RockyAussie

Looks pretty good there @dikman I am thinking about doing it now. If that filament is from the same mob I mentioned I had a bad roll awhile back and I sent them my fail pictures and they were quite happy to send me some new stuff which worked good. I did not have to return the other crap. I think it should work out fine but let me know.

Yea I thought about that as well but there is a hole in my stand on the top that is a good resting space for it and I just hope I can remember where that is when I want. Funny how things can be right there in front of you and you cant see it at times. I was looking for my glasses the other day and couldn't find them until I took them off to see that would help me see any better...........

Yeaah look to the left now....1000 posts and 4 dots above

How about if I post you a few with some zip guides etc and you pass some on to others over your side? 500 gram express is about $11.00. Way more than the product value. I cover this time if you want to pm me an address.

I don't know about that I got a pretty good missus but I have heard they are printing food stuff these days and houses as wel, Interesting. I think you are about to be a 4 star member.....

I mentioned above the pla filament being PLA+ from 3D Fillies being 10 times stronger than regular pla. Here is a link https://3dfillies.com/?gclid=CjwKCAjwzqPcBRAnEiwAzKRgSxhTk4htbykpLdkqAzxdBW0AE2JEs7o3NqimPslmJhQV0Qmm-uoqCRoCKX0QAvD_BwE They appear to have a broad range of other useful filaments as well like pla with steel for your average printer as well.

Yea... having a bad back inspires me quite a bit at times. Now I'm gonna have to print a straw holder attachment for me coffee cup. Wrong section I know but if you haven't tried them out check these 3d Fillies filaments. https://3dfillies.com/?gclid=CjwKCAjwzqPcBRAnEiwAzKRgSxhTk4htbykpLdkqAzxdBW0AE2JEs7o3NqimPslmJhQV0Qmm-uoqCRoCKX0QAvD_BwE Not only 10 times stronger pla (PLA+) but pla with steel as well. I am going to get some of that flexible filament and have a play with it soon. I can see a whole lot of potential uses with that. Vibration dampened parts,flexible zip guides and so on.

I had not heard of a serger looper before and looked it up and some of that sort of thing could work I think. Trouble here is Rockhampton the town is not that big and the 1hour drive in and out and the unknown amount of hours searching for something that's probably not there, was not worth it. The needle threader I don't have either but would be not much help for my back if I did. The time to print is pretty slow at 11 minutes and at a cost of 7 cents (1 Gram of filament)and the drawing took about 10 minutes. I have been using a bit of twisted wire but I don't like the way it scratches up the hole when it gets pulled in and out. Mostly I just like to share something here if I think it can be of help to them. The coffee splatter ....I didn't see it when I took the picture just later and I just thought bugger it that will have to do. Good thing now I have a few printed so I wont have and trouble finding them.

For anyone having a thread stand on the back of their sewing machines and it has a small hole this may be of interest. Check out the link here- For those that do not have available 3D machines I am interested to hear from anyone who could be a distributor for the finished products as shown below in their country. A few people have asked me about purchasing the zip guides and I would like to do it if it can be affordable and fair. These guides have been refined (lower profile and smoother finish) since my last post here and are now near ready to roll. Mostly I am looking at how to cut down postage costs to each country as that is more than the product costs from here in Australia.

I hate reaching over and trying to poke the thread through the tiny 2mm hole in my cowboy machine thread stand so here is what I came up with. Don't know what you would call it so let me know if you do. The first pic shows the finished tool. Note that this is printed with PLA+ which is supposed to be 10 times stronger than PLA. (3D Fillies) Next position the tool in the thread hole Grab your thread Poke it in the tool slot Now pull the tool back out of the hole For those that would like to print it I had one leg not print out the first time. Although it looks to be there in Curra it did not show up in the G code. I should have checked the layers veiw as it shows up there. I found I had to rotate it on the plate a couple of times to get a direction to where it all showed up in the layers. I double checked the G file and Bingo it worked. Here is the stl file - Thread stand loop toolS.stl Forgot to add I have embedded Made in Australia into the base if that's a big deal. That's it for now Brian

I have seen plenty of cheap conversion kits out of China for converting a 335 style machine into a synchronised binder but not the other way around. I would think about getting a 335 with the moving dog foot and then converting if needed. From memory the cost was less than $100 and I can dig that out if you want to have a look further.

