#Aku shaper installation how toAs this design resulted in overhanging elements, I was going to need to figure out how to do a flip-mill or come up with some work-around. I again used T-splines within Rhino to generate a smooth polysurface. I modeled a version of a hang wall based upon a reference image of one that I have used before. This specialized piece of training equipment simulates holds on a rock face and enables climbers to develop finger strength. I was also trying to make a climbing hangboard, which is like a pull-up bar for rock climbers. I am still working on a design for a connection detail that will lock the pieces together for surfing. The concept for this board is that it can be broken down into 4 parts, which allowed me to use the desktop ShopBot to mill my pieces. I chose to purchase 1/4" plywood for this project to add strength and reduce weight. I then took section cuts and generated an interlocking rib structure that could be cut on the ShopBot. #Aku shaper installation softwareI used screen shots from this software along with a reference image of a Stretch Surfboard model that I use to own to recreate the desired shape with T-Splines in Rhino. I decided upon a concave bottom, which acts to contain water flow through the length of the board, creating greater pressure through the fins which adds lift and minimizes drag. This software is used by shapers to automate the process of cnc produced foam blanks, but I was most interested in the ability to quickly explore the bottom contour profiles. Although I had previously generated a 3D file, I went through the process again, this time using a software specifically built for board design called "AKU Shaper". My "Make Something Big" project continues the path of surfboard design exploration and I chose to build a hollow wooden frame surfboard. At first the number of setup steps seems overwhelming, but after going through the process once or twice, it becomes very easy. The large ShopBot can handle stock material up to 4'x 8' while the smaller desktop unit can mill sheets that are up to 24" x 18". While the range of this equipment varies from several hundred to over a million dollars, the Harvard section has access to two ShopBot milling machines. I don't think are very cheapwell, I got a lap top ! It's dated, but runs "Windows Vista." I'm thinking it might work? Thanks for the info.This week we were introduced to the concepts, techniques and machinery within the realm of computer-controlled machining. What about shaping machines, are they costly? The point of the forum is to help each other. Trying to get back into it.again, I just need a few templates. My apologies Folk's I just been puter illiterate for a few yrs. This message have a pic of a template attached. Like Jamie said, the paper comes out of ur printer with gridlines and numerated, so u just have to glue them together. #Aku shaper installation pdfAfter the design part boardcad u have two oportunities: save it as a brd file(for future modifications) or print it as a pdf file. I think it's a waste of money buying Aku, coz u can habe boardcad for free. I saw aku shaper has a 'backyarder' fee of $7.00, but what do I get access to? Can I design a few plan shapes to save to my hard drive? And how to print my designs? After u have this two installed, download the jnpl file and execute it. #Aku shaper installation mac osIf can also install boardcad on a mac os x.Įasy, on windows ur supose to have the latest java and also java 3d. Without a computer it'll be kinda difficult (i say impossible) to install boardcad on ur handwriting machine. U can also draw ur template by hand hahahaha or u can download Boardcad from here Īlso, would I need a computer to use board cad, aku shaper etc. Is this software downloadable at a public library? I mean, do I have to download any programs to draw me a template?
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