Skip to main content
MaterialsStoriesBrandsEventsBooksTalksChannels
← Stories
New Making

Repairing objects with 3D printing and resin

News · Story by MaterialDistrict · 14 May 2024 · 2 min read

Designer Xiaodong Ma’s project Repairing Society: A Nostalgia Future proposes ways to repair objects rather than replacing them, using, amongst other things, 3D printing and resin.

The linear economy of take-make-waste dictates that broken things need to be thrown away, rather than to be repaired. Often, they are even designed to be irreparable or more expensive to repair than replace.

In the project, Ma proposes three ways to go about repairing: repairing, grafting (inspired by plant tissues that are joined to facilitate growth together), and autotomy. The latter is a term used for the behaviour whereby an animal sheds or discards one or more of its own appendages, usually as a self-defense mechanism to elude a predator’s grasp or to distract the predator and thereby allow escape. The idea for The Repair Society is that designers not only focus on how products are used, but also how things are broken. It means the object’s afterlife should be well planned in the beginning.

For an autotomy designer, things are designed to be broken gracefully and cleanly to make the later repairing and repurposing work easier. As examples, Ma shows amongst other things a ceramic bowl with five bases (as the base is the strongest part of the bowl) that can break into five small ones, which can be easily repaired and grafted.

In the grafting part of the project, two broken objects are fused, sometimes altering their original purpose. Ma’s examples include a broken cup that gets a watering can’s spout, and a glass that receives the handle of a tea pot.

For the repair part, finally, Ma took inspiration from the Japanese art of kintsugi or kitsukuroi. This is the art of repairing broken pottery with lacquer dusted or mixed with powdered gold, silver, or platinum. The defects are repaired not invisibly, but rather highlighted and celebrated. According to Ma, “Like badges won for commitment to practice, these markers accumulate over time and declare the object-subject relationship, sometimes even subject-subject relationship, with owners.”

Ma used actual kintsugi in the project, but also repaired a bowl using clear resin. To repair a rattan basket, the designer used 3D scanning and –printing. The basket is repaired using PLA, making it hard to distinguish whether it is old or new.

Photos: Xiaodong Ma

Article by Sigrid Lussenburg

MDMaterialDistrict14 May 2024 · 2 min read
Enjoyed this story?Make MaterialDistrict a preferred source — see our stories first in Google.
Make MaterialDistrict your preferred source
Latest materials
  • Mush Surfaces – Bio-Lithic EditionMush Composites
  • ‘Carbon Capture’ tilesStudio Jesper Eriksson
  • OBRO – Leather-Infused Translucent PVC CompositeOkunote
All materials →

Follow the Transition

Choose your topics and stay updated on the innovations shaping a sustainable built environment.

Email updates:
Unlock all articles
Read every in-depth story

Insiders read every in-depth article, get quarterly trend reports and 1 free event entry per year.

Become an Insider — €10/mo

Related

  • ArticleNo ordinary building block
  • ArticleCombining concrete 3D printing and 3D printed formwork
  • ArticlePhilips Introduces 3D Printing for Repairable Consumer Products
  • Article3D printing polymer adaptable even after object is printed
  • ArticleRecyclable 3D Printing Resin Enables Closed-Loop Manufacturing
  • Article3D-CeraClad: A 3D-Printed Ceramic Façade System For Sustainable Building Envelopes
MaterialDistrict
The leading platform for innovative and sustainable materials — for architects, designers and manufacturers.

Choose your topics and stay updated on the innovations shaping a sustainable built environment.

Discover
MaterialsStoriesEventsTalksBooksBrands
For specifiers
Create free accountInsider membershipCompare materialsBoardsInsider insights
For manufacturers
List your materialsBrand profileReach 80,000+ specifiersSample requestsInnovation Fund
Company
About MaterialDistrictOur missionFrequently asked questionsContact
Contact
info@materialdistrict.com+31 (0)20 71 30 650
MaterialDistrict B.V.
Amsterdamsestraatweg 43-A2
NL-1411 AX Naarden
The Netherlands
Company Number 60837802
VAT Number NL854081732B01
LinkedInInstagramX
© 1998 – 2026 MaterialDistrictAdd MaterialDistrict to Google
Privacy policyAccessibilityCookiesTerms of use