The Tunisian fashion-tech house transforms traditional Haïk, corn-based PLA, pine wood and oyster-shell bio composites into architectural bags, modular garments and sculptural accessories.
Independent fashion-tech house EMNA HUSSEIN presents ACT 2 — AMANAKAL, a new collection uniting Tunisian heritage, Mediterranean materiality and digital fabrication.
Its name combines the Amazigh words Aman, meaning Water, and Akal, meaning Earth. Through architectural bags, modular garments, corsetry and sculptural accessories, the collection explores the encounter between movement and structure, cultural memory and emerging technology.
Each piece is developed through a hybrid process combining 3D printing, hand assembly, textile integration and artisanal finishing.
Also known as additive manufacturing, 3D printing creates a physical object layer by layer from a digitally designed model. The technology enables EMNA HUSSEIN to construct complex geometries, individual modules and made-to-order forms that would be difficult to achieve through conventional fashion production alone.
Following ACT 1 — The Rebel Bride, recipient of the Technical Award in Fashion & Accessories at the Cairo Design Award 2025, AMANAKAL expands the house’s research into innovative materials, body-responsive structures and Future Heritage.
Where Water meets Earth
AMANAKAL draws from Amazigh symbolism, the geometry of traditional Tunisian doors and the landscapes of the Mediterranean.
Pine evokes forests, dry wood and the warmth of the land. Oyster shell recalls the sea while becoming a mineral and architectural material. Transparent surfaces capture and diffuse light, while flexible structures move around the body.
At the textile foundation of the collection stands the traditional Tunisian Haïk, historically associated with generations of North African women.
Rather than reproducing these references as decoration, EMNA HUSSEIN translates them into repeated geometries, modular constructions and contemporary silhouettes.
A new material language
Material research is central to the identity of EMNA HUSSEIN.
For more than two years, the house has researched specialised material developers across different countries, examining compositions, technical documentation and available certifications before testing each material through prototyping and finished product development.
AMANAKAL combines several material families selected for their visual, structural and documented environmental properties.
Transparent corn-based PLA
The collection’s translucent rigid structures are produced from PLA, or polylactic acid, a thermoplastic commonly derived from renewable plant resources such as corn.
Used across selected bags and accessories, the material reveals the layered construction of each object and allows light to become part of the design.
Pine wood PLA bio composite
A bio composite combines a polymer base with natural, mineral or recovered organic matter.
The Pine material used in AMANAKAL incorporates reused organic content derived from pine wood. Its warm tone and subtly textured surface recall Mediterranean forests and the terrestrial dimension of the collection.
Oyster-shell PLA bio composite
The rigid Oyster material incorporates crushed oyster shells recovered from organic waste.
Its mineral appearance sits between stone, sand and ceramic. Born from the sea and transformed into an architectural structure, it forms one of the collection’s strongest connections between Water and Earth.
The Pine and Oyster formulations are described by their developers as biodegradable and compostable.
Flexible biodegradable materials
AMANAKAL also uses two flexible material systems.
The first is a French bio-composite combining cosmetic-grade oyster-shell powder sourced from Morbihan with a biodegradable polymer matrix. Used in natural beige and black, it appears in modular elements within the Petal Set and Sacred Set.
The second is an elastic material developed in Spain as a biodegradable and compostable alternative to conventional TPU and TPE. It is used in white, transparent and black across modular skirts, corsetry and flexible bag pouches.
Its elasticity allows digitally fabricated components to bend, connect and respond more naturally to the body.
Tunisian Haïk meets digital fabrication
In AMANAKAL, the traditional Tunisian Haïk is not used as a nostalgic ornament. It becomes an active construction material.
Sections of Haïk are integrated into the modular skirts of the Petal Set and Sacred Set, introducing softness and movement between the digitally fabricated components.
The textile also appears inside selected bags, where flexible biodegradable material is printed directly onto its surface.
This hybrid method, known as direct-to-textile 3D printing, physically connects the digital structure and the fabric within the same construction.
The process embodies the collection’s concept of Future Heritage: technology does not replace inherited knowledge, but creates new possibilities for its use and transmission.
Architectural bags and wearable structures
The material research of AMANAKAL is expressed through a collection conceived between fashion, object and architecture.
The Halo Bag combines transparent corn-based PLA with Pine Wood or Oyster Shell PLA and a flexible pouch printed directly onto Tunisian Haïk.
The Petal Bag translates organic movement into a rigid sculptural form through repeated petal-like geometries.
The Murice Bag translates the legacy of the Carthaginian murex shell into a bold sculptural form through layered, shell-inspired geometries.
The Petal Set combines a corset with a modular skirt constructed from individually fabricated white, transparent, beige and black elements.
The Sacred Set brings together a flexible corset, modular skirt construction, oyster-shell materials and sections of Tunisian Haïk.
Cuffs and earrings accessories extend the same material vocabulary through translucent, Pine and Oyster-based structures worn directly against the body.
Digital precision, completed by hand
Although each piece begins with digital modelling and additive manufacturing, the collection is completed through physical craftsmanship.
Printed components are cleaned, sanded, fitted, assembled and finished by hand. Material behaviour and artisanal intervention introduce subtle variations from one piece to another.
AMANAKAL is produced primarily through a made-to-order model, with pieces created after an order is confirmed rather than manufactured as large volumes of unsold inventory.
This approach allows the house to control production quantities while preserving the individuality and finish of an independent fashion-tech practice.
Future Heritage
With AMANAKAL, EMNA HUSSEIN continues to develop Future Heritage, a philosophy that considers heritage a living source of knowledge rather than a static visual archive.
The Haïk is given a new function through digital fabrication. Amazigh and Tunisian references inform construction rather than becoming surface decoration. Mediterranean resources are integrated physically into the objects through pine and oyster-shell content.
“AMANAKAL refuses the idea that heritage and technology belong to opposite worlds,” says founder and creative director Emna Hussein. “The objective is not to reproduce tradition, but to allow it to evolve through new tools, new materials and new forms of construction.”
Material research will continue through future Acts, exploring new compositions, recovered resources, hybrid textiles and emerging fabrication methods across North Africa, Europe, the United States and other international ecosystems.
Every new Act will introduce new research, new materials and new possibilities.
About EMNA HUSSEIN
EMNA HUSSEIN is an independent fashion-tech house founded by Tunisian-Italian designer Emna Hussein.
Working at the intersection of fashion, digital fabrication, material research and North African heritage, the house creates sculptural bags, modular garments and accessories through 3D printing, textile integration and artisanal finishing.
In 2025, ACT 1 — The Rebel Bride received the Technical Award in Fashion & Accessories at the Cairo Design Award.
Through Future Heritage, EMNA HUSSEIN proposes a vision of contemporary luxury shaped by cultural authenticity, material intelligence, limited production and the encounter between digital precision and the human hand.
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Availability and press enquiries
ACT 2 — AMANAKAL is now available through the website of the Brand.
The collection is primarily made to order, with international delivery available to selected destinations.
For interviews, editorial loans, wholesale enquiries and high-resolution press assets:
Press contact: [Emna Hussein]
Email: [contact@emnahussein.com]
Location: [Cairo, Egypt]
Key terms for editors
3D printing / Additive manufacturing
A process that constructs an object layer by layer from a digital three-dimensional model.
PLA
Polylactic acid, a thermoplastic commonly derived from renewable plant feedstocks such as corn.
Biocomposite
A polymer-based material containing natural, mineral or recovered organic matter.
Direct-to-textile 3D printing
A process in which flexible material is deposited directly onto fabric to create one hybrid construction.
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