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Just some screenshots taken from a QuickFill test print, using Simplify3D hooked up to one of my Robox printers. This is a split process that mix and matches the nozzles about the print, green and blue images.
More proof of concept stuff using Simplify3D and a Robox Dual Material head. The heads needs calibrating, as the head offsets are different, but have to test how this is applied in Simplify3D.
Just some screenshots taken from a QuickFill test print, using Simplify3D hooked up to one of my Robox printers. This is a split process that mix and matches the nozzles about the print, green and blue images.
Just a selection of screenshots, and early attemps at the 'torture little' test using Simplify3D and both QuickFill nozzles.
These were printed on a Raise3D N2 at high quality 40% infill. Sliced on Simplify3D. They are beautiful.
Just a selection of screenshots, and early attemps at the 'torture little' test using Simplify3D and both QuickFill nozzles.
A hidden gem of the Maker Faire with little attention. SImplify3D makes came software that can control just about any printer out there.
Just a selection of screenshots, and early attemps at the 'torture little' test using Simplify3D and both QuickFill nozzles.
(HI-RES!)
L-to-R; T-to-B...
- OVERVIEW: diagram of controller board; 3D printer; multimeter; & oscilloscope.
- MULTIMETER: checking voltage across Fan0 at controller board.
- PROBES: checking waveform to Fan0 from controller board.
- SETTING FAN0 SPEED: by g-code in command-line of Machine Control Panel of Simplify3D.
- WAVEFORM!: 60% PWM (Pulse Width Modulation).
- Was not satisfied w/ surface quality, so searched my brain for a solution... "Find a better orientation," I said.
- LOOK AT THE RESULTS!
- Very pleased :)
- FYI, supports came off SUPER EASY ("Thank, Simplify3D."). Didn't even have to file/sand, or otherwise postprocess.
- To help ensure the model wouldn't fall over during printing, included a brim, plus 'Dense Base Layers' on the supports. Surprisingly, no "wobble" was observed while the bed moved back and forth, and side to side. Never did it appear that the print was in danger of failing.
- Increased print speed (max.) to 70 mm/sec (from 50 mm/sec).
- And, increased shell perimeters to 3 (from 2), thus increasing the strength.
- Only showing the infill ('Rectilinear') from slicing (prepping) for 3D printing. (Visualized in Simplify3D slicer.)
- This is a study into hollowing out the bust to create a cavity for pouring plaster into, Incidentally, this reduces print time, and material usage.
- BTW, though "simply" creating a shell would make the desired cavity, it would significantly INCREASE print time, and material usage: an "extra" surface would be created on the inside.
- So, a different method was used, albeit unproven at this time: a 'Modifer' object (a scaled-down, and slightly edited version of the bust) is used (in PrusaSlicer) to modify the infill to 0% for the smaller bust inside.
- Preparation is called "slicing", and is done in a "slicer" app.
- I used the Simplify3D slicer.
- The visualization is color-coded. The grey indicates removable supports. FYI, I found that some were not really needed. Specifically, those inside, and on the outside sides. I was being conservative/safe, but loosened such restriction when I explored the 2-piece version.
With optional features like Simplify3D software and Quick Controller, the huge 3D printer from Zilla3D.com is an excellent acquisition for printing operations.
With optional features like Simplify3D software and Quick Controller, the huge 3D printer from Zilla3D.com is an excellent acquisition for printing operations.
With optional features like Simplify3D software and Quick Controller, the huge 3D printer from Zilla3D.com is an excellent acquisition for printing operations.
- Set fan speed using command-line entry of g-code.
- M106 Snnn: Set Fan0 speed: 0 <= nnn <= 255 (from 0% - 100%).
With optional features like Simplify3D software and Quick Controller, the huge 3D printer from Zilla3D.com is an excellent acquisition for printing operations.