Raw material behavior
Cranberries are acidic, firm and often processed into juice, sauce or concentrate.
Cranberry processing line design focuses on high acidity, firm berry structure, juice extraction, sauce cooking, color retention and concentrate or aseptic filling routes.



Cranberry processing line design focuses on high acidity, firm berry structure, juice extraction, sauce cooking, color retention and concentrate or aseptic filling routes.
Cranberries are acidic, firm and often processed into juice, sauce or concentrate.
Cranberry juice, sauce base, puree, concentrate and aseptic ingredient.
High acidity, skin rupture, color, pectin behavior, sugar blending and evaporation.
| Finished Product | Process Route | Packaging Option | Key Engineering Concern |
|---|---|---|---|
| Cranberry juice | Washing, crushing, extraction, finishing, deaeration and pasteurization | Bottle, jar, pouch, aseptic drum or bulk tank | High acidity, skin rupture, color, pectin behavior, sugar blending and evaporation. |
| Cranberry sauce base | Pulping, blending, cooking and filling | Bottle, jar, pouch, aseptic drum or bulk tank | Pectin, viscosity and cooking control |
| Cranberry concentrate | Juice extraction, evaporation, cooling and aseptic filling | Aseptic bulk or chilled/frozen ingredient pack | Brix, acidity and color retention |
Reference route: Receiving -> Washing -> Sorting -> Crushing -> Extraction or cooking -> Deaeration -> Heat treatment -> Filling
Remove field debris.
Open firm berry structure.
Choose juice or sauce route.
Reduce oxygen.
Concentrate juice to target Brix.
Use bottle, jar, pouch or aseptic bulk.
Prepares firm berries for extraction.
Used for sauce or jam base.
Used when concentrate is required.
| Parameter | Typical Reference | Why It Matters |
|---|---|---|
| Raw material | Cranberries are acidic, firm and often processed into juice, sauce or concentrate. | Defines washing, sorting, trimming and extraction route. |
| Finished product | Cranberry juice, sauce base, puree, concentrate and aseptic ingredient. | Determines pulping, heat treatment, evaporation and filling. |
| Capacity | Hourly intake and operating hours should be stated as preliminary references. | Capacity changes all equipment modules and utilities. |
| Brix, pH and viscosity | Confirm natural Brix, pH, viscosity, pulp or particle content and heat sensitivity. | These decide pump, heat exchanger, evaporator and filler selection. |
| Packaging | Bottle, jar, pouch, aseptic drum or bulk tank | Changes sterilization, filling, cooling and storage logic. |
| Utilities | Steam, power, compressed air, cooling water, drainage and CIP. | Utility limits can change practical plant capacity. |
Choose juice for beverage base, sauce for cooked product route and concentrate for ingredient density.
The main design point is separating juice, sauce and concentrate routes early because the equipment changes.
Yes, but each finished product should be listed separately. Shared washing or preparation may be possible, while pulping, heat treatment, evaporation and filling can change by product.
Send fresh raw material intake per hour or day, shift hours, seasonal supply and expected packaging speed. Treat early values as reference only until engineering review.
Typical options include Bottle, jar, pouch, aseptic drum or bulk tank. The final choice should match shelf life, storage and sales channel.
Steam, power, compressed air, cooling water, drainage, CIP expectation, factory layout and automation level are needed before final quotation.
Share raw material, finished product, hourly capacity, Brix, viscosity, packaging, utilities, factory layout, automation requirement and timeline. Values can be preliminary references for early engineering review.