Engineering Throughput: The 200kg/h Fresh Noodle Production Blueprint
Introduction
In industrial fresh noodle manufacturing, the greatest challenge is balancing volume with textural integrity. High-speed production often leads to over-stressed dough and broken protein strands. This case study analyzes how a customized Fresh Noodle Production Line↗—featuring 4-stage rolling and integrated VFFS packaging—achieves a steady 100–200 kg/h output while strictly adhering to the R-C-R (Resting-Compounding-Resting) philosophy.
By optimizing the workflow for only three operators, this system proves that industrial scale does not have to mean a compromise in Gluten Network quality.
Phase 1: Precision Mixing & Pre-R1 Hydration
Equipment: Conventional Dough Mixer (50kg/Batch) The process begins with low-speed mixing to create “snowflake” granules. To maximize floor efficiency, the hydrated dough is discharged into three stainless steel containers.
- The Engineering Logic: By dividing the batch, we facilitate the First Resting Stage (R1). This 3–5 minute pause allows for “Synchronized Hydration” before the dough ever hits a roller, ensuring a uniform protein foundation.
👉 Also read Why Dough Resting Matters in Noodle Making?↗
Phase 2: Compounding & Dozens of Layer Lamination
Equipment: First Roller Group (300mm Width) The crumbly dough is transformed into a composite sheet through Multi-Layer Lamination.
- The Technical Goal: We don’t just flatten the dough; we “weave” it. By creating dozens of layers at a 10mm initial thickness, we establish a robust multi-directional Gluten Network that provides the “bite” required for premium Japanese Ramen↗ and fresh Chinese noodles.
Phase 3: Progressive Reduction & R2 Stress Relaxation
To prevent the dough from “shattering,” we apply the 30% Gradual Reduction Rule across three subsequent roller groups, integrated with a strategic resting buffer:
- Intermediate Reduction: The sheet is reduced to 4.5mm.
- R2 Integrated Resting: The sheeted dough is coiled onto rolls (≈70kg each) and placed on a custom resting rack for 10–15 minutes. This is critical Stress Relaxation. It allows the elastic tension built up during lamination to dissipate before the final thinning.
- Final Calibration: The 3rd and 4th roller groups finish the sheet to a precise 1.2mm–1.5mm.
👉 Also read how to strength gluten network during rolling?↗
Phase 4: Precision Cutting & Automated VFFS Packaging
Equipment: Integrated Slitter & VFFS Vertical Packaging Machine↗ The stabilized dough sheet enters the final stage:
- Customized Slitting: The line features four interchangeable cutters, allowing for rapid switches between round and flat noodle profiles.
- VFFS Integration: Noodles are automatically dusted, measured, and sealed in pouches. This integration eliminates the bottleneck of manual bagging, allowing the 200 kg/h flow to remain uninterrupted.
Operational Efficiency: The 3-Man Protocol
Industrial automation allows this high-output line to be managed by minimal staff:
- Operator A: Manages mixing and primary lamination (Phase 1 & 2).
- Operator B: Oversees reduction rolling and the R2 resting rack (Phase 3).
- Operator C: Manages the VFFS packaging output and final boxing.
Frequently Asked Questions
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