sabine marcelis' 3D printed case made of recycled rock collects live insects for bioresearch
Briefly

from designboom | architecture & design magazine1 month ago
The 3D-printed armature, made of reclaimed slate biofilament, is designed to safely collect, transport, and house live insects for scientific research.
designboom | architecture & design magazinehttps://www.designboom.com/design/sabine-marcelis-3d-printed-case-recycled-rock-live-insects-bioresearch-deep-exopack-projeto-mantis-04-02-2024/
The EXOPACK project by DEEP involves creating a lightweight, flat-pack ready, reusable insect case with clear and opaque sides for observation and prevention of males sitting together.
designboom | architecture & design magazinehttps://www.designboom.com/design/sabine-marcelis-3d-printed-case-recycled-rock-live-insects-bioresearch-deep-exopack-projeto-mantis-04-02-2024/
Studio Sabine Marcelis utilized reclaimed rock slate and biofilament to create a portable insect enclosure with adjustable space, signature color fades, and PET film walls.
designboom | architecture & design magazinehttps://www.designboom.com/design/sabine-marcelis-3d-printed-case-recycled-rock-live-insects-bioresearch-deep-exopack-projeto-mantis-04-02-2024/
Read at designboom | architecture & design magazine
#studio-sabine-marcelis #deep #exopack #insect-research #3d-printing
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