My DIY Cue Lathe Complete Assembly, from start to finish.
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- čas přidán 12. 05. 2024
- This is a video of the complete assembly of the cue lathe, from start to finish. It serves as instructions on how to build it.
Complete files and list of components available at this link:
files.fm/u/n3ck6m7uz3
Collet stl files for free at this link:
files.fm/u/bnegy2epzw
Leave a comment if you have any questions or thoughts
thanks, I've been waiting for this :) I've successfully bought the access and downloaded the files, can't wait to build it myself!
Thanks!
Do the files come with a parts list?
@@GCCMarc yes, there is a complete parts list
@@GCCMarc yes
In what format are the 3d files?
Thank you man... You are the best
been waiting for this! Thankyou
I have uploaded another video with a quicker overview, you are welcome
thanks Emilio for all 👌
You are welcome.
Thank you!
Wonderfull 🙏
Hola Sr. Arroyo, gusto en saludarle.
Le felicito por publicar la construcción de este torno para los que somos aficionados al billar pool.
Por supuesto, estoy interesado en comprar su lista, pero antes quisiese, por favor, que me indicase ¿dónde podría comprar, en línea, todas las piezas necesarias para armar este torno? Me encuentro en Centroamérica y aquí no es muy fácil encontrar piezas tan específicas como estas.
Por otro lado, tampoco dispongo de una impresora 3D, por lo que me tocaría ir a una tienda que me venda las impresiones 3D necesarias. La pregunta es: ¿qué material debe usarse para las impresiones 3D?
Agradecido de antemano.
Las piezas se encuentran online con facilidad, en particular en aliexpress, y son bastante genéricas.
Pero si no dispone de una impresora 3d le convendría informarse de los precios de impresión de antemano. Sospecho que le resultaría más económico comprarse una impresora 3d como la ender3 e imprimirlas ud mismo. Con el coste adicional de una impresora3d o tener que imprimirlas en una tienda le ruego que evalúe si el precio total más el trabajo de construirlo le conviene más que comprar un torno para tacos comercial ya hecho, o un torno para metal usado. Las impresoras 3d usan un rango amplio de materiales, yo pare este proyecto he usado el más común, llamado PLA.
Upfront, excellent build!! Very impressive!! I'm curious about two things.
First the design criteria you used. Accuracy needed for some of the printed parts, range of motor speeds, etc. I'll assume concentricity of the ends is achieved mostly via adjustment of the collets. I wasn't sure from the other video what an acceptable run-out was.
Second do you have an approximate total cost for your as built unit? Obviously this will vary from locale to locale and for the specific items bought (substitutions allowed).
TIA
The design criteria is simply to build a system to change tips and ferrules with high quality.
It has to be cheaper than the commercial lathes to do this and it has to be made with parts you can buy online easily. It costed me around 350 euros two years ago.
I used an old Ender3 3d printer to make the parts. Whatever precision this old 3d printer gets you is good enough.
This type of motor has a very low runout (10-15 microns), and i use a 3205 bearing with a runout of 5-10 microns.
The concentricity achieved depends mostly on the shaft, the older they are the worse the runout.
I usually center them the best i can with the collets and then i find the rpm with less vibration.
Anything over 0.1 mm runout is a bit too much, but i normally can get it under 0.05 mm, the modern carbon shafts get easily under 0.025mm runout.
I can't seem to be able to open the link with the parts list 😔
Es increible lo bien montado y pensado que esta pero creo que solo de piezas no impresas, motor, fuentes, tornilleria, los tornillos sin fin el c-bean, saldria por moas de 150 €
¿ Podrías indicar las características del motor ? como las r.p.m y la potencia. ¿ Cuales serian las revoluciones minimas necesarias para trabajar las puntas de los tacos ?
He probado muchas cosas. La primera versión de este proyecto no tenía el c-beam o el xy table y los cortes los hacía a mano con una cuchilla.
Si bien hay infinitas posibles soluciones, el C-beam da la posibilidad de trabajar con un eje longitudinal y da una base para asemblar todas las piezas, por eso lo elegí como 'parte central'.