Congrats @bikermutt07

Hi Garry, I did not know if it would be as stable as I wanted and that is 1 reason that I wanted it hollow inside so I could fill it with sand if needed. I Thought about printing it with a hole for that purpose but decided it would be easy to just drill a hole in the base and fill it and seal it later. You can pause the print and add components like nuts and so on but with the weight to add ballast the table on my old antique printer would have to be throwing that around as well .....not a good idea. Some printers operate from up at the head only in X and Y directions and they should have no worries like that. Conclusion is that I think its more than stable enough without the sand. I work really hard so one day I can be lazy and I enjoy designing stuff to make my life easier. Plus when designing I get to sit on my but awhile. Thankfully my missus doesn't read this forum

For some time when using my head knives I have wanted a stand up holster/stand to put it in safely between the repetitive using of them. Its a long print job but for me it is worth it at least. Here is the stl file - HEAD KNIFE HOLDER.stl You will need to lay it as shown in the below pictures. To try and save print time I have drawn it with a hole in the base to act as a support. This way in Curra I have given it No fill. Here is an extract of the settings I used. M190 S65.000000 (BED TEMPERATURE) M109 S215.000000 (NOZZLE TEMPERATURE) ; -- START GCODE -- ;Sliced at: Sat 25-08-2018 19:34:19 ;Basic settings: Layer height: 0.2mm ; Walls: 1.2mm ; Top and Bottom: 1.6mm ; Fill: 0 percent ;Print speed: 60 ;Print time: 9 hours 18 minutes ;Filament used: 49.55m 146.0g ;Filament cost: 5.41 The first pic here shows the bottom layer near done Now showing the shell style print At this stage the print has started the blade curve This shows the point at 71.8mm high where to watch for any filament colapse as it is starting the bottom of the knife feral support. A 6" knife will not touch the walls if located in the centre hole. The top is now starting to connect At this stage the print in the air starts.....No problems found. First layer over the air done. Yippie ...success Here showing the large 6" head knife comfortably housed Now showing the smaller Osborne knife that has a wider feral. It sits in nicely as well. That's it all I think @YinTx inspired me with this. If I recall I was trying to explain the new Taco shell shape. Brian

WOW that is very close to the stated 6mm.Spot on with my measurement above. I think the No 5 link should work well but I will do up one on 99% and 101% as well and try them out. PM me a place to send I will try and get you some somehow to try out. Note: On the No 5 stl here I made for the nylon coil .....it works great but I found after a couple of days and little shrink back it is now not tight enough for the metal No 5 to hold it tightly. Fine for glue line up but not for straight to the sewing machine. I have been measuring for a few days now and so far no more shrinkage but means I will have to try one for the metal at a lesser percentage. I will let you know sometime later this week.

Can I ask if you have checked the width of the teeth with vernier callipers as in my pictures below. If so and that is correct I could do a few scaled size pieces and send 1 of each for you to let me know which ones fit best or you could send me a bit of each if you prefer. P.M. me the info if you like. Hi Wizcrafts, I went and checked my measuring all over again and went online to double check again and a #5 YKK is not 5mm wide and I have put in a link from a couple of sites that give a closer idea to the measurements. Sailrit says #5 is 6.35mm - https://www.sailrite.com/Choosing-a-Replacement-Zipper-Slider SBS Zipper has a bigger detail chart and confirms similar measurements to mine - http://www.sbs-zipper.com/blog/standard-zipper-sizeteeth-width-specification-charts/ I have an upholstery friend in town and I will try and get a few other size zippers from him as soon as I can and get back with the info. Here is my measurements of #5 coil This is on the metal #5 Here showing the guide measurement I've supplied the stl file for here. These work well enough for my use and I would suggest that if anyone finds theirs a little tight or loose they need only scale it up or down a percentage to get it right. I have not done any on the thicker plastic zippers yet and they would likely need a deeper depth of hole which would not work with scaling. If anyone wants to send me any zipper pieces to make a suitable stl file for let me know. Brian

Well done ....I wonder if your gap between nozzle and the plate might be a little wide. I have some zipping spare here if you want to try sometime.

