EXPLORING USER PERCEPTIONS OF NATURE-INSPIRED, 3D-PRINTED LAMPS: INSIGHTS AND INDUSTRY IMPLICATIONS

Authors

  • Gyandev Mohanta¹, Kumar Sambhav², Monica Singh³, Ranganath M. Singari⁴ Author

Keywords:

Biomorphic and Biophilic Design, 3D Printing, Sustainable Lighting, Organic Aesthetics, Consumer Perception

Abstract

This study investigates user perceptions of nature-inspired, 3D-printed lamps, emphasizing the convergence of biophilic aesthetics, sustainability, and customization in contemporary design practice. Against the backdrop of urbanization and the increasing detachment from natural environments, lighting products are emerging as lifestyle artifacts that embody emotional resonance and ecological responsibility. Drawing on literature review, market benchmarking, and a structured survey of 52 participants aged 18–34, the research provides both quantitative and qualitative insights into consumer expectations. Descriptive statistics reveal strong biophilic preferences, with 90% of respondents favoring organic and asymmetrical geometries, and 70% expressing demand for deep customization beyond superficial variations. Openness to bio-based or recycled materials was reported by 65%, although concerns about durability and safety (22%) highlight conditional acceptance of sustainability. Placement preferences for living rooms, bedrooms, and workspaces (76%) confirm the role of lamps as ambience-creating lifestyle artifacts. Inferential analyses further reinforce these findings: chi-square tests revealed significant age effects on sustainability acceptance, ANOVA indicated higher eco-trust among students compared to professionals, and regression analysis identified aesthetic preference, sustainability trust, and customization demand as strong predictors of adoption intention, while affordability concerns negatively influenced adoption. Qualitative responses underscored the importance of storytelling, with lamps perceived as symbols of calmness, mindfulness, and identity expression. The study concludes that next-generation lighting must integrate biomorphic forms, eco-material reliability, and user- driven parametric customization. It highlights the potential of additive manufacturing to reconcile artisanal exclusivity with industrial scalability, positioning nature-inspired lamps as catalysts for eco-innovative and emotionally intelligent design.

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Published

2025-09-12

Issue

Section

Articles

How to Cite

EXPLORING USER PERCEPTIONS OF NATURE-INSPIRED, 3D-PRINTED LAMPS: INSIGHTS AND INDUSTRY IMPLICATIONS. (2025). Vegueta, 25(2), 216-242. https://vegueta.org/index.php/VEG/article/view/117

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