El motor es un DC 48v Spindle with Er11 collet 300w. Trabajo normalmente en torno a 1200 rpm
Hi Emilio. I bought your files right after you released them and i am curently making the lathe. So far all is going well. I saw that you published an updated file of the lathe but i cant seem to dowload it.
Are there any differences or improvement in comparison with the original files?
No, i just updated the motor from 200w to 300w, in the parts list
Complimenti signor Emilio, un bellissimo lavoro. Ma molto complicato. Dove si possono comprare tutti i pezzi necessari per la costruzione del tornio? Grazie per aver postato il video.
Bene, la complessità a volte é necessaria per una buona performance, quando un puntale top puó costare 600 euro é meglio lavorargli bene.
Questo tornio é fatto da pezzi che ho disegnato e stampato me stesso con la mia stampante 3d e di pezzi di hardware generici, i pezzi stampati (quelli che sembrano di plastica) non sono acquistabili online. Quindi questo é un progetto per quelli che hanno la stampante 3d, nel link per venti euro si possono scaricare tutti i file da stampare e la lista di pezzi di hardware da acquistare online. Se uno non ha la stampante 3d forse dovrebbe valutare di comprare un modello di tornio commerciale.
Fare questo progetto se uno ha già la stampante 3d costa intorno a 400 euro.
What compressor to use for the grinder?
A micro die grinder that small (only 16mm in diameter) uses very little flow of air. Usually less than 10cfm, so most small general purpose air compressors will do. Look into the specifications of the micro grinder and compressor you have to see if it can deliver the pressure and flow of air it requires.
Hey Emilio! I tried replying back to that email you sent about the different motor but I don’t think the emails are going through? I had a few questions about the part list if there is a good way to contact you.
Well, that is surprising, i have not received any other email from you. I dont understand why you emails should not appear. Ask me anything here, if i can answer here ok, if i cant we will try something else.
What was the cost of your setup?? I mean to buy everything
Around 350-400 euro
Buenas tardes Emilio, estoy muy interesado en adquirir el plano para construir mi propio torno, pero tengo alguna duda que me gustaría que por favor me aclarase.
En el listado de componentes vienen todos los componentes? Modelo del motor con su controlador, fuente de alimentación con sus características, tornillería cables etc. etc y como tengo impresora 3d me gustaría saber si están todas las piezas en formato SLT para poder imprimirlas. Y el tipo de cuchillas que usas en el vídeo están también especificadas?
Gracias de antemano por su colaboración y gran trabajo.
Sí, están especificadas aunque son piezas genéricas fáciles de encontrar (en Aliexpress está todo). Si no encuentras alguna te mando un mail con el link.
Las piezas están en formato STL.
La cuchilla no la he especificado pero es la clásica hoja de box cutter de forma trapezoidal de 0.5mm de espesor
Al comprar los planos y despiece la descarga del archivo es automático o haces el envío una vez verificado el pago??
@@javiercamachovazquez6593Es automático
Gracias, mañana a primera hora lo compro y voy buscando todo el material necesario.
Si me atasco con algo, espero que no le moleste que le haga consultas.
@@javiercamachovazquez6593 No hay problema
How much did it cost you to build this project and where to buy?…. Are you selling this new built one? Abe
No i am not selling these. This is not a new built one, is the same i built two years ago. I just dissasembled it to record on camera how to build it.
Whats is the Price for all the needed Parts? Do you have a List of all the Parts?
I See you have a List. Great Job! What is the Price for all the needed Parts?
All the parts costed me around 350 euros two years ago. I have included a list of components in the files.
How much did it cost to build this, and where to buy…abe
It costed me 350 or 400 euro two years ago. Is a diy project, not a machine for sale online. I designed it and 3d printed the parts. If you have a 3d printer you can get the files in the link in the description and make your own.
nice but I have no 3D printer.
Would you build for sale?
No, i am sorry
Can i buy it?
This is a diy project. I offer the files in the link in the description so people can make their own, but i dont manufacture this project to sell it.
Hi, i cant download the file
Same
Need to pay for it.
Buy ?
I offer the files in the link in the description if somebody wants to make their own, but i dont make and sell these, is just a diy project.