Deliverables¶
The Booklet¶
The main deliverable of the project is the Inflatable Textiles Booklet, a physical and digital publication designed as a reference guide for makers, students, and researchers.
The booklet compiles:
- Background research on inflatable textiles
- Material exploration and benchmarks
- Fabrication methods and sealing techniques
- Experimental results and observations
- Fabrication parameters for different machines
The modular structure of the booklet allows new samples and experiments to be incorporated over time, transforming it into a living archive of inflatable textile research.
Material sample library¶
A collection of physical material samples was developed to document how different materials behave when used for inflatable textile fabrication.
The sample library includes:
- Plastic films
- Hybrid textile materials
- Recycled packaging materials
- Experimental laminated structures
Each sample documents: * Material type * Fabrication method * Sealing parameters * Observed performance
This library allows readers to compare materials and understand their behavior when inflated.
Inflatable textiles protoypes¶
A series of inflatable prototypes were fabricated to test different design strategies and fabrication methods.
These prototypes explore:
- Seam geometries
- Chamber structures
- Air retention behavior
- Structural response when inflated
The prototypes serve as practical demonstrations of the techniques described in the booklet.
Fabrication files and parameters¶
To support distributed replication of the project, all digital fabrication files are included.
These files include:
Laser cutting files for the booklet structure Printable page templates Inflatable pattern files Experimental sample geometries
All files are designed to be compatible with common FabLab tools and workflows.
The project also provides detailed documentation of the fabrication processes used during the experiments.
This includes:
- Laser sealing parameters
- Thermal sealing using a 3D printer hot end
- Material testing procedures
- Assembly instructions
By documenting the parameters and workflows, the project enables other makers to replicate and expand the experiments in their own labs.
Open documentation¶
All research, experiments, and results are documented and shared as open knowledge.
The documentation includes:
- Experimental observations
- Successful and failed tests
- Fabrication guidelines
- Recommendations for further exploration
This open documentation encourages the community to continue expanding the research on inflatable textiles.
Bill of materials¶
| Component | Material | Specifications | Notes |
|---|---|---|---|
| Cover STRUCTURE | Corrugated cardboard | 5 mm thickness | Laser cut to create a rigid and lightweight structure |
| Cover wrap | Decorative paper | Cut to match cover dimensions | Glued to the cardboard for improved aesthetics |
| Binding system | Paper binding pins | Standard two-hole punch spacing (~80 mm) | Allows pages to be added, removed, or rearranged |
| Interior pages | Paper sheets | Letter size, trimmed to 22 cm height | Ensures pages are protected within the cover |
| Inflatable sample pages | Plastic film / textile samples | Variable depending on experiment | Used for inflatable textile demonstrations |
| Air pump compartment | Corrugated cardboard | Integrated into cover structure | Designed to hold a small manual hand pump |
| Manual air pump | Plastic hand pump | Hand pump for measuring blood pressure | Used to inflate the interactive pages |
| Adhesive | Paper glue | As required | Used for cover wrapping and assembly |
Useful links¶
Slide show¶
Embed your presentation
Story telling¶
This particular project is not an artistic piece, but a technical exploration, a discovery through experimentation, and the possibility to share this knowledge. I believe the narrative should revolve around the thought:
How can we make inflatable textiles knowledge accessible?
The problem¶
Inflatable textiles exist in: * Architecture * Medicine * Fashion * Soft Robotics
But this processes tend to be industrialized or not documented, so How can we experiment with inflatable textiles using accesible tools from fablabs, for example?
The proposal¶
This project proposes: * Research accesible materials * Experimenting with accesible methods * Documenting repeatable processes
For creating A booklet, an open-source toolkit for experimenting with inflatable textiles
The process¶
Here we can talk about: * Research * Experiments * Material samples * Sealing tests * Booklet creation * Parameter/machine documentation
The results¶
The end result is not an object, but a tool for others to use: * Repricable booklet * Material library * Processes library * Inflatable samples * Machine parameters
The impact¶
This allows: * Laboratories to experiment with inflatables * Students (and curious people) to learn about materials * The development of new applications