O intuito de fazer uma CNC router caseira é aprender todo o funcionamento e utilização básica destas máquinas, neste video mostro resumido como foi processo meu processo de montagem, peças utilizadas e funcionamento final.
Mais detalhes: http://bit.ly/35LBgSP

Como muitas pessoas me pediram, coloquei os link abaixo:
Cnc shield e drivers: https://amzn.to/2EAMKAa
Kit de fresas: https://amzn.to/3i7k1kq
Kit Arduino: https://amzn.to/3czH9GZ
Apenas Arduino: https://amzn.to/338rHOZ
Motores de passo: https://amzn.to/2Gh0dgV

https://drive.google.com/file/d/0B3HftVqWfJhcM1gwM1JsZ2R1Yjg/view
https://drive.google.com/file/d/0B3HftVqWfJhcaUg5aUtxTGNxYWs/view
https://github.com/grbl/grbl/
https://goo.gl/GeqKQ9
https://drive.google.com/file/d/16iFH-tKXWKOxov-Jl0D3mLe7t99f-Gjj/view
https://drive.google.com/file/d/0B3HftVqWfJhccUR5ZmVCVklONW8/view

Escreva seu comentário, se inscreva também e ative o “sininho” =)

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O intuito de fazer uma CNC router caseira é aprender todo o funcionamento e utilização básica destas máquinas, neste video mostro resumido como foi processo meu processo de montagem, peças utilizadas e funcionamento final. Mais detalhes: http://bit.ly/35LBgSP Como muitas pessoas me pediram, coloquei os link abaixo: Cnc shield e drivers: https://amzn.to/2EAMKAa Kit de fresas: https://amzn.to/3i7k1kq Kit Arduino: https://amzn.to/3czH9GZ Apenas Arduino:



In this video I’m going mill a printed circuit board. Something that I wanted to try for quite some time now. It’s milling a PCB. And yes, it’s Windows only.

Parts for making your own CNC machine.
Stepper drivers:
http://www.dx.com/p/geeetech-stepstick-drv8825-stepper-motor-driver-carrier-reprap-4-layer-pcb-heat-sink-purple-366006?Utm_rid=78761898&Utm_source=affiliate

Stepper motors:
http://www.dx.com/p/geeetech-1-8-degree-nema-14-35-byghw-stepper-motor-for-3d-printer-black-386069?Utm_rid=78761898&Utm_source=affiliate

Arduino Uno:
http://www.dx.com/p/uno-r3-development-board-microcontroller-mega328p-atmega16u2-compat-for-arduino-blue-black-215600?Utm_rid=78761898&Utm_source=affiliate

How to connect the drivers to the motors and Arduino:
https://www.pololu.com/product/2133

PCB-GCODE:
http://pcbgcode.org/

Estlcam:
http://www.estlcam.com/

Eagle PCB design:
https://cadsoft.io/

LibreCAD for creating Autocad drawings
http://librecad.org

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In this video I’m going mill a printed circuit board. Something that I wanted to try for quite some time now. It’s milling a PCB. And yes, it’s Windows only. Parts for making your own CNC machine. Stepper drivers: http://www.dx.com/p/geeetech-stepstick-drv8825-stepper-motor-driver-carrier-reprap-4-layer-pcb-heat-sink-purple-366006?Utm_rid=78761898&Utm_source=affiliate Stepper motors: http://www.dx.com/p/geeetech-1-8-degree-nema-14-35-byghw-stepper-motor-for-3d-printer-black-386069?Utm_rid=78761898&Utm_source=affiliate Arduino Uno: http://www.dx.com/p/uno-r3-development-board-microcontroller-mega328p-atmega16u2-compat-for-arduino-blue-black-215600?Utm_rid=78761898&Utm_source=affiliate How to connect the drivers to the motors and Arduino: https://www.pololu.com/product/2133 PCB-GCODE: http://pcbgcode.org/ Estlcam:



I was sent a Duet 2 Wifi by Ooznest to try out – luckily I had just finished another CNC machine and needed a controller so I decided to try it out. It’s an interesting device and has forced me to learn more about programming. Here are my thoughts.

