Showing posts with label Digital Fabrication. Show all posts
Showing posts with label Digital Fabrication. Show all posts

Friday, August 17, 2012

CNC Wood Project Portfolio


 CNC Wood 
Project Portfolio


Digital Fabrication
Design 5370
Course Professor: Keith Findling
School Of Architecture
University of Utah
Summer 2012



Created by

Michael Rybin


Michael-Rybin-logo-Rubiks-Cube-drawing-small.jpg
Copyright © 2012, Michael Rybin.  All rights reserved.  



Internet research of both CNC Wood and Laser Metal projects included previewing many websites and saving over 1,000 pictures shown above in Windows File Properties



P1100190-CNC-Routing-Project-Brainstorm-chess-table-base-ideas-Journal.JPG
CNC wood project
Brainstorm of alternative chess table base ideas 



P1100095-CNC-wood-project-Prototype-different-joints.JPG
 CNC wood project
Prototype different joints including an example of one hole inside a dovetail joint to see how light would diffuse from inside a closed table base



P1100102-CNC-wood-project-Foam-prototype-different-table-base-design-patterns.JPG
CNC wood project
Prototype different table base design patterns using foam blocks that simultaneously imitate the squares of a chess table top




 IMG_6925-CNC-wood-project-Laser cut multiple MDF layers-01.JPG
P1100113-CNC-wood-project-Laser cut multiple MDF layers-02.JPG
CNC wood project
Laser cut multiple ¼” MDF layers to imitate and verify the design of cnc routing pattern and light penetration




 P1100191-CNC-Routing-Project-Brainstorm-9- alternatives-Journal02.JPG
P1100205-CNC-Routing-Project-Brainstorm-9- alternatives-Journal03.JPG.JPG
CNC wood project
Brainstorm of 9 alternative chess table base ideas because joint with crack or hole for light was disqualified because 2D vertical router requirement 




IMG_6917-CNC-Wood-Project-New-design-simultaneously-bend-wood-in-opposite-directions.JPG
P1100108-CNC-Wood-Project-New-design-simultaneously-bend-wood-in-opposite-directions02.JPG
P1100109-CNC-Wood-Project-New-design-simultaneously-bend-wood-in-opposite-directions03.JPG
CNC wood project
New design that meets program requirements to advance CNC manufacturer process.  Paper and cardboard prototypes to imitate bending of flat wood simultaneously in opposite directions 




P1100041CNC-Wood-Project-Laser-kerf-cut-halfway-through-MDF-failed-to-bend.JPG
CNC wood project
Laser kerf-cut halfway through MDF failed to help the wood bend



P1100107-CNC-Wood-Project-Laser-full-cut-MDF-different-patterns-verify-bendability01.JPG
P1100107-CNC-Wood-Project-Laser-table-saw-plywood-verify-bendability02 .JPG
P1100042-CNC-Wood-Project-table-saw-plywood-verify-bendability03 .JPG
P1100106-CNC-Wood-Project-Laser-full-cut-MDF-showing-bendability04.JPG

CNC wood project
          Laser full-cut and table saw kerf-cut MDF and plywood with different patterns to verify the bendability of wood before CNC routing 




P1100039-CNC-Wood-Project-Laser-cut-MDF-full-pattern-verified-bending-in-opposites-directions.JPG
 CNC wood project
Laser cut ¼” MDF full pattern prototype.  This verified design concept of bending wood simultaneously in opposites directions




P1100210-CNC-Wood-Project-One-CNC-manufacturer-said-router-vibration-would-chew-up-design.JPG
P1100212-CNC-Wood-Project-One-CNC-manufacturer-said-router-vibration-would-chew-up-design02.JPG
CNC wood project
One CNC manufacturer said the router vibration would chew up the thin wood fingers. I pushed the CNC process by gathering different manufacturers opinions and found CNC Routing Service doug@cncroutingservice.net (801-885-8373) was confident it would work 
... as you can see below they did a fantastic job, competitive price and fast service. 





P1100121-CNC-Wood-Project-Final-design-pattern-view-1-of-3.JPG
CNC wood project
Final CNC design pattern with ¼ thick Baltic birch, 3’10” square by 23” tall 
view 1 of 3 



P1100124-CNC-Wood-Project-Final-design-pattern-view-2-of-3.JPG
CNC wood project
Final CNC design pattern with ¼ thick Baltic birch, 3’10” square by 23” tall 
view 2 of 3 



P1100151-CNC-Wood-Project-Final-design-pattern-view-3-of-3.JPG
CNC wood project
Final CNC design pattern with ¼ thick Baltic birch, 3’10” square by 23” tall 
view 3 of 3 

Let me know what you think.

Thank you,
Michael Rybin~۩~
Architecture is a wonderful life

Laser Metal Project Portfolio


 Laser Metal 
Project Portfolio



Digital Fabrication
Design 5370
Course Professor: Keith Findling
School Of Architecture
University of Utah
Summer 2012



Created by

Michael Rybin


Michael-Rybin-logo-Rubiks-Cube-drawing-small.jpg
Copyright © 2012, Michael Rybin.  All rights reserved.  



Design-5370-Internet-Research.JPG

Internet research of both CNC Wood and Laser Metal projects included previewing many websites and saving over 1,000 pictures shown above in Windows File Properties




Laser Metal project
Brainstorm of alternative themes for the 6 primary chess pieces 



P1100189-Laser-Metal-project-Basic-sketches-chess-pieces-Journal02.JPG
Laser Metal project
Basic sketch ideas of the 6 primary chess pieces 


P1100097-Laser-Metal-project-Paper-design-prototypes.JPG
Laser Metal project
Paper design prototypes to imitating the 6 primary chess pieces: King, Queen, Bishop, Knight, Rook, and Pawn



P1100213-Laser-Metal-Project-Between-the-folds-Design-focus.JPG
Laser Metal project
Watched a wonderful movie “Between the folds”.  Professor recommended focusing on one chess piece because of the short timeline



P1100100-Laser-Metal-Project-Pilot-tests-laser-cutting-and-folding.JPG
Laser Metal project
Pilot tests laser cutting and folding using matboard, imitating metal.  More
than 12 tests including different size holes and different hole patterns  






P1100096-Laser-Metal-Project-Effects-of-bending-24-guage-scrap-metal-with-holes-and-slit.JPG

Laser Metal project
Effects of bending 24 guage scrap metal without holes, with holes, and with a slit




P1100101-Laser-Metal-Project-adding-one-inside-flap-and-several-top-tabs.JPG
Laser Metal project
Laser cut matboard prototypes, adding one inside flap and several top tabs to secure final shape after folding metal.  Also tested new pattern of holes with slits vs just holes 




P1100201-Laser-Metal-Project-final-view-1of3.JPG

Laser Metal project
Final pattern using 24 guage metal, 3” triangle base by 5” tall - view 1 of 3.
18 folds and 6 curls total.  Metal folds in 4 completely different directions 



P1100203-Laser-Metal-Project-final-view-2of3.JPG

Laser Metal project
Final pattern using 24 guage metal, 3” triangle base by 5” tall - view 2 of 3.
18 folds and 6 curls total.  Metal folds in 4 completely different directions 




P1100195-Laser-Metal-Project-final-view-3of3.JPG
Laser Metal project
Final pattern using 24 guage metal, 3” triangle base by 5” tall - view 3 of 3.
18 folds and 6 curls total.  Metal folds in 4 completely different directions

Chess table (not displayed) includes a small hole in each square with lights that illuminate up through the holes in the metal chess pieces




Let me know what you think.

Thank you,
Michael Rybin~۩~
Architecture is a wonderful life