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 (Especially of very small holes, or on difficult materials and/or geometries (such as drilling through a sphere) )
*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=
== "Scorch Works" ==
*[https://www.youtube.com/watch?v=-a1JEWbnvMo A Video by the YouTube Channel "Scorch Works" Titled "EDM (electric discharge Machining) Machine Walkthrough"
*[https://hackaday.com/2016/08/07/homemade-edm-can-cut-through-difficult-materials-like-magnets-with-eease/ The Hackaday Article on their Design]
*Their design utilizes largely salvaged components, it uses a [[Clothes Dryer]] [[Heating Element]] as the stabilizing resistor, [[Microwave Oven Transformers]] etc
*They do mention a [[Hand Traced PCB]] although much of it's functions can be largely replaced by an [[Arduino]] or [[Universal Controller]] etc
*It is a die sink model, but does have the option to flow water down the linear actuator to the toolpiece
==Dedicated DIY EBM Website==
*[http://www.homebuiltedmmachines.com/ Site Link]
== "Alchemist Dagger" ==
*[http://www.instructables.com/id/EDM-Electrical-Discharge-Machining/ An Instructable Showcasing a Design by "Alchemist Dagger"] (It utilizes a rather poor motion system, but the electronics showcase the potential for an ultra-simple [[EDM Power Supply]]
=="My engines"==
*[https://youtu.be/CwKV--9E7ZI A Video by the YouTube Channel "My engines" Titled "Building a PULSE EDM with the DIY book of Ben Fleming Part 1" ]
=Minimum Viable Product=
*
=Basic Design=
==Housing==
*Holds all the below together
==Controller==
*Controls all components
*Raspberry Pi + Arduino + Any necessary shields?
*Connects to IO Panel and any external controls (PC, Server, WWW, etc)
==IO Panel==
*Touchscreen
*Optional Mouse + Keyboard
==Fluid Pump==
*Recirculates 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 Cylinder (Similar to a drill chuck) that allows various sinkers to be attached
*Works with the power supply
*Quickchange optionally
==Fluid Reservoir==
*Holds Spare Fluid
*Also holds the contents of the fluid bath when not in use
==Fluid Filter==
*Filters out the debris from machining (Such as various metal dusts and chemical powders created
*Then Keeps the fluid at the sort of "Goldylocks" like position between deionized and tap water (Most likely using a PEM and/or a dillute and dump (Add in DIW dump out some of the "spent" fluid)
*Will also need sensors to monitor that it is working effectively
=BOM=
*
=Internal Links=
*[[EDM]]
=External Links=
*[https://en.wikipedia.org/wiki/Electrical_discharge_machining Wikipedia Page on Electrical Discharge Machining]
[[Category: Multimachine]]

Latest revision as of 06:00, 16 March 2022

Basics

Used For

  • Mold Making
  • Die Making
  • Machining Difficult Metals Like Tungsten
  • Hole Drilling (Especially of very small holes, or on difficult materials and/or geometries (such as drilling through a sphere) )
  • All of this with very high tolerances

Industry Standards

MC Machinery

Sodick

Makio

Existing Open Source Designs

"Scorch Works"

Dedicated DIY EBM Website

"Alchemist Dagger"

"My engines"

Minimum Viable Product

Basic Design

Housing

  • Holds all the below together

Controller

  • Controls all components
  • Raspberry Pi + Arduino + Any necessary shields?
  • Connects to IO Panel and any external controls (PC, Server, WWW, etc)

IO Panel

  • Touchscreen
  • Optional Mouse + Keyboard

Fluid Pump

  • Recirculates 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 Cylinder (Similar to a drill chuck) that allows various sinkers to be attached
  • Works with the power supply
  • Quickchange optionally

Fluid Reservoir

  • Holds Spare Fluid
  • Also holds the contents of the fluid bath when not in use

Fluid Filter

  • Filters out the debris from machining (Such as various metal dusts and chemical powders created
  • Then Keeps the fluid at the sort of "Goldylocks" like position between deionized and tap water (Most likely using a PEM and/or a dillute and dump (Add in DIW dump out some of the "spent" fluid)
  • Will also need sensors to monitor that it is working effectively

BOM

Internal Links

External Links