00:00 – Intro
00:33 – Forehead
00:50 – CNC Machine
01:29 – Enclosure
03:02 – The Positives
06:14 – The Negatives
07:36 – Conclusion

Note: I was using RRF V 2.03 during this video – the latest version is 3.2beta2 where many of the issues I mentioned have been resolved. I am currently building a new controller and will documented the changes.

Subscribe: https://goo.gl/FmlHU7

Patreon: https://www.patreon.com/EducatingSavvas

Photos: http://instagram.com/savvas_papasavva
Main Channel: http://www.youtube.com/SavvasPapasavva
Website: https://miscpro.com/2019/09/13/duet-2-wifi-for-cnc-router-machine/

#EducatingSavvas #DIYcnc #DesktopCNC #MootOneCNC

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I was sent a Duet 2 Wifi by Ooznest to try out – luckily I had just finished another CNC machine and needed a controller so I decided to try it out. It’s an interesting device and has forced me to learn more about programming. Here are my thoughts. 00:00 – Intro 00:33 – Forehead 00:50 – CNC Machine 01:29



In this second video of our CNC milling series, you’ll learn how to transform a 3D file into G-code using Fusion360.

RESOURCES:
– End mill article: https://www.mekanika.io/blog/learn-1/post/end-mill-selection-guide-4
– How to install the Mekanika post processor: https://www.mekanika.io/blog/learn-1/post/install-the-mekanika-post-processor-in-fusion-360-13

Mekanika’s goal is to facilitate local communities’ access to manufacturing processes, through open source tools and quality educational content.

The objective is to help create, prototype or produce small series with quality tools, which can be made by yourself or by ordering kits.

Each tool and machine we design are:
– entirely open source ;
– designed for disassembly – and therefore repairable, upgradable and non-obsolescent ;
– made for professional use ;

You can either buy a kit to support the project here: https://www.mekanika.io/r/cnc-catalogue.

or download our extended documentation to make our CNC machine by yourself: https://www.mekanika.io/r/cnc-os

Stay tuned by subscribing to our mailing list: https://www.mekanika.io/r/newsletter

and check out our latest updates on Instagram: https://www.instagram.com/mekanika.io

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In this second video of our CNC milling series, you’ll learn how to transform a 3D file into G-code using Fusion360. RESOURCES: – End mill article: https://www.mekanika.io/blog/learn-1/post/end-mill-selection-guide-4 – How to install the Mekanika post processor: https://www.mekanika.io/blog/learn-1/post/install-the-mekanika-post-processor-in-fusion-360-13 Mekanika’s goal is to facilitate local communities’ access to manufacturing processes, through open source tools and quality educational content. The objective is to help



https://sunspire.site/
https://www.sunspire.ru

CNC milling machine simulator is a multimedia application designed to provide a basic introduction to beginner mechanical engineering professionals with the principles of programming operations for milling parts using a standard (ISO) G-code.

The main task of the application is syntactic analysis of the code of control programs in order to build a graphical model of cutting tool trajectories in three-dimensional space.

The main functions: editing the code of the control programs of the milling machine, operations with files of control programs, setting the geometric parameters of the cutting tool, continuous/step-by-step execution of blocks of control programs, three-dimensional visualization of tool movements in the working space of the machine, simplified visualization of the machined surface of the part, calculation of processing modes, a quick reference guide to using G-code.

#cncsimulator #milling #machine

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https://sunspire.site/ https://www.sunspire.ru CNC milling machine simulator is a multimedia application designed to provide a basic introduction to beginner mechanical engineering professionals with the principles of programming operations for milling parts using a standard (ISO) G-code. The main task of the application is syntactic analysis of the code of control programs in order to build a graphical model of cutting tool