Taiwan Lantern is a lighting brand founded by Pei-Ching Hsiao and Jean-Marc Daniëls in Amsterdam, presenting its first luminaire collection at ICFF 2026 in New York. The collection is produced in collaboration with one of the last remaining traditional lantern factories in Taiwan, applying techniques from Asian artisanal practice in fabric, bamboo, wood, and ceramics to contemporary lamp forms.
Nine artisans contribute to each piece, with layers of stone, lacquer, and paper composing the finished objects. Table lamps, floor lamps, and pendant lights are included across the range, with ribbed oval shades in warm neutral tones forming the primary visual language of the collection. Taiwan Lantern's materials combine satin, matte stone, and glossy porcelain surfaces within individual pieces.
Image Credit: Taiwan-Lantern
What Makes This Trend Stand Out
- Revival of Traditional Craftsmanship
- The reintegration of centuries-old Asian artisanal techniques into contemporary luminaires creates distinct handmade value propositions that challenge mass-produced lighting aesthetics.
- Hybrid Material Lighting
- Combining paper, bamboo, ceramics, lacquer, and stone in single fixtures produces novel textural and tactile experiences that redefine material-driven product differentiation.
- Artisanal Collaborative Production
- Multi-artisan assembly models that distribute craft skills across small teams enable scalable bespoke collections that disrupt conventional factory-only supply chains.
Sectors Adopting This
- Lighting and Home Decor
- Design-led lighting collections that foreground craft and mixed materials could shift premium consumer demand toward limited-edition, narrative-rich fixtures.
- Hospitality and Interior Design
- Warm, handcrafted luminaires with neutral palettes offer immersive atmospheric elements that alter guest expectations for curated, locally sourced interiors.
- Sustainable Manufacturing
- Small-batch production leveraging renewable, low-energy materials like paper and bamboo introduces alternative, lower-carbon pathways for decorative goods manufacturing.
