The trend of dessert ingredient manufacturing: From "pearl workshop" to "food technology complex"

一、 Technology-driven: From "Handmade" to "Biotechnology and Intelligent Manufacturing"

The traditional manual production based on the experience of veteran workers is being replaced by advanced biotechnology and automated production lines. Headline supply chain enterprises such as Prand Bio-Technology are using biotechnology to tackle issues of flavor retention and physical preservation, and are establishing standardized research and development centers, aiming to restore the classic taste of traditional Chaoshan sweet soups and other Chinese sweet drinks through technological means.

Meanwhile, in order to address the challenges of rising labor costs and unstable quality, full-chain intelligence has become a standard feature for factory construction. For instance, Yangzhou and Huaxing Food have adopted an AI visual inspection system, which has increased the rejection rate of substandard products to 99.7%. Through the automated production line, the productivity has been enhanced by a hundredfold. In the factory planning, this means that space for upgrading automated equipment needs to be reserved, and a data control system needs to be configured to achieve full-process visualization from raw material processing to packaging.

二、 Product logic: Solving the contradiction between "health" and "indulgence"

The "both-and" mentality of modern consumers has forced factories to make a revolution in formula research. The trend of baking exhibitions shows that "clean labels" and "low sugar and high fiber" have become essential requirements. In terms of factory construction trends, this is reflected in the investment in functional raw materials.

Due to the taste and tolerance issues of traditional sugar alcohols in baking applications, the new generation of factories have begun to set up production lines for "aldonitol" and other new low-calorie substitutes. This rare sugar can participate in the Maillard reaction, solving the problem of colorlessness in low-sugar products. In addition, to meet the demand for "high protein and low GI" meal replacements, the factories need to introduce pre-treatment lines for grains and legumes (such as barley and red rice) and food ingredients with both medicinal and edible properties, transforming small ingredients from a "sweet burden" to a "functional carrier".

三、 Application scenario: Break through the "liquid" boundary and enter all categories

With the intensification of the trends of "milk tea-like" bread and "snack-like" desserts, the application scenarios of toppings have far exceeded those of milk tea cups. The future sweet food topping factories should not merely be a part of the tea drink supply chain, but should be comprehensive taste solution centers.

This means that the production line needs to have greater compatibility. For instance, the "blood glutinous rice" and "yam paste" originally used for milk tea are now widely applied in bread fillings and cake coatings; the originally liquid "Yangzhi Ganlu" has been developed into solid cakes. The trend of factory construction is shifting towards flexible production. Factories need to produce composite products under a single standard system, which can be used as tea-drink ingredients, as baking fillings, and even as pre-packaged food ingredients.

四、 Supply Chain Model: Forwarding Processes and the "Frozen-to-Fresh" Revolution

The expansion of chain brands imposes extremely high requirements on the "de-skilling" of stores. The current trend in factory construction is to undertake more "pre-processing" tasks. Factories no longer merely produce raw materials; instead, they provide ready-to-use semi-finished products or even finished goods.

The popularization of "frozen dough" technology and "liquid nitrogen preservation" technology has enabled the expansion of the distribution radius of factories. These technologies require significant investment and are accompanied by professional cold storage facilities and a cold chain logistics system. However, they can effectively solve the problems of high loss and slow food preparation at the terminal stores. Through the "freezing to freshness" technology, factories can produce mousse cakes or pre-baked bread on a large scale. The terminals only need to thaw or simply bake them before putting them on the shelves, reducing the operating costs of the stores by more than 20%.

Overall, the construction logic for sweet food ingredient factories in 2026 has entered a deep-water zone. Low-cost, high-capacity primary factories are being phased out, replaced by new types of factories that are "research-driven + intelligent manufacturing + flexible delivery". For investors, the core competitiveness is no longer merely the size of the land and the number of machines, but lies in the enterprise's in-depth understanding of texture technology, the ability to compound healthy ingredients, and cross-category application scenarios. Only by upgrading from "food manufacturing" to "delicious technology" can one secure a position in the trillion-dollar sweet food economy.