Well here is the guide stl file for the YKK NO 5 nylon and as it turns out metal as well. No 5 YKK zip guide.stl I must admit I cheated a bit here as after some measurements as maths I just scaled the No 3 guide up exactly to 1.5 and this is it. If anyone wants to give me the exact measurements of the width of the teeth done up in mm of any other sizes I will do the stl files for them to test out as well. Here firstly for those that are curious is my old humble but very busy printer. The large fan to the right is just to cool things quicker when the print is finished.The box in the far right bottom corner is the ring box prints which is what keeps the printer busy a lot. This shows the No 5 guide now finished and the orientation I so far recommend. I might try laying them in the Y direction and see if more holes improve any. I tested for sewing foot height on my little cylinder and the big cowboy and no problems but it may be a bit high for some machines......please let me know and by how much less if necessary. Note the height and width is about 1/2". Here I have attached it to a No 5 YKK metal and it is a quite tight push. Note that the back dishes in a little but seems to lay down flat well enough to work alright.You may want to scale it up 1%. I did a back check to make sure that it had not spread too far for the nylon and it was fine. I think I might start a new post in the 3D section that has combination of links of other projects I've posted here over the last couple of years like these below. What do you think?.

Hey I'm thinking that maybe you have just scaled it down and every thing has compressed beyond useful?? Give me the diameter and depth of the bobbin hole and I'll load up an stl if you like. You do want one bobbin hole going right through? Let me know. I am curious why your bottom layer is not connecting and possibly you need to increase the flow from 100 to 103% if it is on the hundred% that is.It could also be that your nozzle is a little bit to far away from the platform. I get it down less than a Tallo-Ho paper if I can and my first layer is always smooth as.

Hi Uwe, I have to be quick as dinner is ready. If it holds the zip firmly it will stay quite straight. If not increase you flow a little or as below. The compression on the zip working together should make it straight. M190 S65.000000 That's my bed temperature M109 S215.000000 This is the temperature I'm running the filament at. This is pretty hot but I like it to really connect well. Causes a little swell. Also I have the 1.75mm filament set at 1.74mm to offset variations in the filament thickness and that also increases the size a little but makes for good connection. Another note: I am running a .4mm nozzle. ; -- START GCODE -- ;Sliced at: Sat 18-08-2018 13:00:48 ;Basic settings: Layer height: 0.2mm ; Walls: 0.8mm ; Top and Bottom: 0.8mm ; Fill: 30 percent ;Print speed: 45 ;Print time: 28 minutes (That is for 3 pieces= 9.3mins each and is possibly why your holes look better than mine ;Filament used: 1.747m 5.0g ;Filament cost: 0.19

The PLA filament I used in this case is pretty cheap and easy to use. The large rectangle bobbin holder uses 116 grams at 30% fill and that is around $4.00 au (about $3.00US). The revolving bobbin holder at 20% fill is 80 gram which is about $3.00au ($2.25US dollars). You have to take into account a little bit for the power cost etc as well. I just checked the little zipper piece and it is 2 gram and cost 6 cents au. Good thing there as you can load the platform up with heaps. Brian

Hi Garry, Not quite ...an stl file is just a file that any printer or I think cnc can get the raw information from. A program like I use Curra then converts it into a G code that then is able to tell the printer how you want it to print out. At the stage before you make the G code you can set how fast you want it to print, how many copies you want it to do, how much fill you want it to have. That means it might be 90% hollow if it does not require a lot of strength or fully solid if you wanted it to be a stamp.It can also be scaled higher or wider or longer or just wholly bigger or smaller etc. It also allows what temperature to set the heated nozzle for different type of filament. The filaments come in a wide variety and can be extra hard down to soft and flexible. After the G code is set it is then pretty much plug it in and let it go. Its a little bit like having to learn how to set your tensions and thread paths and needle sizes and which needle brand works best etc but the huge range of things that you could apply this knowledge is almost infinite and already spare parts in cars etc are being replaced with this technology. They are even printing Robots now so learning how to design with it is at least one future that will be here for awhile. Brian

Straight as we get it it works alright but we do buy drums of thinners as well and thin it to whatever the job requires. For spraying the glue we this it maybe 10%.

The diameter of the holes is 25mm but you should be able to scale it down in Curra or whatever program when converting the stl to the G code. I will try and get an stl file made for the smaller bobbins sometime this week if you like as I think I like that idea somewhat myself.

Good news UWE is going to see how they work on his printer and let us know. I don't have any Riri zippers to measure the teeth width and test but I am sure there would be no problem doing them at all. I will work on getting something for them asap.