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You guys wanted a detailed walk around of our DIY CNC machine, and HERE it is. We are sharing some raw (unedited footage) and providing some explanations to common questions about our CNC mill. Don’t forget to subscribe for more cool engineering projects!

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Thanks to Keeps for sponsoring this video! Head to https://keeps.com/actionbox to get 50% off your first Keeps order. Follow Us On Instagram: https://www.instagram.com/action.box/ You guys wanted a detailed walk around of our DIY CNC machine, and HERE it is. We are sharing some raw (unedited footage) and providing some explanations to common questions about our CNC mill. Don’t forget to



CNC milling is a subtractive manufacturing process that removes material from a block of metal or plastic to form a final part. Get your FREE CNC design essentials guide: https://get.protolabs.com/cnc-essentials/?utm_source=YouTube&utm_medium=Social&utm_campaign=us-cnc-guide&utm_content=design-essentials&utm_term=

How Does CNC Milling Work?
CNC milling is a subtractive manufacturing process. It starts by fixturing a block of metal or plastic material inside the CNC mill. Using G-code, the CNC machine is programmed to rapidly mill out parts from the block of raw material. Our 3- and 5-axis CNC machines are equipped with various toolsets to maximize efficiency and production speed.

Machined plastic parts are left as-milled, which typically means they show visible tool marks. Some metal parts allow more finishing choices like anodizing and chromate plating. When the run is complete and your required surface finish is applied, parts are boxed and shipped shortly thereafter.

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CNC milling is a subtractive manufacturing process that removes material from a block of metal or plastic to form a final part. Get your FREE CNC design essentials guide: https://get.protolabs.com/cnc-essentials/?utm_source=YouTube&utm_medium=Social&utm_campaign=us-cnc-guide&utm_content=design-essentials&utm_term= How Does CNC Milling Work? CNC milling is a subtractive manufacturing process. It starts by fixturing a block of metal or plastic material inside the CNC mill. Using G-code, the



Learn what the differences are between CNC machining and 3D printing in order to find out if CNC machining or 3D printing is a better choice for your design. For instance, is CNC cheaper than 3D printing? Find out in this video.

00:00 Introduction to 3D printing vs CNC machining. What is 3D printing and what is CNC machining? And what is the main difference between CNC machining and 3D printing? (when it comes to producing parts)

01:53 Second, dimensional accuracy. Here we’ll go over how CNC machining and 3D printing differ in dimensional accuracy

02:47 Third, materials. In this section, you’ll learn about how CNC and 3DP are different in regards to the materials they can machine and print. You’ll also learn what the impact of the combination of materials and technology can be.

03:55 Fourth, model complexity. For both CNC machining and 3D printing it’s important to consider their design limitations. In this section, you’ll find out more about the differences between those for CNC and 3DP.

05:00 Fifth, post-processing. Both CNC machining and 3D printing have several post-processing options. However, there are some differences.

05:30 Finally, manufacturing workflow. In this last section, we’ll discuss what happens differently for CNC machining and 3D printing after an order is placed.

06:21 Rules of thumb. Finally, we’ll go over what we learned about the difference between CNC machining vs 3D printing.

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Learn what the differences are between CNC machining and 3D printing in order to find out if CNC machining or 3D printing is a better choice for your design. For instance, is CNC cheaper than 3D printing? Find out in this video. 00:00 Introduction to 3D printing vs CNC machining. What is 3D printing and what is CNC machining? And



Check Surfshark for yourself and start browsing the internet safely here:
https://surfshark.deals/IVAN and use the promo code: IVAN

My 3D printed CNC cuts steel!! I made a couple of modifications to my 3D printed CNC and now I have a way more capable machine. The original design can cut wood quite fast and reliably but with aluminium I found its limits so I decided to make it a bit slower but way more capable of cutting metals. I swapped the Nema 17 for ones with a 1:19 planetary gear ratio and swapped the GT2 belts for HTD 5M belts and now it can push the bit agains the material really hard. I tried to cut aluminium at very high speeds with flawless results which gave me the courage to try and cut steel and surprise! It cuts 1.5 mm steel like butter!!
If you want to get the plans to build your own you can find them here:

3D PRINTED CNC

As always questions and feedback are welcome in the comments, enjoy!!

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Check Surfshark for yourself and start browsing the internet safely here: https://surfshark.deals/IVAN and use the promo code: IVAN My 3D printed CNC cuts steel!! I made a couple of modifications to my 3D printed CNC and now I have a way more capable machine. The original design can cut wood quite fast and reliably but with aluminium I found its



When batch machining or milling thin flat material, vacuum is a great way to hold your parts. Unfortunately, milling completely through a workpiece on a typical vacuum chuck can result in the loss of suction or much worse. What if you could eliminate the need for gaskets AND not have to worry about damaging your table?

Learn more about vacuum tables and the DATRON Vacucard here: https://www.datron.com/9-things-you-need-to-know-about-vacuum-chucks

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When batch machining or milling thin flat material, vacuum is a great way to hold your parts. Unfortunately, milling completely through a workpiece on a typical vacuum chuck can result in the loss of suction or much worse. What if you could eliminate the need for gaskets AND not have to worry about damaging your table? Learn more about vacuum



The files to make your own can be found here:
3D PRINTED CNC

It works! The 3D Printed CNC MkII is finished and it works beautifully. I made a test cut for an HTD5M 100 tooth gear in less than 45 minutes in 6mm aluminium plate and it was perfect!! Imagine what can we do with this!!!
Incredibly I did not break a single bit during the making on this video, I invested quite some time with that poplar soft plywood refining the process and I go quite good at it (as good as to not break bits).

As you may remember there was a previous version of this that ended up becoming a donor in a “part” emergency. This revised version is easier to assemble, more refined and can be printed in smaller printers.

This video has no sponsored components, all the parts I used I bought them myself.

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The files to make your own can be found here: 3D PRINTED CNC It works! The 3D Printed CNC MkII is finished and it works beautifully. I made a test cut for an HTD5M 100 tooth gear in less than 45 minutes in 6mm aluminium plate and it was perfect!! Imagine what can we do with this!!! Incredibly I did