This document summarizes the 14 step process of designing and manufacturing a computer-controlled loom using CAD/CAM software and a ShopBot milling machine. Key steps included: developing the CAD model in Rhino, testing the design in AutoCAD, milling the parts from MDF using the ShopBot path, and assembling the redesigned loom which functions like traditional looms but with fewer parts.

1. 5.Computer-Controlled
Machining (Feb 22)
STUDENT: WALTER HECTOR GONZALES ARNAO
Fab academy 2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

2. TRADITIONAL LOOM
summary
-This week assigment is to make something big.
-A loom will design using only one material. PROPOSED REDESIGN TRADITIONAL LOOM
-worked and may work like traditional looms
Fab
CLASS 5:Computer-Controlled machining (Feb 22)
academy
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

3. Fab
academy
FIRST STEP. CAD MODEL
2d and 3d drawing work –rhinoceros
CLASS 5:Computer-Controlled machining (Feb 22) UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

4. Fab
academy
STEP 2
test design-auto cad
the dificulatdes submitted is the time to move from 2 to three dimensions by the
scale of the parties UNIVERSIDAD NACIONAL DE INGENIERÍA
CLASS 5:Computer-Controlled machining (Feb 22) FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

5. Fab
academy
STEP 3.
was tested on model to see the mechanisms
2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES
CLASS 5:Computer-Controlled machining (Feb 22)

6. Fab academy
STEP 4.
2d final test
2012
CLASS 5:Computer-Controlled machining (Feb 22)
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

7. Fab
academy
STEP 5.
2d final test
CLASS 5:Computer-Controlled machining (Feb 22)
2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

8. STEP 6. Fab academy
I have the CAD file to the operating system of the machine 2012
ShopBot to trace the path of milling UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES
CLASS 5:Computer-Controlled machining (Feb 22)

9. Fab
academy
STEP 7
Fix the sheet of MDF on the table of the machine is calibrated
ShopBot and the head using the (Z 0)
2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
CLASS 5:Computer-Controlled machining (Feb 22) FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

10. Fab
academy
STEP 8.
We verified that the NDF PLATE IS POSTED ON THE TABLE OF
ShopBot
2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
CLASS 5:Computer-Controlled machining (Feb 22) FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

11. Fab
academy
STEP 9.
WILL MONITOR THE MILLING PROCESS AT ALL TIMES
CLASS 5:Computer-Controlled machining (Feb 22)
2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

12. Fab
academy
STEP 10.
CAREFULLY REMOVED PARTS
2012
CLASS 5:Computer-Controlled machining (Feb 22)
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

13. junction -pin box
Fab
insurance
academy
STEP 11.
turning system
2012
which has a pivoting planes working with UNIVERSIDAD NACIONAL DE INGENIERÍA
CLASS 5:Computer-Controlled machining (Feb 22) FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

14. armed
Fab
academy
STEP 12.
loom fab lab-assembly process
2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
CLASS 5:Computer-Controlled machining (Feb 22) FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

15. Fab
academy
STEP 13.
INSTALLED THE FABRIC YARNS REALLIZAR and verify functionality
CLASS 5:Computer-Controlled machining (Feb 22)
2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

16. Conclusions.
1. The tradicional design has 9 parts
2. The loom have characteristic that it can save material
Fab
academy
STEP 14. Isometric View
2012
UNIVERSIDAD NACIONAL DE INGENIERÍA
CLASS 5:Computer-Controlled machining (Feb 22) FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES