Abstract
Heat is both destructive and generative—a force that fractures, reshapes, and ultimately binds. This exhibition explores heat as a transformative agent in material innovation, where failure becomes a necessary step toward fusion. Through melting, firing, pressing, and printing, the works on view embrace cracks, opacity, waste, and instability not as endpoints, but as catalysts for renewal.
The Molten Sugar Printer project documents over ten years of experimentation with gravity-fed additive manufacturing using heated sugar as a 3D printing material. By precisely controlling temperature, viscosity, and XYZ motion, molten sugar is deposited layer by layer into stable yet fragile structures.
The exhibit here includes sugar tanks from early printer prototypes developed through research and teaching contexts. It explores material instability, precision, and transformation, positioning fabrication as both a technical and performative act.
Five designers push materials to their thermal thresholds: discarded plastics melted and pressed into durable sheets; oyster-fired ceramics where cracks become texture; 3D-printed lighting refined from opacity to luminosity; molten sugar shaped into delicate scaffolds; and shattered glass re-fused into unified forms. Each practice turns broken matter into something tactile, functional, and new.
Rather than concealing fracture, these works acknowledge it—demonstrating how resilience emerges through iteration. The exhibition ultimately positions sustainable design not only as environmental responsibility, but as a material philosophy: one that heals rupture, reclaims waste, and forges new possibilities from what was once broken.
The Molten Sugar Printer project documents over ten years of experimentation with gravity-fed additive manufacturing using heated sugar as a 3D printing material. By precisely controlling temperature, viscosity, and XYZ motion, molten sugar is deposited layer by layer into stable yet fragile structures.
The exhibit here includes sugar tanks from early printer prototypes developed through research and teaching contexts. It explores material instability, precision, and transformation, positioning fabrication as both a technical and performative act.
Five designers push materials to their thermal thresholds: discarded plastics melted and pressed into durable sheets; oyster-fired ceramics where cracks become texture; 3D-printed lighting refined from opacity to luminosity; molten sugar shaped into delicate scaffolds; and shattered glass re-fused into unified forms. Each practice turns broken matter into something tactile, functional, and new.
Rather than concealing fracture, these works acknowledge it—demonstrating how resilience emerges through iteration. The exhibition ultimately positions sustainable design not only as environmental responsibility, but as a material philosophy: one that heals rupture, reclaims waste, and forges new possibilities from what was once broken.
| Original language | English |
|---|---|
| Publication status | Published - 27 May 2026 |
| Event | Thermal Alchemy: From Fracture to Fusion - Hong Kong Design Institute, Hong Kong, China Duration: 27 May 2026 → 27 Jul 2026 https://hkdi.edu.hk/en/news/news-detail.php?news_id=906&tab=all&page=1 |
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