人們從遠古的石器時代走到現今的工業時代，物質生活上的需求從可滿足生理需求的可用，提高到須滿足心理需求的感受。人類藉由思考過去生活經歷的變化，及過去的經歷往往產生了無數組合，設計過程是不斷的發散~收斂~再發散~再收斂......一直循環下去，最終獲得新的概念。市面上販售很多所謂的產品，但如何成為雋永的商品，是多數設計師所嚮往的；商品的最大特點即是擁有吸睛點，如何讓它有所不同以往的既定印象。
現代生活上的便利性，商品的包裝型態美觀會影響到是否吸引消費者的眼光進而採買，而若為食品包裝容器，從消費者的角度通常擺在衛生，模內貼標的產品可採用全自動化生產方式，降低其他的感染接觸源，讓商品在擁有優美的外觀條件下且更加安全衛生。在製造商的角度看模內貼標，產品的包裝是吸引消費者一大條件，在必備條件下經由模內貼標可節省二次加工的運輸成本、時間與空間部分；在政府的角度上須關注，食在人民生活上佔最大的比重，食品包裝容器的一次性消費商品所產生出的垃圾量即為可觀，模內貼標的產品可以不需拆解即可便利的回收，對於環保上貢獻極大。
在工業4.0機器自動化時代食品容器包裝的生產，關注於大量製造下產生的不良率降低是必要的條件之一，所以將從源頭的標籤、模具、射出機、原料與導入的供標機整合之下，研究流程執行將採用田口法來進行實驗，並由原先不良品率5%降至為2%，可解決前端的98%生產成型率，將以不製造出不良品為第一優先考量。

The convenience of modern life, the beautiful packaging style of the goods will affect whether it attracts the consumer's eyes to buy, and if it is a food packaging container, it is usually placed in hygienic from the consumer's point of view. Automated production methods reduce other sources of infection and make the products safer and more hygienic under beautiful conditions. From the perspective of the manufacturer, in-mold labeling is a major condition for attracting consumers. Under the necessary conditions, in-mold labeling can save the transportation cost, time and space of secondary processing; from the perspective of the government, it should be noted that food accounts for the largest proportion of people's lives. The amount of garbage generated by disposable consumer goods in food packaging containers is considerable. The products labeled in the mold can be easily recovered without disassembly. For environmental protection great contribution.
In the era of industrial 4.0 machine automation, the production of food containers and packaging is one of the necessary conditions to focus on reducing the defective rate caused by mass production. Therefore, labels, molds, injection machines, raw materials and imported label supply machines will be integrated from the source. Next, the implementation of the research process will use Taguchi method to conduct experiments, and reduce the original defective rate from 5% to 2%, which can solve the 98% front-end production molding rate, and it is the first priority to not produce defective products.

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