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[Build Log] Metroid -A 3D printed computer case

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  • [Build Log] Metroid -A 3D printed computer case

    Hi guys, I'm 8-Bit Builder. I've been doing this for about 10 years now and just starting up my newest build. I build cases in the an old pixelated style as you will see shortly .

    I've been wanting to build a Metroid computer case for about 7 years now but plastic was always too expensive ($1 a cube) compared to .08 cents a cube of wood which is what all my previous PC mods are made out of. Once I found out how accessible 3D printers were, I jumped head first and picked up a Maker Select. After a few months of non-stop printing it dawned on me that I could make the Metroid computer case I've been thinking about for such a long time. Normally I spend about 200-250$ in wood/paint but 3D printing plastic is really cheap in comparison, about $80 in plastic. I'm also planning on having a really cool light sequence on the inside of the case to get the red effect of the in game Metroid. Being my first foray into a 3D printed computer I'm sure I'll run into issues but look forward to overcoming them. This will also be my first time with programmable LED's so it will be a learning experience on that front also! I'm going with an ASUS STRIX for the Aura Sync capabilities since this case is going to have a big focus on lighting. The more advanced lighting will be done with the Tinkerboard.

    Expectations:
    A strong gaming pc
    100s' of LEDs programmed inside for a light show
    95% 3D printed


    Components:
    ASUS has sponsered/supplied me with components for this mod (Really appreciate it) and also in the past on my Airship PC Case seen here: https://www.youtube.com/watch?v=Cz5muWnFMmg


    ASUS ROG STRIX X370-I GAMING AM4 AMD X370 SATA 6Gb/s USB 3.1 Mini ITX AMD Motherboard



    ASUS GeForce GTX 1080 TURBO-GTX1080-8G 8GB 256-Bit GDDR5X PCI Express 3.0



    16 GB of ram
    1TB SSD
    Asus Tinkerboard with a few hundred LEDs programmed in a cool light show

    And heres some photos of my past work:

    Airship from Final Fantasy


    Link from Zelda


    And a 3D model I've printed, Calcifer from Howl's Moving Castle



    Ok on to the build! This is what I'm building (modeled in 123Design/Tinkercad):
    Metroid from ...Metroid!


    The modeled case


    My first idea of how the components will fit


    I started printing and doing test pieces to make sure I had it down pretty good and to test strength of the frame. Needless to say, it holds a LOT of weight (I weigh 185lbs)


    I've got the printer going in earnest on the final design now. The printer will be going non-stop for about 2-3 weeks to get all the pieces done. I'll be back soon though with photos of attaching sections together with glue and 3D pen welding!

    If you have any questions or ideas, feel free to ask
    Last edited by thorkon; 02-09-2018, 03:05 PM.

  • #2
    Back with a few updates. I'm printing in earnest, and got a few progress shots and issues even, but nothing unsurpassable.

    This is a gif of a lighting test for the build. I wanted to verify Red Leds would go through green plastic without to much color distortion. Alls well on that front


    Heres the printer starting on a 48 hour print job.


    This is the base of the metroid which will support the weight of all the components. Just prepping gluing it and clamping.




    And this is my work area. Off to the right is my second printer with the Airship pc case nearby.

    Comment


    • #3
      ON to some special super glue made for 3D PLA and a 3D pen to weld the pieces together. The glue is probably fine but I'm gonna play it safe and double up on strong connection points.

      The glue


      3D pen action


      After 3D pen


      Give em the clamps!




      Finished base




      Baby for scale

      Comment


      • #4
        This post is about printer problems

        This is how it looks starting. This is about 3 hours into a print of 1 of the 14 sections left


        A little futther in the print, about 9 hours


        Aaaaand heres the issue at about 12 hours in. The tube that guides the plastic let loose while I was away from home and just shot the plastic everywhere. Usually on 3D printing you can resume from where an error happened but due to the nature of this design, the pieces have to be complete in 1 shot. So this is about 12ish hours of progress loss and plastic loss


        Round 2 at trying the same print after I fixed the issue. Using my Fire light to keep it lit up at night for the timelapse I'm making.


        ANNNND heres issue #2. This is hard to see, but at 46 hours in on this print WITH ONLY 2 HOURS LEFT!, I got a layer shift. A layer shift is usually because a belt slips or a cable got caught on something. In this case, the cable got caught on the section of the plastic as it was printing. It prevented the head of the printer to move to its correct position so it started printing to the left by about 4mm. i caught it after it happened in about 10 min. but it was too late. 46 hours loss and about 11$ of plastic loss ;_;. Since this happened, I don't print the sections more than 4 columns of cubes high (88.8mm), that way I don't take such a large hit of loss of time. Its not noticeable in this photo of the layer shift but i had to discard this piece.


