The Importance of Proper Thickness in 3D Printing: A Case Study on Cooling Systems for Graphics Cards

In this article, we will explore the importance of proper thickness in 3D printing, specifically in the context of cooling systems for graphics cards. The author shares a personal experience with a gaming computer that had a problem with its graphics card cooling system, and how they experimented with different solutions to find a suitable fix.

The author begins by explaining that their initial attempt at fixing the issue involved trying different thicknesses of filament to create a custom bracket to support the graphics card. However, this approach was not successful, as the thicker filaments were not enough to hold the card in place securely. Instead, they found that a 3mm thick filament was sufficient for the task.

The author notes that the use of a 3mm thick filament may seem counterintuitive, as it is thinner than some other options available on the market. However, this choice proved to be the correct one, as it provided enough support for the graphics card without making the bracket too bulky. The author also mentions that they were able to achieve this result by using a 3D printer with a high level of precision and accuracy.

One of the key factors in the success of this approach was the use of a specific type of filament, which is designed specifically for 3D printing applications such as this one. This filament has a unique property that allows it to maintain its shape and structure even when subjected to stress and pressure. The author notes that this property is critical in ensuring that the bracket remains stable and secure.

The author also discusses the importance of testing different thicknesses of filament to determine which one is most suitable for a particular application. In this case, they found that a 3mm thick filament was the best choice for supporting the graphics card. However, they caution that other types of filaments may be more or less effective in certain situations.

The use of a custom bracket to support a graphics card can have significant benefits, including improved cooling performance and increased reliability. The author notes that this approach can also help to extend the lifespan of the computer's hardware components by reducing wear and tear on the graphics card.

In addition to the technical aspects of 3D printing, the author highlights the importance of experimentation and trial-and-error in finding a suitable solution. This approach requires patience, persistence, and a willingness to try different approaches until one is successful. The author notes that this process can be time-consuming, but it ultimately leads to a better understanding of the subject matter.

The author also discusses the potential benefits of using 3D printing technology in other applications, such as product design and prototyping. They note that 3D printing can provide significant advantages in terms of speed, accuracy, and cost-effectiveness compared to traditional manufacturing methods.

Overall, this article highlights the importance of proper thickness in 3D printing, specifically in the context of cooling systems for graphics cards. The author shares their personal experience with experimenting with different solutions to find a suitable fix, and notes the benefits of using a custom bracket to support the graphics card. They also emphasize the importance of experimentation, trial-and-error, and testing different thicknesses of filament to determine which one is most effective.

In conclusion, this article demonstrates the potential benefits of 3D printing technology in applications such as product design and prototyping. By experimenting with different solutions and approaches, individuals can find innovative ways to solve complex problems and improve their understanding of technical subjects. The use of a custom bracket to support a graphics card is just one example of how 3D printing can be used to create innovative solutions.

The author also notes that the cost of this solution was relatively low, with a single sheet of filament costing around $99. This is in contrast to more expensive options such as buying a new graphics card or hiring a professional to fix the problem.

Finally, the author mentions that there are online services available that can print custom solutions for individuals who do not have access to 3D printing technology themselves. These services can provide a cost-effective and efficient way to find innovative solutions to complex problems.

In the next section of this article, we will explore some of the technical details behind the custom bracket design and how it was created using 3D printing technology. We will also discuss the potential benefits and limitations of this approach and how it compares to other methods of supporting graphics cards.

