SIZE/
1860mm*1320mm*2150mm
PRODUCT FEATURES/
Energy Consumption: 5 kilowatts, certified by CE!
Easy-to-operate human-machine interface
Fully automated system, average processing speed for each shoe surface is 10 seconds
領先全球的高濃度、低溫極光電漿產生器
Built-in automatic detection and debugging system, ensuring 100% production yield
Exclusive development of a 3D visual scanning system, calculating the aurora spray path for different shoe types
在傳統製鞋流程中，打粗、酸鹼洗與塗佈處理劑是不可或缺的前製步驟，用以提升鞋面與中底、外底的貼合強度。然而這些程序不僅造成大量粉塵暴露與空氣污染，也伴隨廢水排放與VOC（揮發性有機物）問題，嚴重影響工人健康與環境永續。
根據研究，鞋面貼合過程中所使用的處理劑是造成霧霾與室內空污的主因之一。面對全球鞋履品牌對供應鏈ESG責任與環境外部成本的要求，傳統製程已面臨轉型壓力。因此，AP PLASMA 大氣電漿股份有限公司推出的【ATM3 3D 空氣極光自動化打粗設備】，正是為了解決上述瓶頸而誕生的關鍵技術：
透過 ATM3，品牌與製造商不僅能有效提升製程效率，也可回應全球永續製造的需求，
實現智慧製鞋與綠色製造的雙重目標。
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On-site Production Situation
On-site Personnel Operation Situation
Successfully Mass-produced Shoe Models
ATM3設備規格
ATM3精簡製程
ATM3導入效益
In the past, traditional shoemaking processes required roughing, alkaline and acidic washing, and pre-treatment to facilitate the subsequent shoe upper gluing process. However, these pre-treatment processes exposed workers to a significant amount of dust hazards, leading to additional problems such as wastewater and air pollution. Research reports have shown that volatile solvents (treatment agents) used in the traditional shoemaking process for bonding the shoe upper, midsole, and outsole are a major contributor to haze. Leaders of all internationally renowned shoe brands have started to demand that manufacturers address the environmental external costs generated during the shoe manufacturing process. Therefore, summarizing the challenges in the two aforementioned shoemaking processes, environmentally friendly and automated production equipment is an essential component for the future of the shoemaking process.
