3d printing in paper?

A wonderful link for MCOR. MCOR is a Swiss company who has created a 3d printer that will print in paper. For those who know about 3d printing the cost of the materials going through the printer is a great expense. But in the case of paper, that is not as expensive.

Learning about retoplogizing. An excellent video!

Subdivision Topology: Artifacts from The Guerrilla CG Project on Vimeo.

Can I really digitally print in metal?

This is an excellent video that discusses Powder Metallurgy.

I know it seems like it is something that is not afforadable not doable for the average person. But shapeways is making this connection to the common artist, the every day guy. Check out this video


And their prices are extremely affordable. http://www.shapeways.com/

3D camp Houston was a success. Next year bigger and better.

It was last Wednesday that my husband invited me to the 3D modelers and animators meetup. I was interested in the presentation on Zbrush by Johannes Huber.

It was there that I met David Morris. David told me about a project he had been working on for just 8 weeks. It was a 3D camp, planned for this past weekend. He envisioned a place where people could get together and talk about 3D. My husband Mike delaflor and I jumped on board.

David was doing exactly what I wanted to do. I had actually been thinking about this for a year. I was going to do it this fall, but instead decided to perhaps make it a part of my graduate practicum. I had already talked to Next Engine, who have some wonderful affordable desk top scanners. Ex One who you have seen in previous posts. I have been contacting them about their direct metal printing and last month I went to see there printing sandcasting Molds. Ex One said when I was ready to get this going they would try to get Shapeways on board. For those of you who don't know about Shapeways they are affordable service bureau for 3d digital printing, and they too are now offering digital printing in metal!



My goal was to get some vendors there and also offer some informative lectures on different processes of 3D. Well David did just that with 3D camp. I’m so excited and totally impressed with this young man. I think you will see this 3D camp grow in the up and coming years. I’m looking forward to presenting next year, and hopefully get the above vendors to demonstrate.

This year I demonstrated the 3D scanner, though I must say it was a crowded area and hard to get a good scan with so many people bumping the table. Still I get was able to sing the praises of this scanner that we are reviewing and using in our up and coming book, Digital Sculpting with Mudbox: Essential Tools and Techniques For Artists.

I also had this video playing and my article that I wrote for Sculpture Review on digital printing and milling where I talked about the incredible advances of Synappsys digital printing and their Data Direct to Mold process that is being used on The American.





My vantage point of 3D is coming from a traditional studio and using it to create traditional art. I suppose my focus then is a bit different than the traditional 3D artist. My graduate studies at Goddard- A Master of Fine Arts In Interdisciplinary Arts is based upon bridging the gap between the traditional and the digital studio. That is my interest. Though I have to admit, programs like Mudbox and Z brush are very intriguing and I expect I will be using them much more in the future. Oh no am I converting? Still I like the clay under my nails and my heart longs for dirty hands.

I encourage others to get involved with 3D camp next year, and plan on attending. I’m expecting it will double if not triple in size with a year of planning, some more backers, and some good promotion. If you would like to be a sponsore, If you are interested in presenting or are a vendor that would like to show at 3D camp next year please feel free to contact me or David.

Great job David!





Some of my favorite things there revolve around output. This is a home made cnc router machine. To check it out further go to http://buildyourcnc.com/default.aspx



Many seemed to be interested in what a fine artist had to say in a 3D camp.





Another of my favorite had to again deal with output. It is the homemade 3D printer. This one is called the cupcake, and I must show that it can print a cupcake. I believe the cupcake costs about 700. to put together. There is another homemade one that I want to investigate but it costs approximately 3,000. Kind of steep to do for a hobby or to check out, but this other can print ceramic and chocolate, something worth investigating. I plan on reviewing all of these home made machines in an upcoming article.

3d Printing in ceramic!

I'm looking forward to working with Solheim Rapid Prototyping/ Rapid Manufacturing Lab at the University of Washington's Mechanical Engineering Department, collaborating and certainly want to add their process to the new book that I intend to write, my articles and a lecture. I love seeing video and am certainly glad that this was created. I will be trying to contact them on their process and new technology and will be sure to let you know what comes from that.

I’m a genius! 3D Printing of the Human Organs?

I’m a genius, or maybe my brain just thinks such radical thoughts that now and again I think like a genius. For those of you who don’t know, my graduate study at Goddard College consists of research that bridges the gap between the traditional studio and new technology. For a sculptor, such as myself, this technology is based on something that I call tradigi sculpting which utilizes both traditional and digital means to create artwork. My research is evaluating digital milling. Digital milling is taking my artwork, scanning it and then enlarging or reducing it to be milled out in foam, wood or stone. Digital printing is another resource and a technology that is quickly growing and changing. It is when a computer and a digital printing machine slowly prints, layer by layer, in 3d. What you end up with is a physical object. Yes, I know it sounds like the replicating machines on Star Trek, but this is not science fiction.

Recently I uncovered the work of both Sebastien Dion from the Center for Applied Technology at Bowling Green University in Ohio and Solheim Rapid Manufacturing Laboratory at the University of Washington in Seattle. Both have been researching and printing in ceramic. Solheim has even printed their ceramic “recipe” in the Ceramic Arts Daily, February 1, 2009, article “The Printed Pot.”

As my research continues, I thought, “It appears that 3D digital printing is all about having the right “recipe”. It is just coming up with the correct binder and the correct material to fuse.” This is where my brain started to go into genius mode and my research landed on what I’m about to share. I know that Science is using 3D printing to help them visualize scientific data. For example space physics simulations or molecular models that help scientists visualize proteins. This allows scientists a way to examine information in a physical way that has never been available to them prior to 3D printing. (http://www.ualberta.ca/CNS/3DPRINTER/project.sampler.html)

Science is also using 3D printing to print a medical implant that fits perfectly with a patient. The reason is that it is created from MRI scan data of a patient. ) Surgeons can also use 3D printing to help them with their surgeries. By having the physical replica of a patient they can practice surgery or see complications. 3D prints are also used in education. How about printing skin in a 3D digital printer? Just think what this would mean to a burn victim. Or how about replicating a bone with 3d printing? And doing so out of bone material to replace a patient’s own shattered bone? Because our bodies are symmetrical a left arm bone could be recreated by using images of the right arm.

If all of this technology and 3D printing is not fascinating enough, I thought, “If it takes just the right binder and recipe, is it possible to print organs?” I was afraid to even say it out loud to my husband, a medical illustrator, who I knew would at least hear my crazy idea and not laugh too hard. But with further research, I turned out not to be so mad after all. Indeed 3D organ printing is happening or at least being studied. Here are some journal articles and videos to prove it. This is absolutely fascinating! Just check out the video with Dr. Gabor Forgacs, University of Missouri-Columbia. He talks about how the bio printer prints out living cell clusters drop by drop that fuse together to create tissue structures. Have a damaged organ? One day they will be able print out the organ needed and do it using your cells! Perhaps the printer will print within your own body cavity. Yes, there is still some headway to be made with this technology, but the technology is here and on it’s way. My crazy thinking is actually genius!