Team:Madrid-OLM/ProManufacturing

• Team
  • Members
  • Attribution
  • Sponsors
• Project
  • Description
  • Contribution
  • Improve
  • Demonstrate
  • Judging Form
• Aptamers
  • Overview
  • Discovery
  • Characterization
  • Computational
    Improvement
  • Binding to Electrode
• Device
  • Overview
  • First Prototype
  • Final Prototype
    • Overview
    • Microfluidics
    • Electronics
• Experiments
  • Interlab
  • Protocols
    • Aptamer Related
    • Manufacturing
• Human Practices
  • Integrated Human Practice
  • Education and
    Engagements
  • Collaborations
• Awards
  • Hardware
  • Applied Design
  • Entrepreneurship
  • Measurement
• Medals

Manufacturing Protocols

Texto de explicacion/ resumen de la pagina.

Chip

1- Mold making

• Laser engraver hacking

  Laser engraver hacking

  Bill Of Materials: You could see a complete BoM here (upload the bill).

  Amount of time: 3 hours.

  Total costs: 100 €.

  The laser usually come with a proprietary software that only allow you to engrave images. As the chips are going to be cuttered as a vector we’ll need to install a new laser firmware (into the laser) to be controlled with other software (into the PC connected to the laser).

  1. Download the columns of the stl files from our github repository.

  2. 3D print the stl models in PETG. For more information about the reasons why we choose this material see the results page.

• Software workflow
• Calibration
• Cutting

Back to Mold making Index

2- PDMS casting

• Preparing PDMS
• Making a vacuum pump and vacuum chamber
• Degassing
• Polymerization process

Back to PDMS casting Index

3- Plasma bonding

• Modding a microwave
• Calibrating the microwave
• Baking the PDMS

Back to Plasma bonding Index

4- Closing the microfluidic circuit

• Choosing the pump, the tubing and the connectors
• Troubleshooting the leaks

Back to Closing circuits Index

Assemblies

• Team
  • Members
  • Attribution
  • Sponsors
• Project
  • Description
  • Contribution
  • Improve
  • Demonstrate
  • Judging Form
• Aptamers
  • Overview
  • Discovery
  • Characterization
  • Computational
    Improvement
  • Binding to Electrode
• Device
  • Overview
  • First Prototype
  • Final Prototype
    • Overview
    • Microfluidics
    • Electronics
• Experiments
  • Interlab
  • Protocols
    • Aptamer Related
    • Manufacturing
• Human Practices
  • Integrated Human Practice
  • Education and
    Engagements
  • Collaborations
• Awards
  • Hardware
  • Applied Design
  • Entrepreneurship
  • Measurement
• Medals

Manufacturing Protocols

Texto de explicacion/ resumen de la pagina.

Chip

1- Mold making

• Laser engraver hacking

  Laser engraver hacking

  Bill Of Materials: You could see a complete BoM here (upload the bill).

  Amount of time: 3 hours.

  Total costs: 100 €.

  The laser usually come with a proprietary software that only allow you to engrave images. As the chips are going to be cuttered as a vector we’ll need to install a new laser firmware (into the laser) to be controlled with other software (into the PC connected to the laser).

  1. Download the columns of the stl files from our github repository.

  2. 3D print the stl models in PETG. For more information about the reasons why we choose this material see the results page.

• Software workflow
• Calibration
• Cutting

Back to Mold making Index

2- PDMS casting

• Preparing PDMS
• Making a vacuum pump and vacuum chamber
• Degassing
• Polymerization process

Back to PDMS casting Index

3- Plasma bonding

• Modding a microwave
• Calibrating the microwave
• Baking the PDMS

Back to Plasma bonding Index

4- Closing the microfluidic circuit

• Choosing the pump, the tubing and the connectors
• Troubleshooting the leaks

Back to Closing circuits Index

Assemblies