EN: this is a CNC milling machine made from scratch, with parts from old printers(stepper motors , calibrated metal bars and tooth belts),laminate floor used as bearings cases, raw steel, cut by me , painted, etc. The power drill is a PROXXON type, about 12000 RPM(good quality, high rpm and no axial movement powered at 12v). The connection between PC and cnc is made trough parallel port, isolated with optocuplors(safety regulations) . The circuit board of cnc (the stepper controller) is made trough toner transfer method, y have used two MCU PIC16F84A and as “muscle” y have used some N-channel power MOSFET’s. No heatsink was required for them. As an improvement, y have used a low/high current system for stepper motors, they are powered at 12v 30% duty cycle in low current phase and with 12v 70% duty cycle in movement phase. That allow me not to overheat the motors when not used.The building time was about 5 months, in average 3 hours per day of work. The work bench took-me about two weeks,(made from raw steel, cut , welded and painted by me) and the computer for this CNC took me about 1 month (custom made plexiglas case) and y will present you in another video separately .

EN:
Hi, if you like what i do and want to support me, you can buy me a coffee here:
https://www.buymeacoffee.com/dumyyyyyy
Also here you will find other of my electronic projects with schematic, pictures from the building stage and PCB design files.

For high resolution photos(and more) you can check my SKYDRIVE account:

https://skydrive.live.com/redir?resid=9F526403AAD0C21A!986&authkey=!AH4ioElMDMw8XoY

RO:Acesta este o masina de prelucrat pe comanda numerica(o freza comandata 3D de catre calculator)facuta de la 0 cu piese recuperate din imprimante vechi(motoare pas cu pas, curele dintate si tijele calibrate), parchet laminat folosit pe post de carcase de rulmenti, fier de la materiale de constructii taiat cu flexul, polizat si vopsit. Freza este un PROXXON are aproximativ 12000 de rotatii pe minut(buna calitate, fara joc axial, alimentata la 12v). Conexiunea intre calculator si CNC este facuta prin porul paralel, care este izolat complet cu optocuploare(reguli de siguranta impuse de lege). Cablajul imprimat al controllerului de motoare pas cu pas este facut prin metoda transferului de toner, am folosit 2 microcontrollere PIC16f84a pentru comanda motoarelor, iar ca “muschi” am folosit tranzistori MOSFET de canal N. Nu a fost necesara montarea lor pe radiator de racire, deoarece pierderile sunt mici,la fel si frecventa de lucru(ei functionand doar ca intrerupatoare electronice).Ca o inbunatatire, am folosit un sistem de comanda a motoarelor in trepte, cu curent mare si curent mic astfe: cand motoarele stau ele sunt alimentate la 12vf 30% factor de umplere, iar cand se rotesc, sunt comandate cu 12v 70% factor de umplere. In felul asta se previne incalzirea excesiva a motoarelor, ele fiind alimentate cu putere mare doar atunci cand este nevoie. Timpul de constructie a CNC-ului a fost de aproximativ 4 luni cu o medie de 3 ore de lucru pe zi. Masa de lucru mi-a laut 2 saptamani,(facuta din fier brut, taiat, sudat, vopsit, cu blat facut din parchet laminat ca e mai ieftin) iar calculatorul care comanda CNC-ul l-am facut cam intr-o luna,(carcasa facuta de mine din plexiglas) si acesta il voi prezenta intr-un video separat.

RO:
Salut, daca iti place ceea ce fac si doresti sa ma ajuti, poti sa imi cumperi o cafea aici:
https://www.buymeacoffee.com/dumyyyyyy
Tot aici gasesti alte proiecte electronice ale mele, cu scheme, fotografii din timpul constructiei si cablajele imprimate.

Pentru poze de inalta rezolutie(si nu numai) puteti sa va uitati pe contul meu skydrive.

https://skydrive.live.com/redir?resid=9F526403AAD0C21A!986&authkey=!AH4ioElMDMw8XoY

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EN: this is a CNC milling machine made from scratch, with parts from old printers(stepper motors , calibrated metal bars and tooth belts),laminate floor used as bearings cases, raw steel, cut by me , painted, etc. The power drill is a PROXXON type, about 12000 RPM(good quality, high rpm and no axial movement powered at 12v). The connection between PC



3D topographical map of (part of) the Middle East cut from Ash.

Top left is Antalya in Turkey and the Taurus mountains, then clockwise Cyprus top middle, the Mediterranean coast of Syria and Lebanon, then Israel and Jordan, the Sinai peninsula, Red Sea and finally Suez, and the Nile opening out into the Mediterranean.

This project took about 10.5 hours to cut!

Roughed with a 10mm straight cutter

then finished with a 1mm radius tapered ballnose.

