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23324 Results for "3D printing"

  • First Batch of Boards

  • I got a hold of 60 pcbs from PCBway, 30 with plated edges and 30 with castellated holes. I did a quick test of one of the panels and it worked. I am working on a 3D printed jig to help be assemble the final shape. I am using Sn60Pb40 solder for the components...
  • Failure to Launch

  • I was unable to correctly do the 3D geometry when designing the PCB. Attempts to solder and assemble the sculpture lead to over heating the castellated edges. The de-laminated pads lead to throwing away the design. It was a critical failure in the project....
  • V2 Build - new project page

  • I'm starting to build a second version of the printer. The V1 was my first attempt to build this style of 3D-printer. V1 was already quiet good but has still some problems which I want to solve in V2.The new project page can be found here.
  • Back to Scorecards

  • From all the ideas so far the scorecards are the most useful thing (both from the usage as well as production-wise ^^). The biggest problems there is the (minor) problem of the magnets flipping over to another line, which can be reduced by using deeper...
  • Print parts

  • My motor already had a gear attached, but it was tiny and would have caused some issues with a normal 3d print. For the matching gear, I halved the extruded line thickness on the outer edge, to ensure tolerances were ok. Worked fine. For the remaining...
  • Enclosure

  • The enclosure top and bottom STL files can be found here and can be 3D printed on any printer large enough. If using an FDM printer, face the flat side on the bottom. If using a resin printer, orient parts at an angle so that the majority of supports...
  • Solder PMT socket

  • Solder the socket on the other side of the PMT. Socket should come with the PMT. If you use the round PCB, the voltage divider won't fit in the 3D printed housing. I've designed that enclosure for 28mm diameter PMT tubes with the voltage divider soldered...
  • Proof of Concept

  • This video shows my rotor-flux brushless PCB Motor concept design. I took this project as a design challenge to make a tiny 3D motor prototype made from PCBs! It is just a proof of concept and as shown in the video my design has some issues but...
  • Esplay now playing Duke3D

  • A bit updated from software side, esplay now could play some games that runs on odroid go. I try ported duke nukem 3d from odroid go to be used on esplay micro. Also i still working for emulator, so far nes, gameboy, and sms are working well. Here is...
  • Parts and Schematics

  • All the parts are available from Amazon.com and the BOM are provided above. Additionally, the sensor body and the case which consists of device box and back panel need to be 3D printed using the STL files below. The sensor body should be printed in vertical...
  • New Toolhead

  • Here is a new 10 nozzle toolhead based on the new SLA 3D printed design. The dimensions are 105*55*50mm + nozzles and push-in fitting. The nozzle to nozzle distance is 8mm and at its back is a 4020 aluminium profile for easy attachment.
  • Polishing the design

  • Added bypass caps near the I/O lines as recommended by the PSoC datasheet. We've had them on all our other cards.Beefed up paths to the power pins on the PSoC by moving around I/O traces.Resequenced ref des to make them in order l-, t-b.Checked...