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Twist, Turn and Move Design Challenge with TE Robotics
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Twist, Turn and Move Design Challenge with TE Robotics
Blog Twist, Turn and Move Design Challenge - Unlimited CNC Robot - Blog #1 Proposal and Design Concept
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  • Author Author: dwinhold
  • Date Created: 13 Jul 2022 10:02 PM Date Created
  • Views 1889 views
  • Likes 8 likes
  • Comments 8 comments
  • robots
  • cnc
  • dwinhold
  • Unlimited CNC
  • terobotics
  • designchallenge
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Twist, Turn and Move Design Challenge - Unlimited CNC Robot - Blog #1 Proposal and Design Concept

dwinhold
dwinhold
13 Jul 2022

Twist, Turn and Move Design Challenge with TE Robotics - Unlimited CNC Robot

 

My proposal is one that I have been wanting to create for a couple of years now.

A little background:

I work in the woodworking industry where we use CNC machines to cut out material. They are great machines and do almost anything. They have one big problem; they are limited to the size they can cut out. Our CNC machine size is 5’ x 12’, my proposal is making one that is unlimited size.

Now for my proposal:

Make a line following robot that has a z-axis router attached. The robot will follow the line, when instructed will lower the router into the material and continue following and cutting out the line. So, my idea is having the 2 main lines that the robot follows as well as perpendicular lines that the sensors read telling it when to stop, lower or raise the router and start again. This can also be used with a laser or any other attachment that is needed. With this creation, your work area is unlimited. Imagine, a CNC machine without size limits!!

image

Looking forward to starting this idea!!

Dale Winhold

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  • beacon_dave
    beacon_dave over 3 years ago in reply to beacon_dave

    Took me a while to find it, but here is the video of man versus R/C snow groomer in case anyone is interested:

    https://youtu.be/NKow5xQzNVo?t=16

    and some more footage:

    https://www.youtube.com/watch?v=kc3SLSlRLAw

    Might take some explaining as to how you got those carpet burns.

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  • DAB
    DAB over 3 years ago

    Very interesting.

    You could also do a 3D printer that could lay down a stretch of material to simulate a mountain range, or maybe build a simulated meteor crater.

    Lots of possibilities with moving tools.

    Robot cities of the future anyone?

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  • beacon_dave
    beacon_dave over 3 years ago in reply to dwinhold

    I was wondering about Mecanum wheels and whether or not you would get enough grip to counteract the reaction torque of the spindle.

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  • dwinhold
    dwinhold over 3 years ago in reply to beacon_dave

    My thoughts for the upgrade would be laser distance sensors and have the robot use Mecanum wheels so the X and Y axis of the robot always face the same direction.

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  • beacon_dave
    beacon_dave over 3 years ago

    So instead of accidentally sawing through the dining room table, you can now accidently cut through the living room floor Slight smile

    I guess the limits might be to do with the length of vacuum hoses if you want to keep the lines clear of sawdust, unless you just use a local blower and clear up afterwards ?
    Visions of MO from WALL-E "...foreign contaminant..."

    I once saw a video of someone testing a R/C scale model of a Pistenbully snow groomer and I was pretty impressed by its performance. The creator was lying flat on a carpeted floor and the caterpillar tracked base he had made was shoving him across the room with relative ease.

    An indoor positioning system might be an interesting future upgrade - no need to mark out the lines or worry about sawdust. I've not seen many projects using them yet though.

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