Videos about building my machine:

For tips on cutting a topo map like this one have a look at this:



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3D topographical map of (part of) the Middle East cut from Ash. Top left is Antalya in Turkey and the Taurus mountains, then clockwise Cyprus top middle, the Mediterranean coast of Syria and Lebanon, then Israel and Jordan, the Sinai peninsula, Red Sea and finally Suez, and the Nile opening out into the Mediterranean. This project took about 10.5 hours



Australian Inventor Roger Webb demonstrates CNC router 4th axis setting up for beginners
Patreon
https://www.patreon.com/user?u=15079773

Wood Lathes CNC’s, Laser’s and CAD/CAM tutorials

Autodesk Fusion 360 www.autodesk.com/products/fusion-360

Disclaimer:
These videos, commentary and or advice are intended for entertainment and inspiration. Woodworking and metalworking is dangerous. Always seek professional advice and training before using any power tools or CNC machine. If you have any uncertainty before performing any DIY procedure, stop and learn a safer method. Understand that there are years of learning and experimentation by me that are not in the videos. Do not attempt anything simply because you saw or heard it in one of my videos. You can have a safe, enjoyable, and even inspirational time in your workshop by understanding your own tools, materials, and your own skill level.

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Australian Inventor Roger Webb demonstrates CNC router 4th axis setting up for beginners Patreon https://www.patreon.com/user?u=15079773 Wood Lathes CNC’s, Laser’s and CAD/CAM tutorials Autodesk Fusion 360 www.autodesk.com/products/fusion-360 Disclaimer: These videos, commentary and or advice are intended for entertainment and inspiration. Woodworking and metalworking is dangerous. Always seek professional advice and training before using any power tools or CNC machine. If you



DIY Wire EDM is finally a reality! This has been on our DIY CNC machine radar for quite some time, and finally we have done it. We added this attachment onto an old DIY CNC Machine. After all, it’s an extremely rigid epoxy granite CNC machine with a perfectly fine X Y Z motion system. We hope that getting a good working Wire EDM machine will help us produce better tolerance cuts in metals for our DIY homemade shop.

While this was just our first round of prototyping, we will continue to work on this DIY Wire EDM machine and turn it into a proper homemade CNC EDM Machine.

Make sure to follow our CNC adventures by hitting the SUBSCRIBE button right away – it helps our channel grow!

Free Design Files: https://actionbox.ca/pages/diy-wire-edm

Power Supply: https://actionbox.ca/products/edm-power-supply
Plastic Parts: https://actionbox.ca/products/wire-edm-plastic-parts
Drive Rollers: https://actionbox.ca/products/drive-rollers

Ways To Support Our Channel:
Merchandise: https://actionbox.ca/collections/merchandise
Become A Member: https://www.youtube.com/channel/UCHrFvnP1EEEZHNam_Nk_5rQ/join

Instagram: https://www.instagram.com/action.box/

Check Out These Other Machines We Built:
We built a CNC Machine

We built a Wire EDM

We built an EDM Sinker

We built a Plastic Injection Machine

We built an Anodizing Setup

We built CNC Router

#CNC #machineshop #DIY #epoxy #mill #engineering #machine

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DIY Wire EDM is finally a reality! This has been on our DIY CNC machine radar for quite some time, and finally we have done it. We added this attachment onto an old DIY CNC Machine. After all, it’s an extremely rigid epoxy granite CNC machine with a perfectly fine X Y Z motion system. We hope that getting a



http://www.glacern.com
http://twitter.com/glacern
http://facebook.com/glacern
http://vimeo.com/glacern
Glacern Machine Tools

The flagship of GMT’s workholding line is the 6″ double-station cast iron vise. Weighing in at a hefty 110 lbs, this vise securely holds multiple workpieces while damping vibration and eliminating deflection.

The unique leadscrew design allows clamping of different sized workpieces. The fixed center jaw can be removed, and included hardware can be used to fix the front movable jaw, transforming the GDV into a wide-opening single station vise. In the single-station configuration, this vise has a jaw opening of 12.25″.

The hexagonal handle end of the leadscrew is recessed, allowing this vise to mounted on smaller mill tables without risk of enclosure collision. A handle socket extension is included for easy access.

The GDV-620FE comes standard with an extra large polished handle, handle extension, built-in chip guards, 11/16″ T-slot keys, and a set of four toeclamps. Each vise carries a 10-year limited warranty.

For more information visit our website at http://www.glacern.com/gdv_620fe

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http://www.glacern.com http://twitter.com/glacern http://facebook.com/glacern http://vimeo.com/glacern Glacern Machine Tools The flagship of GMT’s workholding line is the 6″ double-station cast iron vise. Weighing in at a hefty 110 lbs, this vise securely holds multiple workpieces while damping vibration and eliminating deflection. The unique leadscrew design allows clamping of different sized workpieces. The fixed center jaw can be removed, and included hardware can



I was talking to a friend of mine who didn’t really understand how my CNC machines were setup. He said something about cutting a tile. That got me thinking about trying to use the 3018 Pro router on a tile to see what would happen. Check out this video to see how that works.

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I was talking to a friend of mine who didn’t really understand how my CNC machines were setup. He said something about cutting a tile. That got me thinking about trying to use the 3018 Pro router on a tile to see what would happen. Check out this video to see how that works. source