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Help me with a design to convert the Maslow to a CNC Plasma Cutter for metal


#1

This is a companion discussion topic for the original entry at http://maslowcommunitygarden.org/Help-me-with-a-design-to-convert-the-Maslow-to-a-CNC-Plasma-Cutter-for-metal.html

#2

There are already vertically mount flatbed Plasma Cutters, so converting a Maslow to function as a plasma cutter should be easily obtainable from where I sit. There will need to be some adaptations to the backboard so the metal that is being cut floats on strips of metal, along with a sheet to block sparks that pass thru the back during cutting. I have upload more photos showing examples of different plasma cutters for design ideas.


#3

A couple of questions:
What is the precision you are looking at? Looks like you make motorcycle parts?
What is your estimated total sled/z-axis weight?
What is the biggest part you will cut and what is the metal sheet size?
What is the time-frame you have in mind to build a proto-type?

At least one more on this Forum other then me has mentioned that he will attempt a more traditional X/Y machine with Maslow parts, in my case it will be a combination of aluminium and steel (frame).
I see possible matches in the general frame design and how X/Y moves will be built.

Edit: You might want to remove your email from the Community Garden, otherwise the spambots will harvest it you will get millions from Nigeria and more viagra then you can ever use :wink:
The are ways to show but disguise the email, like writing (at) instead of @ or taking a screenshot of the email and post a picture of it, however the professional spambot know the disguise trick can are able to use OCR, so that only gives a little protection.


#4

Image from the CG project:


#5
  1. Precision - The most accurate as possible would be ideal.
  2. sled weight - Would be minimal just the weight of the handle and cable which would be couple pounds at most I would say.
  3. Size - I would say make it 4x8 so that full sheets of either wood or metal could be used allowing either a router or plasma handle to be used in either same sled or by swapping sleds out.
  4. Time-frame - I am in school right now and have access to a complete machine shop to build a prototype at.

I know very little about this type of stuff and am only a couple class into my precision machining certificate and being able to understand and program CNC machines. I tried to upload more photos to help show examples of what I have in mind but they only allow 1 photo to new users. Anyone serious about this project and talking to me should contact me directly thru email. I don’t often think about coming to this site to check for messages or progress on this project. By email I can show photos and give dimensions of the actual plasma cutter handle and trigger along with some similar designs for other flatbed plasma conversions.

There is a great YouTube video of a guy named " Made in Poland" who made his own table top plasma cutter for straight and angled cuts. It shows how he wired the controls so it turns on and off with either the stock trigger or with his jig. Something really similar to what he did could easily be combined with a Maslow mount to work as a plasma table instead of just being a hand plasma cutting unit. The thickness of the metal to be cut is just determined by the settings on the plasma machine and how slow the sled moves. Compared with the router that needs multiple passes requiring the machine to be very precise on each pass. The plasma cutter should be able to use the same controls and vector files as the router it just needs to have a new sled made to hold the plasma cutter handle or an adapter for it to fit in place of the router.


#6

s-l501