December 2, 2022
Whether you’re new to CNC machining or just looking to dial in your Bantam Tools Desktop PCB Milling Machine, our revamped Light-Up PCB Name Badge how-to is a fun and informative build. We cover key steps to set up your job, add custom tools to your tool library, and personalize your badge!
Learn more about our machines: bit.ly/BantamToolsMachines
Follow our latest projects: bit.ly/BantamToolsInstagram
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Whether you’re new to CNC machining or just looking to dial in your Bantam Tools Desktop PCB Milling Machine, our revamped Light-Up PCB Name Badge how-to is a fun and informative build. We cover key steps to set up your job, add custom tools to your tool library, and personalize your badge! Learn more about our machines: bit.ly/BantamToolsMachines Follow our
November 27, 2022
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
November 27, 2022
Fusion 360 File: https://drive.google.com/drive/folders/1b4Ki7t5q_HaFGcmKUhWh5COWso–FrA_?usp=sharing
Rufus (To make bootable USB drives): https://rufus.ie/
LinuxCNC: http://linuxcnc.org/
LinuxCNC M-Codes (Digital Output reference): http://linuxcnc.org/docs/html/gcode/m-code.html
Makercam: https://www.makercam.com
NC Corrector: http://www.nc-corrector.inf.ua/index_EN.htm
EasyDriver Hookup Guide: https://learn.sparkfun.com/tutorials/easy-driver-hook-up-guide/all
Help support me so I can make more videos:
Twitter: https://twitter.com/SirSpunk
paypal: [email protected]
https://streamlabs.com/scicynicalgaming
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Fusion 360 File: https://drive.google.com/drive/folders/1b4Ki7t5q_HaFGcmKUhWh5COWso–FrA_?usp=sharing Rufus (To make bootable USB drives): https://rufus.ie/ LinuxCNC: http://linuxcnc.org/ LinuxCNC M-Codes (Digital Output reference): http://linuxcnc.org/docs/html/gcode/m-code.html Makercam: https://www.makercam.com NC Corrector: http://www.nc-corrector.inf.ua/index_EN.htm EasyDriver Hookup Guide: https://learn.sparkfun.com/tutorials/easy-driver-hook-up-guide/all Help support me so I can make more videos: Twitter: https://twitter.com/SirSpunk paypal: [email protected] https://streamlabs.com/scicynicalgaming source
November 22, 2022
Watch as our Amada Ensis Laser makes quick work of this 3/16 steel. We are cutting 3/16 X 48” X 120” for inner frame stiffeners. These inner frame stiffeners are a major component to the truck chassis we manufacture for 1960-1987 Chevy/GM trucks. This Amada Laser has helped us tremendously here at GSI and would I would recommend this Amada Ensis 3015 AJ to anyone in need of a high production laser machine. This laser has been very user friendly but also provides extremely high end features that a more highly trained tech can access. We had been using a water jet cutting machine that we were almost running 24/7 to keep up with our customers demand. This laser machine has changed that and we have now been able to increase our cutting production by 10X. We use many programs here at GSI to help aid us in the manufacturing our chassis componenGSI and customer supplied projects we use such programs as mastercam, fusion 360, autodesk, solidworks and Gibbs Cam. If you or your company have any manufacturing needs we are here to hel we can cut or machine anything you desire. Please feel free to reach out to us for an estimate.
Website — https://www.gsimfab.com
Email — [email protected]
The video was shot on the GoPro 7 Hero and we are amazed how great this video looks and how smooth it is as there was not any post production done to stabilize the video. These GoPro cameras are amazingly easy to use and are very reliable and durable. Manufacturing can be very hard on video equipment and this works very well for us here at GSI thank you GoPro for putting out such a great camera.
#lasercutting #manufacturing #gsimfab
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Watch as our Amada Ensis Laser makes quick work of this 3/16 steel. We are cutting 3/16 X 48” X 120” for inner frame stiffeners. These inner frame stiffeners are a major component to the truck chassis we manufacture for 1960-1987 Chevy/GM trucks. This Amada Laser has helped us tremendously here at GSI and would I would recommend this Amada
November 16, 2022
Link to CAD Models and Plans: https://bit.ly/ToshDavisCNCFiles
Part 4 of a series on how to build a CNC plasma cutter table. All the parts are complete. Check out my playlist for the build below. In this video, I am wiring the electronics of the CNC table. Some back story this is my 3rd build of a CNC plasma table. The first build you see in this video, while the second one I made was for a friend, featured in the THC video on my channel. This design is based on the design I designed for my friend. Hope this video helps.
I’ve updated the wiring diagram. This updated version should be a lot more clear than the one in this video. The updated version is located in the google drive folder under the name “Wiring Diagram Updated.”
