1. Structural composition: Modular collaborative production

production lines to Blue food grade conveyor belt As the core link, multiple functional modules are connected in series. Typical units include:

• Front-end preprocessing: Stuffing mixer (funnel-shaped equipment in the picture, responsible for filling dispensing and quantitative transportation), spring roll skin preparation machine (equipment on the left, realizing dough forming and rolling).
• stuffing forming section: Use a mold or a robotic arm to wrap the filling, roll and cut the spring roll skin to ensure a uniform shape.
• Cooking link(Hidden function, spring rolls normally need to be fried/steamed): Although the frying equipment is not clearly shown in the figure, the industrial line usually integrates a continuous frying machine to achieve constant temperature cooking.
• post-processing unit: Such as cooling, oil draining, and sorting equipment (back-end independent equipment) to prepare for the packaging process.

2. Materials and Hygiene: Food Grade Safety Standards

Equipment main body adopts 304/316 stainless steel, meet food contact requirements:

• Anti-corrosion, easy to clean, and meets the strict standards of equipment hygiene set by the food factory's HACCP system;
• The surface is smooth and without dead spots, reducing material residues and reducing the risk of bacterial growth.

3. Production process: continuous and standardized

From raw materials to finished products, the process is highly integrated:

1. raw material release: Flour, stuffing, etc. enter the corresponding module through the hopper;
2. Skin filling processing: Spring roll skins are rolled and fillings are stirred simultaneously;
3. encrusting and forming: The leather and stuffing are accurately combined and mechanically rolled into shape;
4. Cooking + post-processing: frying (or steaming), cooling, sorting;
5. Packaging and delivery: Connect the packaging machine to achieve batch packaging.
   The entire process is continuously transported by a conveyor belt,controllable beat(The output can be adapted by adjusting speed) to ensure standardized production.

4. Automation and flexibility

• high degree of automation: Reduce manual intervention, reduce labor intensity, and improve production efficiency (such as producing thousands of spring rolls per hour);
• flexible configuration: By changing molds and adjusting parameters (such as filling amount, spring roll length), spring rolls of different specifications (such as mini type and regular type) can be produced to meet market demand.

5. Application value: double improvement of efficiency and quality

• capacity advantages: The continuous production model breaks through manual restrictions and greatly increases the output per unit of time;
• stable quality: Mechanical processing ensures uniform size, weight and maturity of spring rolls and reduces human error;
• cost optimization: In the long run, automation reduces labor costs and standardized production reduces raw material waste.