. User-friendly, icon-based menu structure. Subscription based software. Available add on with any Flow systems. Imports industry standard 2D and 3D CAD formats including: DXF, DWG, IGES, STEP, ACIS, AMF, IDF, OBJ, Rhino, SketchUp, STL and Bitmaps. Additional formats are also supported.
Operating Systems: Microsoft® Windows 7, 8, 10 64-bit. CPU: Pentium® 4 2.0 GHZ or Athlon® 2000+ or faster, 64-bit (x64) processor. RAM: 4 GB RAM or higher. Supported Languages: English, Chinese, French, German, Italian, Japanese, Korean.
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The first step is creating a pattern to cut & score: I chose a nice heptagonal pyramid. You're going to be working with vectors, and the FlowPath software does best with files of type ai v 10 or autocad 10 dxfs.
Faiths and pantheons. It is a bit finicky about the files it will open so make sure to back-save to one of these formats, and keep your original on hand for edits. I'm not going to go into much detail about the FlowPath software we use to prepare cutting paths, save for the necessary info which is: there's a 'scribe' function. If you're familiar with the software, you know that you select the vectors you want to cut and assign speeds to them based on the level of precision you're hoping to achieve. Make a box around your shapes; you'll be creating two separate cut files, one score and one cut, and to make sure they line up you'll want to have something to snap to the corner of the cutting envelope.
![Design and cut software Design and cut software](/uploads/1/2/3/7/123740336/932943286.jpg)
Next to those colorful speed buttons in the lower lefthand corner, there's a grey button which means 'scribe'. The water jet will move over all the vectors you assign this speed to at a much faster rate; the precise rate will be determined when you set up your material properties at the water jet itself. Here are some pyramids to play with; thanks to Copyright © 1998-2008 Gijs Korthals Altes www.korthalsaltes.com These are also great for the laser cutter. Attachments. Again, without going into too much software detail; home the waterjet to machine home, and get your first file loaded. You'll want to score before cutting, to keep the work holding simple. Place bean bags around the edges of your material and run the jet around the outer perimeter of where your cuts will be made to ensure there won't be any conflict.
Material Setup: This is very important for scoring, because this is how the water jet software calculates the speed at which the jet will move to scribe. This information gets entered into the software menu when you load your paths. I used 12 gauge mild steel for this example which is generally too thick to use with our sheet metal equipment at TechShop, but works fine after being scored. Once everything is set up, it's time to score. For steel, garnet abrasive is essential or you won't get enough depth in your cut; for aluminum, turn the abrasive off or the waterjet will probably cut through too much. Scoring is loud and intense!
Free Process Flow Software
The water will shoot off the surface of the material and it's very important to set up all the shields to prevent the thorough drenching of our metal shop. Really cool project. Definitely an inspiration for me on these: I am wondering how 'scribe mode' results compare with other techniques. Am not sure if i have this right, but does 'scribe mode' use normal high pressure and abrasive but just goes really fast so it doesnt actually pierce the metal? On my polyhedra, i scored the metal using low pressure mode (on the console right near the green button to boot up the pump) plus abrasive and low (20%) speed.
I measured the depth of scoring with calipers and got down to about half way through 16ga mild steel. Frankly, i'd prefer to score even deeper than half way. The 'old fashioned' methods of working these objects into their final forms can be daunting.
Deeper scoring would make the final bending easier. I guess i should also just try thinner metal. The tetrahedron came together easy enough, but the higer order polyhedra are harder. The dodecahedron was right at the limit of my ability and required some work with flame and hammer blows to get fully into shape. Havent yet got out the hammer and tongs for the icosahedron. Anyway, really cool project. Thanks for the inspiration.