3d printlife
Need a mathematically defined lamp shade? Define the functions, and FullControl generates the GCode. Need an array of circles? Choose the circle feature, define its origin, radius, starting position, and extrusion height, and define the spacing and axes (including Z) of the copies. Enter FullControl GCode Designer, a tool that gives you all the control without resorting to writing GCode directly.įullControl takes an approach similar to OpenSCAD, where you define path geometries line by line. However, for some niche use-cases, having complete control over the tool path is necessary. As a trade-off you give up a lot of control over the exact path of the hotend, but most of the time it’s worth it. Without it going from a CAD design to a printing part would take hours, not seconds.
![3d printlife 3d printlife](https://cdn.shopify.com/s/files/1/0048/6237/8054/products/filament-3d-printlife-peek-filament-6_1596x1596.jpg)
#3d printlife software#
User-friendly slicing software is arguably the key software component that makes 3D printing approachable for most users. Posted in 3d Printer hacks Tagged 3d printer, CoreXY, kayak, large format That seems like a lot to be able to print kayaks that you can buy for fraction of that amount, but we certainly appreciate the potential of this printer, and the effort that went into making it work. He also points out that he used only quality components, which shows in the price - about 3,000€. In a nod to making it easier to build, kept all the custom parts either laser cut or 3D-printed - no mill or lathe required. And the machine has all the bells and whistles - WiFi, an internal camera, filament sensors, and a range of environmental controls. It uses a CoreXY design to move the dual-filament hot end, which has ducting for taking cooling air from outside the cabinet. Each featured a print bed of 1,000 mm x 550 mm with 1,100 mm of Z-height, and the overall footprint fits a standard Euro-pallet.
![3d printlife 3d printlife](https://3dcompare.com/materials/wp-content/uploads/2018/05/DCuWZqLoQLczW9dWkpde_3d_printlife_phab175blu_playphab_pla_pha_filament_spool_1487020033000_1316369.jpg)
leveraged his lowdown time to make it happen, going through three prototypes. The genesis for this beast of a printer came from the Before Times, with the idea of printing a kayak. And given that the TAUT ONE printer by could easily be mistaken for a phone booth, we’d say it’ll be turning out some interesting prints. When one of your design goals for a 3D printer is “fits through standard doors,” you know you’re going to be able to print some pretty big stuff. Take a few minutes to check out the video (embedded below) for some additional background.Ĭontinue reading “3D Print Your Own Multi-Color Filament” → Posted in 3d Printer hacks Tagged 3d printed, 3d printing, bi-color, diy, filament What do you think? Is 3D printing filament mainly an exercise in inefficiency, or is it a clever leveraging of a printer’s capabilities? You be the judge, but it’s pretty clear that some interesting results can be had from the process. This gallery of photos from showcases the kind of results that are possible.
![3d printlife 3d printlife](https://static.bhphoto.com/images/images500x500/3d_printlife_env175pur_enviro_abs_3d_printer_1486731998_1316342.jpg)
End result? A short coil of printed “filament”, in two colors, that is similar enough to the normal thing to be fed right back into the printer that created it. To make bi-color filament, one simply prints the first half of the object in one color, then performs a color change, and finishes the print with a second color. The cross-section of this printed “filament” is a hexagon rather than a circle, which helps get consistent results. Here is how it works: the 3D model for filament is a spiral that is the right diameter for filament, printed as a solid object. Back when first shared his results, this kind of stuff wasn’t available off the shelf like it is today, but the technique can still make sense in cases where buying a whole spool isn’t called for.
![3d printlife 3d printlife](https://www.3dprintlife.com/media/catalog/product/r/e/replay_main_front.jpg)
Printing with such filament can result in some trippy visuals, like objects whose color depends in part on the angle from which they are viewed. Of course, for best results it makes sense to purchase a factory-made spool, but for light experimenting, it’s entirely possible to 3D print your own bi-color filament. There is such a thing as bi-color filament (like MatterHackers Quantum PLA) which can be thought of as filament that is split down the center into two different colors. Printing with bi-color filament results in an object whose color depends on viewing angle, and part geometry. But there’s at least one use case that it makes sense for, and maybe others as well.
#3d printlife full#
Gawr gura full body.Interested in experimenting with your own multi-color filament? says to just print your own, and experiment away! Now, if you’re thinking that 3D printing some filament sounds inefficient at best (and a gimmick at worst) you’re not alone.