Métier is a brand of experimental wearables and objects that harness technology and interdisciplinary art forms as a means of self expression.
Métier’s first collection CATACLYSM, broken into 2 distinct themes: RETINA and ECDYSIS, signifies a catastrophic and forever-changing event. This collection facilitates introspection of the self, the ability to deconstruct and recreate.
The pattern RETINA looks inward at the self, formally expressed by the deconstructed veins of the eye, and serves as a symbol of reflection.
ECDYSIS is expected to be revealed in the fall of 2023 as a continuation and completion of the CATACLYSM collection.
RETINA Design and Fabrication Processes
The RETINA Collection is digitally designed and was rigorously iterated with computational design tools. It is based on experimental and innovative fabrication processes aiming to achieve a combination of sustainability, local craftsmanship, and high-end technology.
BIOMATERIAL RESEARCH
A unique recipe composed of all natural and vegan-friendly materials - the main components being charcoal and agar-agar - is used to cast the shape of the bag and its unique structural form within a 3D printed mold. All 3D printed materials harness recycled plastics.
Biomaterial experiments were conducted during the making of the RETINA Bag. An alchemical process based on exploring different proportions of charcoal and agar-agar created all the samples below.
Biochar Sample 01
Biochar Sample 02
Biochar Sample 03
Biochar Sample 04
Biochar Sample 05
CLAY RESEARCH
The ceramics are produced using the ancient slip casting method, aided by digital fabrication. CNC techniques produce the mold containing the negative imprint of the geometry and pattern of the RETINA veins. The CNC mold yields a secondary plaster mold, which then transfers the geometry and relief to a custom clay mix. The final product is dried and fired into a ceramic object.
3D PRINTING RESEARCH
As an emergent technology, 3D printing is widely used in prototyping. With Métier we push even further using its full potential by creating intricate designs that are only possible to fabricate with the usage of digital fabrication. Our pieces are printed with the SLS (Selective Laser Sintering) technology, producing each layer of the geometry into a heated bed of nylon-based powder. Collaboration with local High-Tech 3D Printing Incubator.
WAX RESEARCH
Locally produced, the materiality of the soy wax comes from experimental molding and casting with the combination of 3D printing structures. The combination of artisanal knowledge with high-tech technology creates new fabrication methods towards a sustainable and creative future.