        These issues combined with my 2nd printer also running into problems (was down for 5 days while replacement parts came in), was a hit in my sails of progress, but I've been back on track in the last day or so and got them both running. About 7 days of non-stop printing should get the the top of the case complete. I'll be back in a day or two to update progress with the components being layed out inside the base, and will probably ask for opinions on what looks best. See you guys then!

        Comment


        • #5
          So far looks good. Whats the base going to look like?

          Comment


          • #6
            The base is what is pictured as one full piece ( the one on the baby). I'm working on the teeth right now (which will be the feet/what hold it in the air). These big pieces in my last post are for the upper body section which is taking a large part of time.

            Comment


            • #7
              I got ya now. Was a bit confused. Yeah printing this would deff take time.

              Comment


              • #8
                Heres a component placement update:

                The ASUS Turbo 1080 just by its lonesome


                The ASUS STRIX-370I alone also


                But not for long! These are testing "legs" to hold up the motherboard. I'll make some beefier/sturdier ones soon, but I really do like the 45 degree angle of the STRIX 370-I toward where the window will be. Not often I get to do a motherboard at an angle like this





                The bottom is for a 200mm fan, just using one of my placeholder fans atm to test with

                Bottom with no fan frame base


                With base


                With fan

                Comment


                • #9
                  Back with some more things:

                  Working on the "teeth" which are what hold up the case from the floor

                  Printed in tranparent red and white, with a hollowed out point for leds to light up



                  The teeth going through quality control (not sure how to embed gifs/youtube links on here so just a regular link for now:
                  https://www.youtube.com/watch?v=TCnpV0R2cNI

                  Teeth in place


                  This is neat, this is heat changing plastic. Its brown at room temperature but turns green as it warms up. In this photo, I drilled the holes a little bigger and the friction from the drill heated the end up to green as you can see


                  Lastly, a new issue. This is a partial clog in the nozzle where not enough plastic comes out. I cleaned the plug and had to toss this piece.

                  Comment


                  • #10
                    Working on the top frame now.

                    Heres the base in pieces




                    Clamping it together


                    All said and done with the lower section


                    I'm still waiting on the printer to finish the rest of the sections so will have whole frame done in a few days

                    Experimenting with different wire covers I printed


                    Comment


                    • #11
                      Getting near the home stretch!

                      Heres a test lighting of one of the feet. No cable management yet...ha



                      Side being built up:






                      Not fully complete but just an idea how the window will be


                      I'll be back when I have the whole top finished with fans and whatnot. I'm gonna start working on getting the leds wired in

                      Heres a test run with them shoddily taped on the inside

                      Comment


                      • #12
                        Finished up the frame of the top!


                        Couldn't use any vertical clamps due to the say its smooth on the inside, so had to use some weights to help glue it down.


                        Baby for scale



                        Adult for scale


                        This is my wife staying "awake" past her bedtime trying to help by routing the pc wiring on the inside


                        Now I'm moving on to the LED wiring on the inside. Its going to be awhile of wiring and soldering... Heres what a pattern/schematic of the led paths

                        Comment


                        • #13
                          Back now that I'm done with the wiring. Oh boy, was this an adventure. I've rarely done soldering/wiring and this has definitely increased my skill with it ha. There will be gifs of the lighting, I'll provide a link if the message board isn't showing it natively.

                          So my first test was my lazy test, which to say was I was hoping i could just fold the led strip to make 90 degree turns but I didn't like the way the lights would repeat flash whenever it came to a bend...

                          GIF of Light issue

                          https://imgur.com/IeL0tHB

                          I decided to cut the led strip and solder whenever there was a 90 degree turn. Heres the same layout, but with wiring instead of folding

                          GIF of Light fixed
                          https://imgur.com/Am1TJAy


                          Next is some wiring shots
                          Splitting off the led strip



                          The monotonous monotony of stripping wires and tinning wires



                          The finalized wiring on the inisde with everything hotglued in place. I'll need to print some covers to hide the wiring and clean it up.


                          and finally one section lighting up in the dark
                          Gif of section lighting up

                          https://imgur.com/KNzvVWC

                          Next is programming the ASUS Tinkerboard so that the led strips will run on seperate timings. I'm just delving into this so should be interesting

                          Comment


                          • #14
                            This is exactly what Iíve been looking for. geometry dash

                            Comment


                            • #15
                              Just a small update of all the lights running
                              heres a link if gif embed doesnt work: https://imgur.com/VMuIZOR



                              Still working on trying to program the coding so they run seprately atm

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