In this video I build full chess set using my DIY CNC machine.
Chess board is 12″x12″x1.250″solid aluminium with embedded brass
Pieces are machine from 1″ Dia soild aluminium and brass
In this video I build full chess set using my DIY CNC machine. Chess board is 12″x12″x1.250″solid aluminium with embedded brass Pieces are machine from 1″ Dia soild aluminium and brass source
Folks loved the first DIY CNC Machine (https://www.youtube.com/watch?v=WKmzlMvxC7I) – now let’s build one bigger and better!
Industry grade linear rails combined with a ground ball screw and a TinyG controlled should give us a more rigid and precise machine!
We’re going to use two pneumatic cylinders and a pneumatic engraving pen to see if we can use this machine to offload some of our engraving requirements from our Tormach PCNC 1100!
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Links for this video:
Pneumatic Engraving Pen: http://amzn.to/1ObsnHJ
Pneumatic Solenoid: http://amzn.to/1s7zebE
Pneumatic Cylinder: http://amzn.to/1WkASDi
Nema 23 Stepper: http://amzn.to/1SYNKMI
Y-axis Kit: http://ebay.to/1JG5mWj
Ballscrew Kit: http://ebay.to/1Ezq1bl
Linear Rail Kit: http://bit.ly/1Hcz84G
Another option for linear rails: http://ebay.to/1zXOOsX
TinyG: http://bit.ly/1IwQOLF
Music copyrighted by John Saunders
Credit to SKF Group for their ball screw video: https://www.youtube.com/watch?v=kl6qNn9-nkk
Folks loved the first DIY CNC Machine (https://www.youtube.com/watch?v=WKmzlMvxC7I) – now let’s build one bigger and better! Industry grade linear rails combined with a ground ball screw and a TinyG controlled should give us a more rigid and precise machine! We’re going to use two pneumatic cylinders and a pneumatic engraving pen to see if we can use this machine to
In Part 1, we set up the Arduino & GRBL shield. Now, let’s use inexpensive linear motion hardware (links below!) to assemble the bearings, rods and steppers into a functional CNC machine!
Products used in the video:
Arduino Uno: http://amzn.to/1E0gxVU
Linear Bearing Slider: https://amzn.to/2GYeRWU
GRBL Alternative for Arduino CNC: https://amzn.to/2IgMH8Y
GRBL Shield: http://bit.ly/1vJbWY9
24V Power Supply: http://amzn.to/1BlwmF4
Multi-Meter: http://amzn.to/1qppo2C or http://amzn.to/1siEp1C
8MM Linear Rail: http://ebay.to/14rPWXB
Stepper: http://ebay.to/1xNEJ02
Timing Pulley: http://ebay.to/1I25PEN
Timing Belt: http://ebay.to/1xNxthz
Dial Indicator: http://amzn.to/1DuvGQC
Indicator with Mag Base: http://amzn.to/1ABvkba
2-4-6 Blocks: https://amzn.to/2IgQrHo
In this video, we look at the CAD model of the machine, discuss basic design philosophy, test it’s accuracy (amazing results!), then do the final GRBL set up so that we can export CAM G-Code to use on the machine!
We just added a Part 3 with a Z-axis upgrade! Check it out at https://youtu.be/gzLYNSQEPDk
Part 1: https://www.youtube.com/watch?v=1ioctbN9JV8
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Reach us / CNC Info:
In Part 1, we set up the Arduino & GRBL shield. Now, let’s use inexpensive linear motion hardware (links below!) to assemble the bearings, rods and steppers into a functional CNC machine! Products used in the video: Arduino Uno: http://amzn.to/1E0gxVU Linear Bearing Slider: https://amzn.to/2GYeRWU GRBL Alternative for Arduino CNC: https://amzn.to/2IgMH8Y GRBL Shield: http://bit.ly/1vJbWY9 24V Power Supply: http://amzn.to/1BlwmF4 Multi-Meter: http://amzn.to/1qppo2C or
About 17 years of evolution and this DIY CNC Router is almost perfect. Join me on this walk around where I explain why I changed from MACH 3 to Centroid Acorn for the controller. What changes I made on the machine over the years to make it much more flexible for the various applications I have for the router. See a one of a kind, automatic tool change system that uses a common 2.2kw collet type spindle. There is plenty to see and hopefully some good ideas can be had along the way.
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Please visit the companion website for more information about these videos…
https://makingstuffwithchrisdehut.com/
About 17 years of evolution and this DIY CNC Router is almost perfect. Join me on this walk around where I explain why I changed from MACH 3 to Centroid Acorn for the controller. What changes I made on the machine over the years to make it much more flexible for the various applications I have for the router. See
In this episode I make the X Axis mounting plate for the NEMA 34 Hybrid (closed loop) stepper motor.
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DIY CNC Milling machine build.
My objective for this project is to design and build a CNC milling machine without the need for any machining of the parts. Ordinarily, building a mill requires a much bigger mill to get the axis surfaces flat and parallel.
By using aluminum tool plate (which is in theory pre-machined flat) and bolting the critical components rather than welding, it should be possible to avoid any machine work. After all, I’m building a mill because I don’t have one!
Linear rails and ball screws are the cheap Chinese 20mm style that you can find on eBay etc.
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In this episode I make the X Axis mounting plate for the NEMA 34 Hybrid (closed loop) stepper motor. _____________________________________ DIY CNC Milling machine build. My objective for this project is to design and build a CNC milling machine without the need for any machining of the parts. Ordinarily, building a mill requires a much bigger mill to get the
In this episode you will learn how to use different coordinate system in one G-code file, and how to setup each coordinate system, as example G54 G55 G56 and MACH on the DDCS V3.1.
00:00 Welcome
00:40 Coordinate system explanation
01:43 G53
In this episode you will learn how to use different coordinate system in one G-code file, and how to setup each coordinate system, as example G54 G55 G56 and MACH on the DDCS V3.1. 00:00 Welcome 00:40 Coordinate system explanation 01:43 G53 source