2009 will officially launch in early June 2008. The Beta teasing is scheduled to start later this year than for the previous year because Solidworks noticed people lost interest over such a long duration of Beta testing. This year’s program will shrink down from a 15 week period to an 8 week program.The Solidworks 2009 Beta test program is set up so that Solidworks users across a variety of industries can help to make the final build of the Solidworks 2009 software as good as possible when it is finally released. This year the Beta program will be available to everyone via the Solidworks Customer Portal on the Solidworks website. (As of the day this was typed the Solidworks 2009 Beta is not yet released for testing) Some incentive for being part of the Solidworks 2009 beta test program is that Solidworks gives points for every glitch and bug found in their software. After, Solidworks gives away free stuff to people with a lot of points. Some of the top contributors to the Solidworks 2009 Beta test program win a free copy of Solidworks! Buying Solidworks yourself can run around $5,000 so it’s a nice prize if you ask me! More information will be released soon.
Just when you thought the Fabaloo DIY Fab@Home 3D Printer machine was a big sticky mess by squirting goo onto things, there is a new even more sticky 3d Printer design you have to see. The CandyFab 4000 machine by a company called Evil Mad Scientist Laboratories is a DIY 3D printer that utilizes hot air and sugar to craft real life 3D objects. The low-cost method used in this 3d printer is called Selective Hot Air Sintering and Melting (SHASAM). The printer uses sugar as a powder they is laid onto a flat bed in thin layers, then the CNC hot air blower melts the sugar wherever the 3d computer model has a solid body. As each layer finishes a new layer of sugar is put on and the process is repeated until the entire model is complete. After completed, the heated and melted sugar is very hard and glassy. The finished object is a bit rough on the edges, but can be smoothed out. The 3d sugar printer can fabricate fairly large scale objects.
The software for the CandyFab 4000 3D printing machine is designed to be open source for the DIY do it yourself home builder. Evil Mad Scientist Laboratories wants this project to be available for interested hobbyists who want an alternative more affordable rapid prototyping machine. The open source software makes this a project that other people can help improve as well. Hopefully in the near future the designs will be greatly improved with higher resolution prototypes.
The CandyFab 4000 printer is the cheapest 3d printer available today, the total cost of building this 3D printer is only around $1000 plus some spare parts laying around. That is much less than any other design out there. And not only that, you can build it yourself! There are even 3D Google Sketchup models available online for free. All you have to do is order the parts and send some of the parts to local machine shops to make the parts and then you have you very own personal 3d Printer! I think it’s a great project because the materials are so affordable! At the cost of only $1000 you could even build more than one! B)
PropellerCode.com is proud to announce the new addition of free 3D Solidworks Models of various hardware and Electrical Components.
We feel it is important that you design your robots with the best tools avaliable! That is why we here are PropellerCode.com are now releasing these 3D Solidworks models to you free of charge! How could you ask for more!?!
On the main 3D Solidworks models page you will find Solidworks models in native Solidworks 2008 format. The files are all in .sldprt format for your ease of use!
For those of you like me, there is always a new invention coming to mind, but these ideas usually just end up on paper and stashed somewhere or forgotten. The ideal of rapid prototyping has been around for many years with very expensive machines that could easily cost 100,000 or 200,000 for basic models, but a few years ago there has been much smaller machines that are powder based verses liquid, that cost much less. Typically there is a laser that slowly solidifies a plastic liquid, or powder that fuses together, both of which were still very expensive. However, recent technology has brought rapid prototyping 3D printers to a more realistic level for consumers. The “Fab@Home” printer is the cheapest 3d printer available today. And not only that, you can build it yourself! There are even 3D Solidworks models available online for free. All you have to do is order the parts and send some of the parts to local machine shops to make the parts and then you have you very own personal 3d Printer!
There are different Fab@Home printer models. The different personal fabrication machines come in 2 different models, a single syringe tool or double syringe tools. Currently the Fab@Home printer is limited to printing gel like substances using only a syringe tool, but future models are expected to also fabricate metallic materials. I find it amazing, but the makers of the Fab@Home printer are confident that in the future you will even be able to fabricate your own batteries, using this similar rapid prototyping technology. But by “rapid prototyping” I mean the machine will do most of the work for you and you just plug things in and get a basic rough idea of what a full production model would look like. Typically rapid prototyping is still very slow relatively speaking. Even with the Fab@Home, it could take 8 hours or more to produce something. For the Fab@Home, most of that time is probably because it has to wait for previous layers to dry first. It looks like The Fab@Home creates a much messier finish than much more expensive models of rapid prototyping machines. Personally I think it needs a lot of improvement, but it looks very cool. I’m not sure I believe it yet, but they claim it’s possible in future versions to create a small robot that would walk out of the machine, and possibly self-replicating robots!
The Fab@Home website says the Model 1 design will cost you around $2300 USD before shipping. That includes all the hardware including a USB interface that you can purchase from various vendors they have already found for you. There are also places to buy pre-assembled models if you like. Just check out the link at the bottom.