"WEBVTTKind: captionsLanguage: enyou already did a video about how to stop gpu sag we're gonna kind of build upon that today get your next gaming pc from build redux compare pricing to buying the parts yourself and stop overpaying pick your starting budget see your estimated gaming performance and then see your pc based on your choices plus redux offers a growing support hub to answer all your questions and it's backed by a two-year parts and labor warranty so you're covered pick your budget pick your games and get build redux so we're working on a project separate from this video and one of the products that we were sent in the middle of this project is this the asus rog wing wall graphics card holder holder is that a typo that's probably a typo okay sure all right like i like asus um they've been a partner of ours for a long time this they didn't like send me this to do a video about it like this i'm just doing it because i kind of feel like graphics card companies we've already explained that the reason why the card sag so bad has nothing to do with the weight of the cooler it has to do with the fact that they don't reinforce the weight of the cooler on the bracket that's attaching to the motherboard we already showed how like if you take these i o pieces like the i o covers and you stack them you know two or three thick and then put it right here see where my finger is right there where it's flexing if you wet put a wedge in there some sort of shim that holds it and it's fine but no instead of reinforcing graphics cards and stuff companies are coming out with brackets that are getting bigger and more ridiculous holy crap look at the site okay it's got rgb that's cool look at the size of this thing so it's gonna you need three slots available and i can't even have my my power cables here right now i want to see how well this product works before i show you with like a 30 cent fix i came up with that's a little bit nicer than this but anyway so it basically mounts right here all right and then because they have all these different cooler shapes and types like we've got here this is the 30 90 red devil it's got different shapes it's a little 90 right 6900 xt red devil which has like a an odd shape right so it kind of indents here a little bit um again another graphics card that has zero reinforcement in the cooler right here at all so it's flexi you got the evga this is a 3090 ti which they brought back the triangulation and screwed it down here they actually told me that this was actually derivative of my video because i was like why'd you guys do this why'd you take away the triangulation they brought it back and they said this is because of your video so thanks for that so this one won't really have any sag issues this is the tough which looks anything but because of how much it flexes around again zero triangulation uh in the cooler mount right there so i want to see how well this bracket actually works and the crazy part is just how much room it it really takes up to install this thing so if you install this i'm gonna take out all the brackets this weird 45 degree angle makes it overlay the bracket next to it or completely like right adjacent to it so you have to take out four i os which now you need to keep in mind this could potentially give you an issue of if you have an expansion card in here sound card capture card network card uh raid card any other card this could potentially interfere with that but what i started to say is that you have this adjustable kind of a rubberized stand here which is adjustable two ways it can go both up and down and slide along that rail that way you can sort of meet the demand of where it needs to be for your graphics card because they are not universal so you see the hole right above my fingernail because of the 45 degree angle of that i can't even get this up into there if i wanted so it has to be a whole three slots down like that and then i'm gonna have to use this i don't know crutch we'll call it a crutch to actually get it to touch the graphics card so you're gonna have this big old gap oops you have this big old gap so let me just sort of get the middle screw in there but what i want to kind of point out is the fact that this is now also blocking all access to m.2 drives that are down there again any expansion cards that's going to be a problem i mean it's supporting the card but doesn't this feel a little extra i mean it's you'll see this nice side lit rgb yeah i'm assuming that's a blank that goes in there so that if you don't want the rog stuff you can just have this one in there i mean that's a little better moving that in it's like it's as long as it is because i feel like this is actually designed for their strix card i feel like instead of just fixing the strix cards like sagging problems like we showed they just chose to come out with another product to get your money i guess i don't know i want to take it out and see what it looks like with this in there because at least then maybe you can see through it yeah you can see through that so i want to see through it before i put in this the clear plate i just want to power this up and see what the rgb looks like looks exactly as i expected it's like if it's got to be there and yeah i just i didn't route the cable neatly obviously because i well just like i explained it blocks access to everything on the bottom underneath the graphics card so i can't get to the header down there i mean i plug it in first then put it on i don't know what i expected it's just edge lit acrylic rgb everywhere so let's go ahead and see now what it looks like with the clear and then i'll show you like i said what i think a better fix is kind of building upon the success i've already had with the free method of just stacking up those i o shields or i o covers installation is pretty straightforward the metal brackets just attach to the acrylic the manual actually shows you which screws go where and stuff i mean at least they give you the clear one in case you don't have an rg graphics card or anything else that's rog in the system and then here it is saying rog rog rog everywhere saying rock rock rock rock rob so far price wise it's not easy to find a price on this but i found a retailer selling it for 99 to me that feels a little excessive that somebody would spend 99 on this this isn't really like a intending to just kind of rip