How to build a CNC plasma table: https://www.youtube.com/watch?v=OweWXLY_zbI&list=PL2P1-P0kDDPupxC1M-_AI2cfhrufejVZP
0:00:00 Intro
0:00:14 Description of electronic parts
0:03:53 Wiring diagram
0:06:42 Build montage
0:09:12 Floating head assembly
0:10:05 Build montage part 2
0:17:02 How everything is wired to the electrical box
0:17:49 Plasma torch triggering
0:19:21 Wiring in the electrical box
0:28:30 Plasma torch triggering circuit
0:32:53 Location of limit switches
0:33:45 Mach3 setup
0:46:30 Setting steps per unit
0:50:38 Homing
0:51:55 Soft limits
0:53:07 Machine coordinates vs part coordinates
0:55:02 Small tricks with using Mach3
0:56:22 Outro
0:57:07 Some recent cuts
0:59:53 Uncut video of cutting a part
Parts List:
HG20 20mm Linear Rail Guide Actuator CNC 1500mm*: https://www.ebay.com/itm/292600713239
HG20 20mm Linear Rail Guide Actuator CNC 750mm*: https://www.ebay.com/itm/292600713239
3PCS Nema 23 Stepper Motor: https://amzn.to/3naoHLC
Nema 23 Stepper Motor: https://amzn.to/3r5Kc14
SainSmart CNC Micro Stepping Motor Driver**: https://amzn.to/3FfKdEJ https://amzn.to/31H6jCD
DC 24V 15A Power Supply: https://amzn.to/3FbyfvO
R55 Plastic Open Type Cable Wire: https://amzn.to/3GrjGWN
MR12 12mm Linear Rail Guide 100mm: https://amzn.to/3HN50Bf
8mm to 10mm Shaft Coupling: https://amzn.to/3r5Cbth
400mm 8mm Lead Screw ACME: https://amzn.to/3n9N10c
4 Pack Caster Wheels 4 inch: https://amzn.to/3q9Ja5d
5 axis CNC Breakout Board: https://amzn.to/3JTyLCu
12 Pack of Micro Limit Switches: https://amzn.to/3GfcXiy
Metal Gear Rack -20 Pitch 6ft (5174T21): https://www.mcmaster.com/catalog/5174T21
Metal Gear 20 Pitch 15 Teeth (5172T11): https://www.mcmaster.com/catalog/5172T11
Compression Spring 2″ Long 0.875″ OD, 0.635″ ID (9657K03) Pack of 6: https://www.mcmaster.com/catalog/9657K403
Zinc-Aluminum M5 x 0.8mm 20mm Thread Pack of 50 (91274A131): https://www.mcmaster.com/catalog/91274A131
Zinc-Aluminum M5 x 0.8mm 12mm Thread Pack of 50 (91274A127): https://www.mcmaster.com/catalog/91274A127
Zinc-Aluminum M5 x 0.8mm 16mm Thread Pack of 50 (91274A129):
https://www.mcmaster.com/catalog/91274A129
Notes:
* These are the linear rails I bought, though because I don’t have space in my shop I have to keep my machine outside and these rails have rusted, just keep this in mind
** I know the linked Stepper Motor Driver is unavailable. I just wanted to link the exact one I used. The second link is a driver that looks similar, I just have not used it so can’t guarantee anything
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Link to CAD Models and Plans: https://bit.ly/ToshDavisCNCFiles Part 4 of a series on how to build a CNC plasma cutter table. All the parts are complete. Check out my playlist for the build below. In this video, I am wiring the electronics of the CNC table. Some back story this is my 3rd build of a CNC plasma table. The
November 6, 2022
Install Raid for Free ✅ IOS/ANDROID/PC: https://clcr.me/ERtcce and get a special starter pack Available only for the next 30 days
Somehow I got carried away by the comments in the last video and decided to sharpen my welding skills trying to rebuild the mill out of steel.
I remade the entire frame out of 40x40x2 steel box and TIG welded it using a technique called winging it. As a known side effect of this technique the frame is not square, straight, coplanar, or any of the required properties for the frame of a machine like this. I solved it by shimming almost everything on it with washers of different thicknesses and a lot of brute force. In the build of the aluminium one almost everything went perfect first try, in this build I had to wrestle with it a lot, way more than I’m capable to show in a single video. The machine is obviously more rigid than the aluminium one and after a lot of fiddling with it, it is surprisingly straight where it counts and seems to even be properly trammed.
As a bonus at the end of the video I decided to obliterate some aluminium and steel with the wrong dull bit and completely wrong feeds and speeds.
As always let me know what you think in the comments.
Thanks for watching!!
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CHAPTERS:
00:00 Preparing the parts
02:20 Welding the frame
04:47 Raid
06:37 Finishing the frame
07:07 XY Table
10:50 Z Axis turret
13:04 Final assembly
14:42 Testing
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Install Raid for Free ✅ IOS/ANDROID/PC: https://clcr.me/ERtcce and get a special starter pack Available only for the next 30 days Somehow I got carried away by the comments in the last video and decided to sharpen my welding skills trying to rebuild the mill out of steel. I remade the entire frame out of 40x40x2 steel box and TIG welded
