Perth Artifactory

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tools:vcarve_instructions [2012/11/17 17:42]
elena [VCarve Instructions]
tools:vcarve_instructions [2012/11/22 01:19]
elena
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-===== VCarve Instructions =====+{{ :process_guide:cnc-westozy-08.jpg?direct&100|===== VCarve Instructions =====
  
 {{ :process_guide:vcarve_letter_t_animated.gif|}} {{ :process_guide:vcarve_letter_t_animated.gif|}}
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 Artifactory members can make a folder on the network that can be accessed by Swarf-O-Mat. Artifactory members can make a folder on the network that can be accessed by Swarf-O-Mat.
  
 +VCarve is kind of compatible with a range of vector formats but YMMV.
  
 ==== Existing Tutorials ==== ==== Existing Tutorials ====
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-==== VCarve Quickstart ====+==== VCarve Local Specifics ====
  
-If you must get started immediately here is a quickstart guide though we recommend going through the official instructions and tutorials thoroughly.+We recommend going through the official instructions and tutorials thoroughly. 
 + 
 +There are some speficica
  
 == Open VCarve == == Open VCarve ==
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 **Size/Material** **Size/Material**
  
-Note the size limits.+Specify the material you will be using 
 + 
 +Make sure the piece will fit comfortably within the material with enough of a border that you can clamp down and prevent the work from moving.
  
   * Width(x): 440mm   * Width(x): 440mm
-  * Height(y): 600mm+  * Height(y): 580mm
   * Thickness(z): 60mm   * Thickness(z): 60mm
 +
 +(Actual machine area: 460x600x70, but need to allow space to affix job.)
  
 **XY Position** **XY Position**
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 == VCarve  == == VCarve  ==
  
-{{:process_guide:swarf-o-mat_blank.jpg?direct&350 |}}+{{:process_guide:swarf-o-mat_blank.jpg?direct&275 |}}
  
 Congratulations! You now have a blank bit of material. Congratulations! You now have a blank bit of material.
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 These paths are **vectors** and map out the route that the Swarf-O-Mat will take to cut out your job. These paths are **vectors** and map out the route that the Swarf-O-Mat will take to cut out your job.
 +
  
 {{:process_guide:vcarve_vectors-draw.jpg |}} {{:process_guide:vcarve_vectors-draw.jpg |}}
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 The **"Create Vectors"** are the main tools you will use to draw your project. The **"Create Vectors"** are the main tools you will use to draw your project.
  
-...+Make sure all the shapes are closed vectors (there are a couple of ‘join’ options, eg: select two lines, press [j] or by using the **"Join open vectors"** buttons.
 + 
 +Useful: [N] for Node edit 
 + 
 +What you need to be thinking while you are creating your project is **what path is the cutting tool taking?** 
 + 
 +Are there multiple cuts? Are you cutting **on** the line as opposed to inside or outside the vector line? Are you cutting all the way through? 
 + 
 + 
 +**NOTE:** usually do you NOT cut from the edge of your material using a milling machineYou usually place your job in the middle of a piece of material so you have **ample room to clamp your material to the milling machine deck**Bear this in mind while drawing the necessary vectors on your material. 
 + 
 +Once you are confident you have drawn a logical cutting path for your whole job you need to specify this path to VCarve using `Toolpaths` -- the right hand side pop-out options menu. 
 + 
 +---- 
 + 
 +{{:process_guide:vcarve_pin.jpg?direct&275 |}} 
 +{{ :process_guide:vcarve_toolpaths-2.JPG|}} 
 + 
 + 
 +== Toolpaths == 
 + 
 +Make a toolpath for each logical cut your job makes.  
 + 
 +For example, if you were making a bas-relief of a particular size you would use 2 toolpaths: 
 + 
 + ~ one toolpath to cut out the job from the material\\ 
 + ~ one toolpath to engrave the material 
 + 
 +There are several cutting options. The most commonly used are: 
 + 
 +[profile] cuts out a shape; \\ 
 +[pocket] removes a pocket of material; \\ 
 +[drill hole] drills a hole (!) 
 + 
 +You need to create each path individually. Try and think through your job so that you can put the paths in logical order. 
 + 
 +(Note: you can use the `pin` in the top right hand corner to stop this toolbar from popping closed.) 
 + 
 +{{ :process_guide:vcarve_toolpaths-bit.JPG|}} 
 +When you first create a path you need to set certain options. 
 + 
 +**Cutting Depths** -- You should know how deep you require the cut to be. 
 + 
 +If you are actually cutting a piece out add a bit so that you can be sure it cuts all the way through (eg for 3mm thick material you would set this to 3.2mm to cut all the way through **BUT YOU MUST ADD BUFFER MATERIAL UNDERNEATH YOUR JOB IN THIS CASE**).  
 + 
 +Obviously if you are creating a pocket or engraving you set the depth of the engraving (eg 1mm deep writing in 3mm thick material). 
 + 
 +**Tool** -- if you are not familiar with bits **PLEASE SEEK ADVICE ABOUT THIS** so you can know what is the most appropriate bit for your job. 
 + 
 +(Passes are calculated automatically) 
 + 
 +**Machine Vectors** -- you will hopefully have a good idea of what is the best vector for your job. 
 + 
 + 
 +If you are entirely cutting out one piece from another (a very common usage) use 'tabs' to keep your work steady.  
 + 
 +VCarve tends to put them in weird places, particularly corners -- move them to appropriate positions (out of awkward corners, evenly spaced). Eg: for Jarrah decking: tabs 5mm long, 3mm thick. 
  
-You may end up with many unconnected vectors.+Tips: 
 +Small bits carving aluminium get pushed around during pockets so that you end up with a ‘V’ shape/slope in profileSolution: 2 tool paths: profile, then pocket. 
 +Skot’s favourite tool for jarrah and ply: 6mm end mill 
 +3mm passes 
 +24,000 rpm (slight risk of burning jarrah); acrylic: 12,000 rpm for not melting 
 +feed rate: 1300mm/min 
 +plunge rate: 600mm/min 
 +ramp plunge moves [√ ] 
 +safe Z = clearance above the wood and clamps
  
-It's better if there are as few toolpaths as possible. You can join disconnected vectors by using the **"Join open vectors"** buttons.+Save Gcode (select all) 
 +Mach3 Arcs mm txt}}
  
 +{{:process_guide:vcarve_all-toolpaths.JPG|}}