on this product we like asus i'm just this feels gosh i don't really know how to describe it if unnecessary is the only term i can come up with in my head that downside about having all of the clear acrylic on here is that it's probably going to scratch up in no time because acrylic is extremely soft and it's very prone to scratching even with like you know microfiber cloths and stuff it's gonna scratch up for sure and because it's right oops right near the graphics card it's also going to be getting a lot of airflow and dust next to it now another thing that might be interesting to test someday i don't think that will have any effect on airflow but you are effectively reducing some of the direct air the fans can pull in from this area right here if you have enough air blown in the front of the case it should be unaffected if you have a case that has like a side fan or something blowing directly onto the graphics card then this could reduce the effects of this blowing it right at the fans all right so there's the clear one that's pretty cool i mean it looks kind of cloudy because i still have the protective film on it i'm not gonna take it off although i'm not gonna use it so i'm not sure why um i guess i could have and should have put this bracket back in there but whatever we phil and i were talking about this we do feel like it could look stupider there are brands out there that have stupider looking ones let me go get one i'm gonna be honest walking back up to it from a distance i actually kind of like the way it looks i hate the fact that i'm saying that but that's because it doesn't look as bad as gallax's option you ready for this so this is the galax 3080 ti it's very suction cupped in there um probably the stupidest implementation we've ever seen what's your game so you've been watching too much capital one what's in your wallet here's the problem if you take the graphics card and you look at it in the orientation in which it would be installed it would say what's your game what's your game it says it twice because apparently they forgot you see this right here these slides it has adjustable like you have to physically move the thing to put the height adjuster where you want it whereas that one's built in on a slide so asus absolutely has a better implementation of that but you know what the problem with this and i'll put this all back in the box in a minute the problem with this is you potentially if this does cost 99 and like i said the price was you had to kind of really go looking for the price if it is 99 you've realistically potentially kept yourself from a tier upgrade of your system the reason why i say that yes because i know you can't go from like a 3080 to a 3080 ti or 380 ti to a 30 90 for 100 bucks the problem is these big old coolers exist on the 60 series cards and the 60 series ti cards and the 70 cards as well because they've essentially just adapted the cooler to work on the smaller card and then what is there's other stuff in here sorry oh this is stickers so you could actually change apparently this the sticker on there or something if you wanted okay if you're really really really into rog i suppose you could do that or you could sticker bomb the clear one yourself but as i was saying you absolutely for 100 bucks if you're if you're buying down although i've never agreed that it was a smart buy to buy like say a 30 60 strix because you'll see they're like 150 or more above msrp to get the overclocked a little bit bigger behemoth cooler and then here you are now missing out on getting like a 30-70 for the difference in that price or to buy a 30 60 strix with a bigger giant cooler on it for 150 more and then spend a hundred dollars on the wing wall to support it you're now 200 plus dollars which definitely is a tier maybe even two depending on the graphics card you're shopping but this is what i did because we have 3d printers now i broke that one that's the downside of 3d printing i mean we could have made this a little thicker but this little piece broke off right here oops there you go like that that's okay when i said we stacked these up cut i cut off the tabs because see how they sort of won't lay flat like that depending on the case all the tabs are different i just we just made a this is a three millimeter one this is a four and a half millimeter one and the reason why i have the different millimeters is because if we're trying to fill this gap between say the heat pipe right that right there that actually just supported the crap out of this car you see that's a little bent upward once all the weight is applied to it then it will actually um push it back down but we made a couple of different thicknesses because of the fact that every card is a little different on how much of how much space they've got to fill in so let's see now how my this was only a few cents in material yeah never mind the cost of the printer that's besides the point few cents in material let's see how well it does and it's printed in green for two reasons one is glow in the dark so hold that up to there now you can't really tell anyway it's glow in the dark and for the sake of the video you can see it it's nice and bright and the real reason is the fact that we just didn't change the filament before doing it so one of the reasons why i have multiple thicknesses here this would if you were going to do this for yourself it would honestly depend on what card you have like i said the three millimeter one the gap that's right here that i'm trying to fill um the three millimeter one isn't enough to like push on the card like i want so it's kind of difficult to finagle it in there now you imagine if you printed this in black or a specific color if you wanted that's not enough to hold it perfectly flat it still has a little bit of sag and you see as i lift it level this becomes loose someone just print a thicker one the card no the card is like bowed and that's not because of this it's not because of this honestly it's it's realistically is it's just the way that this card is manufactured i don't know how to explain it like the back plate is actually bowing the card so let me take this card out and try it with the 6090 or 6900 xt that's the red devil 1600 xt it's fully tight look you can see it flexing in the card right where i said it would so i think our three and a half millimeter one would actually be perfect