Lantern Transformation Ufungashaji wa Keki za Mwezi by Yanlun Wu

Lantern Transformation Ufungashaji wa Keki za Mwezi by Yanlun Wu is a highly esteemed winner of the very prestigious 2026 Tuzo ya Chuma ya A' Design Award in Usanifu wa Ufungashaji Competition Category.

ChumaUfungashaji· 2026

Lantern Transformation Ufungashaji wa Keki za Mwezi

by Yanlun Wu

Tuzo ya Chuma ya A' Design Award Winner in Ufungashaji Category

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Verified Award Winner

Verify Award Status for #180228

View at A' Design Award Press Release Award Badge

Colors

The Design

About Lantern Transformation Ufungashaji wa Keki za Mwezi

Lantern Transformation ni kopo la ufungashaji wa keki za mwezi lililoundwa kwa ajili ya Tamasha la Katikati ya Vuli. Chombo hiki kimetengenezwa kwa bati salama kwa chakula, likiundwa kwa ugandamizaji wa usahihi na uunganishaji usio na mishono. Sehemu ya nje ina michoro ya ndege na maua iliyochorwa kwa mkono, ikilindwa kwa mpako usiopenyeza maji. Baada ya keki za mwezi kuliwa, kifuniko hugeuzwa na kubofya mahali pake kama kivuli cha taa ya kandili. Kisha moduli ya taa iliyounganishwa huwashwa, na kopo tupu hubadilika kuwa taa ya mandhari. Ubadilishaji huu usiohitaji zana huongeza muda wa matumizi ya kifungashio na kupunguza taka.

The Recognition

About the Tuzo ya Chuma ya A' Design Award

Lantern Transformation Ufungashaji wa Keki za Mwezi ni mshindi wa Tuzo ya Chuma ya A' Design Award, utambuzi wenye heshima unaotolewa kwa miundo mizuri inayokidhi mahitaji ya kitaalamu na ya kiviwanda yanayotarajiwa kutoka kwa kazi zilizobuniwa vizuri. Washindi wa Chuma huonyesha ustadi mkubwa, utaalamu wa hali ya juu, uelewa wa kitaalamu na uwezo wa kibunifu wa waumbaji wao. Lantern Transformation Ufungashaji wa Keki za Mwezi inatarajiwa kuwa kazi inayothaminiwa sana, kupendwa na kuenziwa, ambayo ni ya vitendo na bunifu. Muundo huu ulioshinda Tuzo ya Chuma ya A' Design Award unajumuisha mbinu bora za tasnia na una sifa za kiufundi zenye uwezo zilizounganishwa na ujuzi na kipaji. Lantern Transformation Ufungashaji wa Keki za Mwezi inaheshimiwa kwa uangalifu wake na imebuniwa kutoa maboresho ya ubora wa maisha yanayosaidia kuufanya ulimwengu kuwa mahali bora zaidi.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The Lantern Transformation Mooncake Tin redefines festive packaging. It is primarily a food-safe, decorative tinplate container for mooncakes. After the mooncakes are enjoyed, the packaging undergoes a purposeful transformation: the lid is flipped to become a shade, instantly converting the empty tin into an elegant paper lantern-style ambient light with a soft, warm glow. This innovative dual-lifecycle design combats waste by turning disposable packaging into a lasting decorative object, seamlessly blending traditional Chinese mid-autumn symbolism with modern sustainable practice.
Dimensions & Packaging: Dimensions: 208 mm W, 208 mm D, 58.5 mm H. Material: Tinplate (Food-Safe, for Mooncake Packaging). Technical Features: Integrated lighting module for post-use transformation, eco-friendly surface coating.
Tags: Mooncake Packaging, Transformable Design, Gift Tin, Tinplate Lantern, Food Safe Tin, Hand Painted Art, Sustainable Packaging, Chinese Festival Design, Ambient Lighting, Cultural Heritage
Production Technology: This mooncake package is crafted from food-safe tinplate, utilizing precision stamping and seamless welding techniques to ensure structural integrity for both protection and transformation. The exterior features a water-resistant, eco-friendly coating that preserves the intricate hand-painted bird and flower motifs, aligning the package’s aesthetics with the cultural significance of the mid-autumn festival.
Design Challenge: The primary creative challenge was to design a mooncake package that was aesthetically festive and protective, yet could be intuitively and robustly transformed into a desirable decorative object (a lantern) post-consumption. The core obstacle was engineering the lid’s dual function as both a secure seal and a stable lantern shade, while integrating lighting electronics suitable for a food package and ensuring the entire system remained affordable and easy to use for the consumer.
Research: To develop a transformable mooncake package thatextends its lifecycle, merging traditional festival symbolismwith a modern, sustainable function.
Inspiration: The Lantern Transformation Mooncake Tin draws inspiration from traditional Chinese paper lanterns, delicate bird and flower paintings, and the symbolism of the Mid-Autumn Festival. The designer sought to reimagine these cultural elements into a contemporary package that preserves the warm, inviting glow of the lantern. This fusion results in functional packaging that connects the celebration to cultural roots.
Project Duration: The project was completed in August 2024. It launched for sale immediately upon finalization, with production and distribution commencing in the same period.
Operation Flow: The product serves two distinct phases. In its primary phase, it functions as a protective and decorative mooncake tin. In its secondary phase, the empty tin is repurposed: the user flips the lid, which clicks into place as a lantern shade, and activates the integrated light switch. This simple action transforms it into a standalone ambient lamp, casting light through the hand-painted motifs. The intuitive, tool-free transformation is central to the design, emphasizing ease of use and encouraging sustainable behavior beyond the initial gift-giving occasion.
Patents: Granted Chinese Design Patent. Patent Number: ZL202430519227.1, Patent Holder: Marshallom Metal Manufacture (Huizhou) Co., Ltd., 2024.
Team Members: CEO: Wu Yanlun
Image Credits: Image #1: Designer Yanlun Wu, Lantern Transformation Mooncake Tin, 2024.
Image #2: Designer Yanlun Wu, Lantern Transformation Mooncake Tin, 2024.
Image #3: Designer Yanlun Wu, Lantern Transformation Mooncake Tin, 2024.
Image #4: Designer Yanlun Wu, Lantern Transformation Mooncake Tin, 2024.
Image #5: Designer Yanlun Wu, Lantern Transformation Mooncake Tin, 2024.