Open Source Die-Sink EDM Machine: Difference between revisions
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*An electric discharge machining device (EDM) | *An electric discharge machining device (EDM) | ||
*Uses a die, and high voltage electricity to precicely erode away material using the resulting plasma | *Uses a die, and high voltage electricity to precicely erode away material using the resulting plasma | ||
=Used For= | |||
*Mold Making | |||
*Die Making | |||
*Machining Difficult Metals Like Tungsten | |||
*Hole Drilling | |||
*All of this with very high tolerances | |||
=Industry Standards= | |||
==MC Machinery== | |||
*[https://www.mcmachinery.com/products-and-solutions/category/edm/sinker-edm/ Their Site] | |||
==Sodick== | |||
*[[https://www.sodick.com/products/sinker-edm Their Site]] | |||
==Makio== | |||
*[[https://www.makino.com/ram-edm/ Their Site for RAM EDM]] | |||
*[[https://www.makino.com/edm-hole-drilling/ Their Site for EDM Hole Drilling]] | |||
=Existing Open Source Designs= | |||
*PS [https://wiki.opensourceecology.org/wiki/User:Eric Eric] Here, there are many designs so I just put these 3, Feel Free to Add More | |||
==Hackaday Article== | |||
*[https://hackaday.com/2016/08/07/homemade-edm-can-cut-through-difficult-materials-like-magnets-with-eease/ Site Link] | |||
==Dedicated DIY EBM Website== | |||
*[http://www.homebuiltedmmachines.com/ Site Link] | |||
==Instructable 1== | |||
*[http://www.instructables.com/id/EDM-Electrical-Discharge-Machining/ Site Link] | |||
=Minimum Viable Product= | |||
* | |||
=Basic Design= | |||
==Housing== | |||
*Holds all the below together | |||
==Controller== | |||
*Controlls all components | |||
*Rasberry Pi + Arduino + Any neccissary sheilds? | |||
*Connects to IO Panel and any external controls (PC, Server, WWW, etc) | |||
==IO Panel== | |||
*Touchscreen | |||
*Optional Mouse + Keyboard | |||
==Fluid Pump== | |||
*Recirculats the dielectric fluid | |||
*Does this to promote circulation | |||
*Also provides pressure to debris clearing jets | |||
==Fluid Filter== | |||
*Cleans Debris (Such as Metal Dust) Out of the Dielectric Fluid | |||
*Hydrocyclone + Standard Oil/Water Filter Cartridge | |||
*Should also include sensors before and after filtration to determine fluid + filter effectiveness | |||
=Work Surface= | |||
*The Workpiece is attached to this | |||
=Fluid Bath= | |||
*Allows the Work Surface and Work Piece to be submerged in dielectric fluid | |||
*Could be permanent or a slide up design | |||
=CNC Gantry= | |||
*Holds and Moves the Toolpiece | |||
*Standard [[D3D]] Axis? | |||
=Toolpiece= | |||
*A Hollow Cylender (Similar to a drill chuck) that allows various sinkers to be attached | |||
*Works with the power supply | |||
*Quickchange optionally | |||
=Fluid Resevoir= | |||
*Holds Spare Fluid | |||
*Also holds the contents of the fluid bath when not in use | |||
=BOM= | |||
* | |||
=See Also= | |||
* | |||
=Useful Links= | |||
*[https://en.wikipedia.org/wiki/Electrical_discharge_machining Wikipedia Page on Electrical Discharge Machining] | |||
*[ |
Revision as of 09:47, 11 June 2018
Basics
- Part of the Open Source Digital Fabrication Construction Set
- An electric discharge machining device (EDM)
- Uses a die, and high voltage electricity to precicely erode away material using the resulting plasma
Used For
- Mold Making
- Die Making
- Machining Difficult Metals Like Tungsten
- Hole Drilling
- All of this with very high tolerances
Industry Standards
MC Machinery
Sodick
Makio
Existing Open Source Designs
- PS Eric Here, there are many designs so I just put these 3, Feel Free to Add More
Hackaday Article
Dedicated DIY EBM Website
Instructable 1
Minimum Viable Product
Basic Design
Housing
- Holds all the below together
Controller
- Controlls all components
- Rasberry Pi + Arduino + Any neccissary sheilds?
- Connects to IO Panel and any external controls (PC, Server, WWW, etc)
IO Panel
- Touchscreen
- Optional Mouse + Keyboard
Fluid Pump
- Recirculats the dielectric fluid
- Does this to promote circulation
- Also provides pressure to debris clearing jets
Fluid Filter
- Cleans Debris (Such as Metal Dust) Out of the Dielectric Fluid
- Hydrocyclone + Standard Oil/Water Filter Cartridge
- Should also include sensors before and after filtration to determine fluid + filter effectiveness
Work Surface
- The Workpiece is attached to this
Fluid Bath
- Allows the Work Surface and Work Piece to be submerged in dielectric fluid
- Could be permanent or a slide up design
CNC Gantry
- Holds and Moves the Toolpiece
- Standard D3D Axis?
Toolpiece
- A Hollow Cylender (Similar to a drill chuck) that allows various sinkers to be attached
- Works with the power supply
- Quickchange optionally
Fluid Resevoir
- Holds Spare Fluid
- Also holds the contents of the fluid bath when not in use