emeteuz Blog
  • About
  • News - Blog
  • TAC Residency
    • AIR Cycle 6 Artists
    • Spinning
    • Natural Dyes
    • Indigo
    • Workshop Planning and teaching approaches
  • Woven Signals
    • Concept
    • Mood-board
    • Research
    • Proof of Concept
    • Weaving soft circuits - Tests
    • Preparing custom conductive thread
    • Double Weave - On the Loom
    • Textile Pixels Controller
    • Making bobbins on the lathe
    • Prototype
  • Projects
    • Textile >
      • Origami Fabric #1
      • Origami Fabric #2
      • Parametric Landscapes
      • Skullwall Blanket
      • 3D Printed Textiles
      • Draping in Rhino3D
      • Weaving a touch sensor
      • Hugging Switch
      • Embroidered 555 timer
    • Wood >
      • Wooden Collar
      • Wooden Waves
    • Interactive >
      • Physical Equalizer >
        • Physical Equalizer Parts
      • WIKIPI.ME
      • Interior Weather
      • Gif Booth
      • Biomechanics
      • The Way Things Go
      • Microscopic Camera Tests
      • Physical Computing Labs
      • Processing Labs
      • Interactive Live Game
    • Paper >
      • Panther
      • Happy Ducks A Love Story
      • Triangle Shirtwaist Company Fire
    • Video and Sound
    • Animation
  • Process
    • Digital Fabrication >
      • Printing from a 3D scan
      • CNC Tests
      • CNC Surfacing - Test
      • Pumpkin
      • Parametric Design using data
      • SVG to UvertexList
    • Circuit Prototyping >
      • Variable Voltage Regulated Power Supply
      • 555 timer - LED flasher
      • Operational Amplifier
      • Protective wearable
      • Operational amplifier
      • Kinetic Energy
      • Energy and Wearables
      • Installing the Roland Modela
      • Tutorial - Setting up the Roland for milling
      • Tutorial - Milling circuit with the Fab modules
      • Tutorial - Solder Stencils with Eagle and the Silhouette Cameo

Conducting the Screen Printing Circuits Workshop - eTextile Summer Camp 2014

9/18/2014

0 Comments

 
On July 30th 2014, Celine Marcq and I conducted our workshop during the eTextile Summer Camp. We used two types of inks:

CuPro-cote from Less EMF


Photo
and Bare conductive.
Photo
We explained how to use traditional screen printing methods and conductive ink to apply a proximity / touch sensor circuit on various paper or textile substrates.The participants created textile/paper swatches which incorporate a light or sound emitting printed circuit. The Bare conductive ink is good for creating touch sensors and the copper ink works well for circuit traces. Some participants used the inks to create a touch pad with Chibitronik parts which are ideal for paper projets.
Photo
Photo
Photo
Photo
Photo
Photo
Photo
Photo
Photo
0 Comments



Leave a Reply.

    emeteuz

    Follow my recent work here.

    Archives

    October 2014
    September 2014
    June 2014
    May 2014

    Picture

    Categories

    All
    Conductive Ink
    ETextile Summer Camp 2014
    Inspiration
    Lilypad
    Physical Computing
    Touch Sensor
    Woven Signals

    RSS Feed

Powered by Create your own unique website with customizable templates.