There is no single reliable price for a 500 kg/h potato chips production line.
Two suppliers may both describe their systems as “500 kg/h”, while offering completely different levels of automation, fryer technology, materials, oil filtration and packaging.
What Determines the Price?
The largest variables include:
Is 500 kg/h:
* raw potato input; or
* finished chips output?
This must be clarified first.
A basic system may require significant manual handling.
A higher-automation project may include:
* automatic feeding;
* automatic inspection;
* continuous process control;
* centralized oil management;
* recipe management;
* automatic packaging integration.
These are not comparable systems.
The fryer is usually one of the highest-value components.
Price varies according to:
* heating method;
* frying area;
* oil volume;
* circulation design;
* filtration;
* temperature control;
* safety system;
* cleaning design.
Food-contact materials, structural materials and finishing standards affect both cost and hygiene.
Some quotations end at the seasoning machine.
Others include:
* multihead weighers;
* baggers;
* nitrogen flushing;
* conveyors;
* checkweighers;
* metal detectors;
* carton packing.
Equipment Price Is Not Project Price
A buyer should calculate:
Total project investment = Line + Packaging + Utilities + Freight + Installation + Commissioning + Factory preparation + Working capital
The cheapest quotation can become the most expensive project if major items are excluded.
Request a Scope Matrix
Ask suppliers to provide a table showing:
Included
Optional
By customer
Excluded
for every major component.
This is more useful than comparing quotation totals.
Ask for Performance Guarantees
The quotation should state:
* capacity basis;
* product specification;
* raw material assumptions;
* installed power;
* heating demand;
* manpower;
* output tolerance.
A price without technical assumptions has limited value.
Conclusion
Instead of asking:
How much is a 500 kg/h potato chips line?
ask:
What complete configuration is required to achieve 500 kg/h of acceptable finished chips, and what is the total installed project cost?
That produces a far more meaningful comparison.
