Difference between revisions of "CNC interiors - work procedure"
From NavykI
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*important for weight calculation | *important for weight calculation | ||
*for each type of plywood we have the following sheeting options: | *for each type of plywood we have the following sheeting options: | ||
| − | ** | + | **panel simple, no sheeting |
| − | ** | + | **panel with sheeting per thickness |
| − | **NOTE: if | + | **NOTE: if sheeting is applied then it is always applied on BOTH sides (otherwise panel is unstable) |
| − | *thickness is always thickness | + | *thickness is always panel thickness without sheeting |
*use 3 character abbreviation for wood type: | *use 3 character abbreviation for wood type: | ||
**BIR - birch | **BIR - birch | ||
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***2x (colour code) | ***2x (colour code) | ||
*naming example: | *naming example: | ||
| − | **15 BIR - 15mm birch | + | **15 BIR - 15mm birch panel, no sheeting |
| − | **04 BIR 1x661 - 4mm birch | + | **04 BIR 1x661 - 4mm birch panel, sheeting one side colour 661, other side sheeting white |
| − | **09 OCO 2x313 - 9mm ocoume | + | **09 OCO 2x313 - 9mm ocoume panel, sheeting both sides colour 313 |
'''U P D A T E with example weight calculation''' | '''U P D A T E with example weight calculation''' | ||
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== Nest == | == Nest == | ||
*required info: | *required info: | ||
| − | ** | + | **panel name |
**material | **material | ||
**panel size | **panel size | ||
| − | **part | + | **part codes |
*layer use: | *layer use: | ||
| − | **contour | + | **contour panel |
**contour outside | **contour outside | ||
**contour inside | **contour inside | ||
**contour recess | **contour recess | ||
*color use? CNC uses layers or colors? For path CNC we should use contours, not offsets | *color use? CNC uses layers or colors? For path CNC we should use contours, not offsets | ||
| − | *vertical | + | *vertical panel orientation, saves space in drawing |
*single colour: indicate which side facing upward | *single colour: indicate which side facing upward | ||
| Line 67: | Line 67: | ||
*create crv_plt for sole/wall/ceiling/furniture? Then peopel can work in parallel on 1 cabin to speed up things | *create crv_plt for sole/wall/ceiling/furniture? Then peopel can work in parallel on 1 cabin to speed up things | ||
*xref nest drawings in approval drawing | *xref nest drawings in approval drawing | ||
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[[Category: Interior]] | [[Category: Interior]] | ||
Revision as of 10:46, 24 June 2011
Contents
Materials and Naming
- important for weight calculation
- for each type of plywood we have the following sheeting options:
- panel simple, no sheeting
- panel with sheeting per thickness
- NOTE: if sheeting is applied then it is always applied on BOTH sides (otherwise panel is unstable)
- thickness is always panel thickness without sheeting
- use 3 character abbreviation for wood type:
- BIR - birch
- POP - poplar
- OCO - ocoume
- WIS - wisaplex
- naming:
- thickness in mm (2 characters)
- wood type (3 characters)
- sheeting (optional):
- 2x white
- 1x (colour code)
- 2x (colour code)
- naming example:
- 15 BIR - 15mm birch panel, no sheeting
- 04 BIR 1x661 - 4mm birch panel, sheeting one side colour 661, other side sheeting white
- 09 OCO 2x313 - 9mm ocoume panel, sheeting both sides colour 313
U P D A T E with example weight calculation
Nest
- required info:
- panel name
- material
- panel size
- part codes
- layer use:
- contour panel
- contour outside
- contour inside
- contour recess
- color use? CNC uses layers or colors? For path CNC we should use contours, not offsets
- vertical panel orientation, saves space in drawing
- single colour: indicate which side facing upward
Milling
- use 1 cutter of Ø16 in order to be able to cut slots for 17mm thick material OR use 2 cutters: 1 of Ø18 and 1 of Ø10?
Presentation
- all expansions and nests in 1 file
- presentation to yard? assembly drawings? title blocks?
- key for nest
- key for abbreviations:
- material
- colour codes example: 661 is Abet 661 Micro
- weight data
- center of gravity
Additional jobs
- edging
- edge bevel
- hinge cups
- push button latch hole
ShipConstructor work method improvements
- use better grain direction icon (symmetry)
- create a unit for each space - then it is easy to nest per space when desired
- split cabins in several hull/crv plate groups (per colour? makes it easier to apply colour codes and grain direction icons) - this reduces file size which works faster and more people can work on the project to speed up things
- create crv_plt for sole/wall/ceiling/furniture? Then peopel can work in parallel on 1 cabin to speed up things
- xref nest drawings in approval drawing