for this card or three millimeter one i should say so you can see it no so now that being bright green you can see the point here you can see how the cooler right there as soon as i lift it it pushes that off right so i would take that which is still not level by any means whatsoever okay let's try the four mil i think this one might be too much though honestly the four and a half millimeter was actually perfect for the 6900xt red double look at that it's perfectly level now and it's actually pretty strong too it's like a loose tooth man i hate it this baby right here can fit so many bits so what i ended up doing if you look at the back you can see it's black right there with green behind it so i left the stock i o one in there and then i put my three millimeter thick one in there and it's actually starting to crack you can kind of see along the top edge right there it's starting to separate but that's where we would just add it you know more material here and make it beefier in the print because we could build it out this way and still have plenty of room for the for the threads of this but then you know imagine if it were black it would blend right in and it just broke off but that's fine you get the idea look at that and you still have access to your m.2 drives which are right here in the bottom of this car you got one up here and two down here so you can see now it's level only costs a few cents in material and this is one of the reasons why i really wanted to get 3d printers in here because i always said theoretically if the brand just came up with the blah blah blah well now we can sort of come up with the blah blah blah ourself and then um proof of concept and test and stuff which is something i've always wanted for my channel to be more about hypothetical talking about stuff you can just do it so there you go gpu sag fixed it didn't cost a million bucks 99 bucks in this case and then if you have a friend of the 3d printer or heck there's even there's even like online services we can send them the model as long as the model is correct and they're not going to make adjustments to the model really where they will give you an estimate of like okay you want these printed it's gonna be like three bucks right and then they'll print it and send it off to you there's online sources to do that you can see how nice it comes i initially i thought about printing like a big old bracket and i'm gonna know the big arm is the problem here you know in the fix where the fix is really down here inside the graphics card but just beefing up that particular area where it doesn't connect so there you go v2 of the js two cents graphics card fix there was a lot of views on that video actually i have a million views or something like that on that where people were like genius why did i think about that so you could still stack these up if you want in the meantime for free you get the same result the problem is the more you stack these up the more at an angle that hole becomes and then you can't actually get the screws in so one thing to keep in mind all right guys thanks for watching i hope this video has enlightened your senses in some way thanks for watching and we'll see in the next oneyou already did a video about how to stop gpu sag we're gonna kind of build upon that today get your next gaming pc from build redux compare pricing to buying the parts yourself and stop overpaying pick your starting budget see your estimated gaming performance and then see your pc based on your choices plus redux offers a growing support hub to answer all your questions and it's backed by a two-year parts and labor warranty so you're covered pick your budget pick your games and get build redux so we're working on a project separate from this video and one of the products that we were sent in the middle of this project is this the asus rog wing wall graphics card holder holder is that a typo that's probably a typo okay sure all right like i like asus um they've been a partner of ours for a long time this they didn't like send me this to do a video about it like this i'm just doing it because i kind of feel like graphics card companies we've already explained that the reason why the card sag so bad has nothing to do with the weight of the cooler it has to do with the fact that they don't reinforce the weight of the cooler on the bracket that's attaching to the motherboard we already showed how like if you take these i o pieces like the i o covers and you stack them you know two or three thick and then put it right here see where my finger is right there where it's flexing if you wet put a wedge in there some sort of shim that holds it and it's fine but no instead of reinforcing graphics cards and stuff companies are coming out with brackets that are getting bigger and more ridiculous holy crap look at the site okay it's got rgb that's cool look at the size of this thing so it's gonna you need three slots available and i can't even have my my power cables here right now i want to see how well this product works before i show you with like a 30 cent fix i came up with that's a little bit nicer than this but anyway so it basically mounts right here all right and then because they have all these different cooler shapes and types like we've got here this is the 30 90 red devil it's got different shapes it's a little 90 right 6900 xt red devil which has like a an odd shape right so it kind of indents here a little bit um again another graphics card that has zero reinforcement in the cooler right here at all so it's flexi you got the evga this is a 3090 ti which they brought back the triangulation and screwed it down here they actually told me that this was actually derivative of my video because i was like why'd you guys do this why'd you take away the triangulation they brought it back and they said this is because of your video so thanks for that so this one won't really have any sag issues this is the tough which looks anything but because of how much it flexes around again zero triangulation uh in the cooler mount right there so i want to see how well this bracket actually works and the crazy part is just how much room it it really takes up to install this thing so if you install this i'm gonna take out all the brackets this weird 45 degree angle makes it overlay the bracket next to it or completely like right adjacent to it so you have to take