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<span style="color: rgb(255,0,0)"><u>'''How to Submit Parts'''</u></span>
<span style="color: rgb(255,0,0)"><u>'''How to Submit Parts'''</u></span>


Once a part has been modeled and is ready to be made into a physical piece, then specific files&nbsp;need to be generated in order for the parts to actually be made.&nbsp; The appropriate files&nbsp;needed are&nbsp;outlined below based on the type of part (sheetmetal versus machined). &nbsp; Please create a new line in the table&nbsp;FILES&nbsp;TO&nbsp;BE&nbsp;MADE&nbsp;for each part request and&nbsp;email the proper drawing and required files to [mailto:aaverill@harris.com aaverill@harris.com].&nbsp; Any questions, please ask Amy Averill.
Once a part has been modeled and is ready to be made into a physical piece, then specific files&nbsp;need to be generated in order for the parts to actually be made.&nbsp; The appropriate files&nbsp;needed are&nbsp;outlined below based on the type of part (sheetmetal versus machined). &nbsp; Please create a new line in the table&nbsp;FILES&nbsp;TO&nbsp;BE&nbsp;MADE&nbsp;for each part request and&nbsp;email the required files to [mailto:aaverill@harris.com aaverill@harris.com].&nbsp; Any questions, please ask Amy Averill.


&nbsp;


<span style="color: rgb(255,0,0)"><u>'''Step 1:&nbsp; Design the parts as a sheetmetal part&nbsp;or a machined from solid part in Inventor'''</u></span>


<span style="color: rgb(255,0,0)"><u>'''Quick Breakdown of Types of Parts/Files Needed'''</u></span>
<span style="display: none" data-cke-bookmark="1">&nbsp;Examples of Sheetmetal parts:&nbsp; flat parts, </span>''Sheetmetal parts:''&nbsp; flat parts with holes that go all the way through the material, bar stock that needs to be&nbsp;cut to length, flat parts that get bent into a shape


''Step 1:&nbsp; Determine if the part will be made out of sheetmetal or machined from a solid block.''
''Machined parts:''&nbsp;&nbsp;pieces with intricate surfaces made from a block of aluminum


<span style="display: none" data-cke-bookmark="1">&nbsp;Examples of Sheetmetal parts:&nbsp; flat parts, </span>flat parts with holes that go all the way through the material, bar stock that needs to be&nbsp;cut to length, flat parts that get bent into a shape
<span style="color: rgb(255,0,0)"><u>'''Step 2:&nbsp; Create the necessary supporting documentation for fabrication'''</u></span>


Examples of Machined parts:&nbsp;&nbsp;pieces with intricate surfaces made from a block of aluminum
<u</u>&nbsp;
<p style="text-align: center">'''Click here for <span style="font-size: large">SHEETMETAL PARTS</span>'''</p><p style="text-align: center">'''OR'''</p><p style="text-align: center">'''Click here for <span style="font-size: large">MACHINED PARTS</span>'''</p>
&nbsp;


Machined Parts (think parts made from blocks of aluminum with intricate surfaces)
Machined Parts (think parts made from blocks of aluminum with intricate surfaces)

Revision as of 10:24, 21 January 2014

General Modeling Tips

Sheetmetal Parts


How to Submit Parts

Once a part has been modeled and is ready to be made into a physical piece, then specific files need to be generated in order for the parts to actually be made.  The appropriate files needed are outlined below based on the type of part (sheetmetal versus machined).   Please create a new line in the table FILES TO BE MADE for each part request and email the required files to aaverill@harris.com.  Any questions, please ask Amy Averill.

 

Step 1:  Design the parts as a sheetmetal part or a machined from solid part in Inventor

 Examples of Sheetmetal parts:  flat parts, Sheetmetal parts:  flat parts with holes that go all the way through the material, bar stock that needs to be cut to length, flat parts that get bent into a shape

Machined parts:  pieces with intricate surfaces made from a block of aluminum

Step 2:  Create the necessary supporting documentation for fabrication

<u 

Click here for SHEETMETAL PARTS

OR

Click here for MACHINED PARTS

 

Machined Parts (think parts made from blocks of aluminum with intricate surfaces)

 1) .dwg   

 2) .pdf

 3) .stp

Sheetmetal - think flat parts with holes, bar stock cut to length, sheetmetal that gets bent

  1) .dwg Do save copy as a autoCAD dwg.file. Must be 2000LT

  2) .pdf

  3)  .dxf Must be 2000LT

See links for what is required in each format and how to save the files.

                                   



Files to be made

Date Requested Item Requestor Ordered By/Date QTY  RX'd
1/27 16 16
1/30 20 20
1/30 2 2
1/30 2 2
1/30 2 2
1/30 A. Averill 1/30 15 15
1/30 A. Averill 1/30 2 2
2/1 A. Averill 2/3 6 8
2/7 A. Averill 2/9 2 2
2/1 A. Averill 2/3 2 2
2/1 A. Averill 2/3 2 3
2/2 A. Averill 2/3 2 2
2/2 A. Averill 2/3 2 2
2/2 A. Averill 2/3 2 2
2/2 A. Averill 2/3 2 2
2/2 A. Averill 2/3 2 3+2
2/5 A. Averill 2/6 2 2
2/5 A. Averill 2/6 15 15
2/5

A. Averill 2/7

2
2/5

A. Averill 2/7

2
2/5

A. Averill 2/7

2 2
2/5

A. Averill 2/7

2 2
2/5

A. Averill 2/7

2 2
2/7 A. Averill 2/9 2
2/7

A. Averill 2/9

2 2
2/7

A. Averill 2/9

2 2

2/7

A. Averill 2/9

2 2

2/7

A. Averill 2/9

2 3

 

Notice that RX'd means received date.


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