This case study introduces a 500kg/h frozen French fries production line installed for a food processing project in Dubai. The line was planned as a continuous process from raw potato feeding to final packaging, helping the factory improve production stability, product consistency and preparation for cold chain distribution.
For buyers comparing a complete frozen French fries production line, this project shows how washing, cutting, frying, IQF freezing and packaging can be connected into one practical factory layout.
Project Overview
The project was designed for frozen French fries with a target capacity of 500kg/h. The complete line covers feeding, preliminary washing, peeling, blanching, inspection, cutting, dewatering, impurity removal, coating, continuous frying, oil removal, air drying, IQF freezing and automatic packaging.
By connecting these stages into one coordinated production flow, the factory can reduce repeated manual handling and keep product quality more consistent across each batch.

Production Process
The typical process flow is: hydraulic feeding, spiral feeding with water, spiral brush peeling, bucket elevation, first blanching, manual inspection, parallel potato cutting, vibrating dewatering, roller impurity removal, short-cut removal, second blanching, coating spray, continuous frying, oil removal, air drying, IQF freezing and automatic packaging.
The two blanching stages help stabilize color and texture before frying, while the coating section improves surface consistency. After frying, oil removal and air drying prepare the fries for quick freezing, which helps maintain product shape and quality during storage and transportation. For factories that need a non-frozen fried product process, a related French fries production line can be configured with different cooling and packing sections.
Key Equipment Configuration
- Hydraulic feeder: supports stable raw potato feeding and reduces labor intensity.
- Spiral feeder with water: transfers potatoes while providing preliminary soaking and surface cleaning.
- Spiral brush peeling machine: removes potato skin efficiently with brushes and water flow.
- First blanching machine: stabilizes color and prepares potatoes for cutting.
- Potato cutters: two parallel cutting units support the required 500kg/h capacity and help keep fry size uniform.
- Vibrating dehydrator: removes surface water before frying to improve frying stability.
- Roller impurity remover and short-cut remover: reduce defects and improve finished product consistency.
- Second blanching and coating system: improves texture and prepares the fries for even frying.
- Continuous fryer: provides controlled frying temperature and stable product color.
- IQF freezer: individually quick freezes the fries for cold chain storage and export distribution.
- Automatic packaging machine: completes weighing, filling and sealing for finished products.

Trial Run and Result
After installation and commissioning, the line completed trial operation at the planned capacity. The finished fries showed consistent color, size and texture, and the integrated process reduced manual rework between stages.
Benefits for the Factory
- Continuous operation with stable 500kg/h output.
- Uniform cutting, blanching and coating for consistent product appearance.
- Impurity removal and short-cut separation reduce defective fries.
- Integrated IQF freezing and packaging support frozen food distribution.
- A complete line layout makes future production planning and operation easier.
Planning a Similar French Fries Line
For a frozen French fries project, the final configuration should be adjusted according to potato size, target capacity, fry dimensions, coating requirements, freezing capacity and package format. A well-matched line helps the factory balance output, product quality and long-term operating cost.
If you are planning a frozen potato project or need a customized pre-frozen food processing line, share your product size, target capacity, workshop layout and packing format with our engineering team through the contact page.