Collaborative efforts in tissue engineering and material science have driven significant progress, especially in creating 3D hydrogel scaffolds and biomaterials that interface with biological tissues . Material innovations have been instrumental in advancing organoid research . Conversely, this paper explores how organoids could improve material science . Section 2 shows biological materials applications and highlights how an organ can regulate the self-assembly of materials, using spider silk as a case study. Section 3 introduces the principles of material-producing organoids, current advances and an existing proof of concept. Section 4 discusses key challenges, including organoid growth in non-model organisms and scaling up production. Section 5 presents theoretical aspects of organoid development, including tissue homeostasis strategies, the variety of developmental trajectories, and multiscale representations for modeling purposes. Section 6 proposes future directions to overcome challenges and biological limitations. Finally, Section 7 addresses ethical, societal, and technological implications, concluding with key contributions in Section 8.