out four i os which now you need to keep in mind this could potentially give you an issue of if you have an expansion card in here sound card capture card network card uh raid card any other card this could potentially interfere with that but what i started to say is that you have this adjustable kind of a rubberized stand here which is adjustable two ways it can go both up and down and slide along that rail that way you can sort of meet the demand of where it needs to be for your graphics card because they are not universal so you see the hole right above my fingernail because of the 45 degree angle of that i can't even get this up into there if i wanted so it has to be a whole three slots down like that and then i'm gonna have to use this i don't know crutch we'll call it a crutch to actually get it to touch the graphics card so you're gonna have this big old gap oops you have this big old gap so let me just sort of get the middle screw in there but what i want to kind of point out is the fact that this is now also blocking all access to m.2 drives that are down there again any expansion cards that's going to be a problem i mean it's supporting the card but doesn't this feel a little extra i mean it's you'll see this nice side lit rgb yeah i'm assuming that's a blank that goes in there so that if you don't want the rog stuff you can just have this one in there i mean that's a little better moving that in it's like it's as long as it is because i feel like this is actually designed for their strix card i feel like instead of just fixing the strix cards like sagging problems like we showed they just chose to come out with another product to get your money i guess i don't know i want to take it out and see what it looks like with this in there because at least then maybe you can see through it yeah you can see through that so i want to see through it before i put in this the clear plate i just want to power this up and see what the rgb looks like looks exactly as i expected it's like if it's got to be there and yeah i just i didn't route the cable neatly obviously because i well just like i explained it blocks access to everything on the bottom underneath the graphics card so i can't get to the header down there i mean i plug it in first then put it on i don't know what i expected it's just edge lit acrylic rgb everywhere so let's go ahead and see now what it looks like with the clear and then i'll show you like i said what i think a better fix is kind of building upon the success i've already had with the free method of just stacking up those i o shields or i o covers installation is pretty straightforward the metal brackets just attach to the acrylic the manual actually shows you which screws go where and stuff i mean at least they give you the clear one in case you don't have an rg graphics card or anything else that's rog in the system and then here it is saying rog rog rog everywhere saying rock rock rock rock rob so far price wise it's not easy to find a price on this but i found a retailer selling it for 99 to me that feels a little excessive that somebody would spend 99 on this this isn't really like a intending to just kind of rip on this product we like asus i'm just this feels gosh i don't really know how to describe it if unnecessary is the only term i can come up with in my head that downside about having all of the clear acrylic on here is that it's probably going to scratch up in no time because acrylic is extremely soft and it's very prone to scratching even with like you know microfiber cloths and stuff it's gonna scratch up for sure and because it's right oops right near the graphics card it's also going to be getting a lot of airflow and dust next to it now another thing that might be interesting to test someday i don't think that will have any effect on airflow but you are effectively reducing some of the direct air the fans can pull in from this area right here if you have enough air blown in the front of the case it should be unaffected if you have a case that has like a side fan or something blowing directly onto the graphics card then this could reduce the effects of this blowing it right at the fans all right so there's the clear one that's pretty cool i mean it looks kind of cloudy because i still have the protective film on it i'm not gonna take it off although i'm not gonna use it so i'm not sure why um i guess i could have and should have put this bracket back in there but whatever we phil and i were talking about this we do feel like it could look stupider there are brands out there that have stupider looking ones let me go get one i'm gonna be honest walking back up to it from a distance i actually kind of like the way it looks i hate the fact that i'm saying that but that's because it doesn't look as bad as gallax's option you ready for this so this is the galax 3080 ti it's very suction cupped in there um probably the stupidest implementation we've ever seen what's your game so you've been watching too much capital one what's in your wallet here's the problem if you take the graphics card and you look at it in the orientation in which it would be installed it would say what's your game what's your game it says it twice because apparently they forgot you see this right here these slides it has adjustable like you have to physically move the thing to put the height adjuster where you want it whereas that one's built in on a slide so asus absolutely has a better implementation of that but you know what the problem with this and i'll put this all back in the box in a minute the problem with this is you potentially if this does cost 99 and like i said the price was you had to kind of really go looking for the price if it is 99 you've realistically potentially kept yourself from a tier upgrade of your system the reason why i say that yes because i know you can't go from like a 3080 to a 3080 ti or 380 ti to a 30 90 for 100 bucks the problem is these big old coolers exist on the 60 series cards and the 60 series ti cards and the 70 cards as well because they've essentially just adapted the cooler to work on the smaller card and then what is there's other stuff in here sorry oh this is stickers so you could actually change apparently this the sticker on there or something if you wanted okay if you're really really really into rog i suppose you could do that or you could sticker bomb the