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10. Textile Scaffold

I am writing this week's work under my NDA folder due to confidential work for TOYOTA.

Learning outcomes

  • Research skills: the participant has acquired knowledge through references and Concept development
  • Design skills: the participant has learnt through sketches, 3D modeling skills, mould design
  • Fabrication skills: the participant is able of executing from file to production workflow, through 3D modelling, 3D milling (optional) or lasercutting, crystal growing or casting
  • Process skills: Anyone can go through the process, understand it and reproduce it
  • Final outcome: Various samples created using different techniques
  • Originality - Aesthetics: Has the design been thought through and elaborated?

Student checklist

  • Document the concept, sketches, references also to artistic and scientific publications
  • Produce 2 techniques of textile scaffold choosing from the following:

    • fabric formwork with casting
    • crystallization
    • wood-textiles composite
    • resin & bioresin -textiles composite
    • leather molding
    • other
    • Document the process including the step-by-step instructions on software, machine, mold making, vaccum forming and textile composites
  • Upload your design and fabrication files, including the 3D model and CAM file when possible

  • Document at least 2 processes from design to prototyping, fabrication, materials used, document your achievements and unexpected outcomes
  • Make a stop motion of your crystal growth or use 3D modeling software to simulate your design (extra credit)

Research

As always, there were so many learning points from lecture by Anastasia.
Here under are the points that I want to refer for my project.

carbonfiber glassburlap + resinBASF bio chare
hemp car by Ford
bio fold
web by strings
vacuuming method
vacuuming method explanation
vacuuming kombuchavacuuming shoevacuum box

Considering my final project, I am curious about "wood processing technics".

CNC machine operation

I had a lecture by Rico to operate the CNC machine in Skylab workshop.
CNC machine in Skylab

First, switch on the CNC controller next to CNC machine.
switches of CNC machine

Switch on the CNC control units both.
CNC control unit

CNC arms can be moved manually by pressing the PC arrow keys.
Press arrow key with Fn key to move down the endmill position.
manual operation by PC key

To start CNC, place arms to the home position by clicking "Home All" icon and press the track pad left down edge.
move arms by arrow
pressing the track pad

Arms are set at the Home Position.
home position

Fix the object to be milling with screws.
Basically, milling object are fixed by screw against the sacrifice board.
fix the object by screw

Open G-Code for milling the object.
Open G-Code
G-Code file
G-Code file opened

Simulate the endmill path to check if there is no conflicts.
simulate

Operate endmill starting position by manually until the paper stuck thickness.
operate endmill beginning point
endmill manual operation should be done gradually by changing moving rage from 10mm range to 0.1mm range at the end.
manually move 1mm range
manually move 0.1mm range

After the endmill set the starting position by checking with paper thickness (paper stuck), set all XYZ channel as 0.000mm.
set XYZ as zero

Check milling size if the endmill path travels within the object. Be careful that the endmill is not touching the fixed screws.
check size

Cover the endmill with vacuum hose and brushes.
cover with the brush and vacuum hose

Run the job.
run job

Running the job
running job