PROCESSING

When discussing sustainable fashion, resource evaluation often stops at the origin of raw materials. However, fabric processing, dyeing, and washing technologies within the production framework carry an equally critical environmental impact. Conventional mass-production processing remains heavily burdened by toxic chemical compounds during coloration, alongside excessive water and carbon expenditure throughout repetitive chemical laundering.

To challenge this, we prioritize textile engineering that eliminates thermal waste, reduces fluid expenditure, and bans toxic catalytic compounds from the finishing phase. True sustainability requires transforming not just what our garments are made of, but how they are processed.

大眾在討論永續時尚時，對產品的評估往往止於物料的源頭。然而，在生產過程中，布料的加工、染色與洗水技術等同樣承載著同等關鍵的影響。常規的量產過程至今仍大量使用有毒化學物，並在反複的化學加工程序中消耗大量能源和珍貴水資源。

應對這個問題，我們優先選擇能夠消除熱能浪費、減少液體消耗並在後處理階段禁用有毒催化化合物的紡織工程。真正的永續，不僅在於衣服是由什麼製成，更在於它們是如何被加工處理。

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ENZYME WASHING // 酵洗工藝

[currently in-use 目前應用]

A bio-based, non-toxic finishing method that utilizes natural cellulase enzymes to soften fabrics and create an organic, worn-in texture.

Unlike conventional industrial washes that rely on harsh chemical softeners or physical pumice stones to abrade the fabric, this process introduces biodegradable enzymes that specifically target and digest only the microscopic protruding fibers on the cotton surface. This unclogs the fabric weave, resulting in an exceptionally smooth, fluid hand-feel.

Operating at significantly lower temperatures, enzyme washing drastically reduces factory thermal energy consumption. It eliminates the heavy sludge waste generated by traditional stone-washing (which degrades garment fibers and destroys washing machinery), while using a completely biodegradable compound that leaves zero toxic residues in post-production water.

一種生物基、無毒的後處理方法，利用天然的纖維素酶（Cellulase enzymes）來軟化布料，並營造出自然的微舊質感。

常規的大量生產往往依賴激進的化學軟化劑或物理浮石來磨損布料，而酵素洗水則不同，它引入了可生物降解的酶，專門針對並分解棉花表面微小的突出纖維。這種做法能疏通織物結構，帶來格外絲滑、垂墜的觸感。

酵素洗水在顯著較低的溫度下即可運行，大幅降低了工廠的熱能消耗。它杜絕了傳統石磨洗水（Stone-wash）所產生的大量泥渣廢料（該廢料會降解衣服纖維並損壞洗水機械），同時採用完全可生物降解的複合物，在生產後的废水中留下零毒性殘留。

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LASER FINISHING // 雷射脫色

[currently in-use 目前應用]

The application of computer-controlled laser beams to abrade textile surfaces, replacing manual and chemical distress methods. The laser instantly vaporizes the indigo dye on the surface of the denim to create specific high-light zones, vintage worn-out whiskers, and geometric details based on digital inputs.

Traditionally, "worn" aesthetics require sandblasting (highly hazardous to workers' respiratory systems) or potassium permanganate (a toxic heavy metal wash). Laser finishing replaces both with precise light energy, operating as a completely waterless, zero-chemical, and worker-safe protocol.

應用電腦控制的雷射光束對紡織品表面進行微磨損，以取代傳統的人工與化學做舊方法。雷射光能瞬間使丹寧布表面的靛藍染料氣化，根據數位圖紙精準製造出局部高光、復古磨損貓鬚及幾何圖案細節。

傳統上，服裝做舊需要進行噴砂（對工人呼吸系統極具危害）或使用高錳酸鉀（一種有毒的重金屬洗劑）。雷射工藝以精準的光能取代了兩者，實現了完全無水、零化學污染且保障工人安全的作業規範。

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COOLTRANS® TECHNOLOGY // 冷轉印技術

[currently in-use 目前應用]

A proprietary cold transfer printing mechanism engineered to replicate complex denim washes without traditional hot dye liquid mediums. Instead of submerging textiles in repetitive indigo chemical baths, this tech prints high-resolution denim textures and reactive inks onto a specialized film, which are then compressed onto raw, white PFD (Prepared for Dyeing) base fabric. Color fixation occurs at ambient room temperature. Conserves 70%–90% of water compared to conventional jeans-laundry processes. It eliminates the thermal energy needed for high-temperature fixation (saving ~65% energy) and ensures zero chemical run-off into local waterways.

More about our application on our blog post about Waterless Denim.

一項專利的冷轉印印染機制，旨在不使用傳統高溫染液介質的情況下，還原複雜的牛仔洗水效果。該技術無需將紡織品浸泡於繁複的靛藍化學染浴中，而是將高解析度的牛仔紋理與活性墨水印刷於特殊膠卷上，隨後在常溫下冷壓轉印至白色胚布（PFD）上，固色過程完全在室溫下完成。比起傳統牛仔洗水程序節省高達 70% 至 90% 的用水量。它免除了高溫固色所需的熱能（節省約 65% 能源），並確保零化學廢水排放至本地水路。

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DIGITAL PRINTING // 數位印花

[currently in-use 目前應用]

A computer-driven ink-jet printing technology that applies pigments directly onto fabric surfaces, bypassing the need for physical printing screens or excess dye mixing. Much like a standard paper printer at home, digital textile machinery interprets digital artwork files and deposits micro-droplets directly onto the textile with absolute geometric precision, achieving crisp details and unlimited color gradients.

We strictly source certified, non-toxic inks to ensure each garment remains completely skin-safe and earth-safe. Operating as a highly controlled, on-demand process with minimal minimum order quantity (MOQ) restrictions compared to traditional fabric weaving or screen printing, this technology eliminates the heavy burden of deadstock fabrics, granting the designer ultimate creative freedom to experiment without producing wasteful overstock.

一項由電腦驅動的噴墨印刷技術，將顏料直接噴印於布料表面，免除了實體網版與過量染料調配的需求。如同家中的紙張印表機一樣，數位紡織機械直接解讀數位設計檔案，並將微滴以絕對的幾何精度直接噴印於紡織品上，實現俐落的細節與無限的漸層色彩。

我們嚴格篩選具認證的無毒墨水，確保每件印刷產品對皮膚安全、對地球無害。與傳統的布料織造或網版印刷相比，此工藝作為一項高度受控、具備極低最低起訂量（MOQ）限制的「按需生產」流程，徹底免除了死庫存布料帶來的資金與空間重擔，賦予設計師極大的創作與實驗自由，而無需擔心造成過剩浪費。

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Sustainable design requires more than creativity—it demands clean, precise, and circular systems that respect both humanity and the ecosystem.

永續設計需要的絕不只有創意，而是需要對人類與生態系統同時保持尊重的乾淨、精準且循環的系統。