clear one yourself but as i was saying you absolutely for 100 bucks if you're if you're buying down although i've never agreed that it was a smart buy to buy like say a 30 60 strix because you'll see they're like 150 or more above msrp to get the overclocked a little bit bigger behemoth cooler and then here you are now missing out on getting like a 30-70 for the difference in that price or to buy a 30 60 strix with a bigger giant cooler on it for 150 more and then spend a hundred dollars on the wing wall to support it you're now 200 plus dollars which definitely is a tier maybe even two depending on the graphics card you're shopping but this is what i did because we have 3d printers now i broke that one that's the downside of 3d printing i mean we could have made this a little thicker but this little piece broke off right here oops there you go like that that's okay when i said we stacked these up cut i cut off the tabs because see how they sort of won't lay flat like that depending on the case all the tabs are different i just we just made a this is a three millimeter one this is a four and a half millimeter one and the reason why i have the different millimeters is because if we're trying to fill this gap between say the heat pipe right that right there that actually just supported the crap out of this car you see that's a little bent upward once all the weight is applied to it then it will actually um push it back down but we made a couple of different thicknesses because of the fact that every card is a little different on how much of how much space they've got to fill in so let's see now how my this was only a few cents in material yeah never mind the cost of the printer that's besides the point few cents in material let's see how well it does and it's printed in green for two reasons one is glow in the dark so hold that up to there now you can't really tell anyway it's glow in the dark and for the sake of the video you can see it it's nice and bright and the real reason is the fact that we just didn't change the filament before doing it so one of the reasons why i have multiple thicknesses here this would if you were going to do this for yourself it would honestly depend on what card you have like i said the three millimeter one the gap that's right here that i'm trying to fill um the three millimeter one isn't enough to like push on the card like i want so it's kind of difficult to finagle it in there now you imagine if you printed this in black or a specific color if you wanted that's not enough to hold it perfectly flat it still has a little bit of sag and you see as i lift it level this becomes loose someone just print a thicker one the card no the card is like bowed and that's not because of this it's not because of this honestly it's it's realistically is it's just the way that this card is manufactured i don't know how to explain it like the back plate is actually bowing the card so let me take this card out and try it with the 6090 or 6900 xt that's the red devil 1600 xt it's fully tight look you can see it flexing in the card right where i said it would so i think our three and a half millimeter one would actually be perfect for this card or three millimeter one i should say so you can see it no so now that being bright green you can see the point here you can see how the cooler right there as soon as i lift it it pushes that off right so i would take that which is still not level by any means whatsoever okay let's try the four mil i think this one might be too much though honestly the four and a half millimeter was actually perfect for the 6900xt red double look at that it's perfectly level now and it's actually pretty strong too it's like a loose tooth man i hate it this baby right here can fit so many bits so what i ended up doing if you look at the back you can see it's black right there with green behind it so i left the stock i o one in there and then i put my three millimeter thick one in there and it's actually starting to crack you can kind of see along the top edge right there it's starting to separate but that's where we would just add it you know more material here and make it beefier in the print because we could build it out this way and still have plenty of room for the for the threads of this but then you know imagine if it were black it would blend right in and it just broke off but that's fine you get the idea look at that and you still have access to your m.2 drives which are right here in the bottom of this car you got one up here and two down here so you can see now it's level only costs a few cents in material and this is one of the reasons why i really wanted to get 3d printers in here because i always said theoretically if the brand just came up with the blah blah blah well now we can sort of come up with the blah blah blah ourself and then um proof of concept and test and stuff which is something i've always wanted for my channel to be more about hypothetical talking about stuff you can just do it so there you go gpu sag fixed it didn't cost a million bucks 99 bucks in this case and then if you have a friend of the 3d printer or heck there's even there's even like online services we can send them the model as long as the model is correct and they're not going to make adjustments to the model really where they will give you an estimate of like okay you want these printed it's gonna be like three bucks right and then they'll print it and send it off to you there's online sources to do that you can see how nice it comes i initially i thought about printing like a big old bracket and i'm gonna know the big arm is the problem here you know in the fix where the fix is really down here inside the graphics card but just beefing up that particular area where it doesn't connect so there you go v2 of the js two cents graphics card fix there was a lot of views on that video actually i have a million views or something like that on that where people were like genius why did i think about that so you could still stack these up if you want in the meantime for free you get the same result the problem is the more you stack these up the more at an angle that hole becomes and then you can't actually get the screws in so one thing to keep in mind all right guys thanks for watching i hope this video has enlightened your senses in some way thanks for watching and we'll see in the next one\n"