A modern fruit processing plant is not “one line for everything.” It is a set of configurable processing blocks that allow you to output different products:
• NFC Juice (cloudy or clear)
• Juice blends (multi-fruit / seasonal recipes)
• Juice base for RTD beverages
• Fruit puree (standard or high-pulp)
• Baby-food style smooth puree (fine refining)
• Aseptic fruit puree for export packing
• Fruit concentrate (higher °Brix / reduced water activity)
• Concentrated puree/paste for industrial customers
• Fruit jam / fruit spread / bakery filling base
• Chili sauce / tomato-based sauce / fruit-based sauces
• Specialty crops with unique constraints (e.g., sea buckthorn, goji berries, sugar beet)
Your final application determines the “must-have” modules:
• Retail beverage brands: stable sensory profile, repeatable processing window, shelf-life validation
• Ingredient & export suppliers: aseptic packaging, long shelf life, consistent viscosity/°Brix
• Baby food / premium puree: fine refining, low oxidation, gentle thermal strategy
• Sauce & jam factories: controlled solids, texture building, accurate cooking & filling
Below is the typical flow. The exact sequence depends on fruit type, target product, and packaging.
• Receiving, weighing, inspection
• Water flume conveying (optional)
• Pre-wash to reduce soil/sand load
Why it matters: Stable downstream performance begins with stable raw material quality and controlled contamination load.
• Bubble/brush washing, spray rinsing
• Manual/optical sorting (project-dependent)
• Trimming, peeling, coring, destoning (when required)
Goal: Remove foreign matter, reduce microbial load, and prepare fruit for consistent extraction.
• Crushing/cutting for juice extraction or pulping
• Pulping & finishing with suitable screen sizes
• Seed separation / fiber management (fruit-dependent)
Key decision: Juice vs puree routes diverge here—don’t force one route to serve both outputs.
• Rapid enzyme inactivation (hot-break / controlled heating when needed)
• Vacuum deaeration to reduce dissolved oxygen (color/aroma protection)
• Optional homogenization for stable mouthfeel (product-dependent)
Why it matters: Many fruits oxidize easily; oxygen control is critical for color, aroma, and shelf-life stability.
• Select thermal strategy based on:
o pH / acidity
o pulp content and viscosity
o packaging format
o shelf-life target (cold chain vs ambient)
Outcome: Food safety compliance + stable product quality at scale.
• Falling-film or forced-circulation evaporation (project-dependent)
• Designed to protect aroma/color where possible
• Creates concentrates/pastes for export and industrial supply chains
Packaging depends on your market and logistics:
• Aseptic bag-in-drum / bag-in-box (export standard for puree/concentrate)
• Bottles / cans / pouches (project-dependent)
• Downstream handling (storage, palletizing integration optional)
• Automated CIP (Clean-in-Place) for repeatable hygiene
• Recipe-based control for multi-product switching
• Siemens PLC + HMI for industrial reliability and serviceability
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A turnkey line is built from “profit-critical and quality-critical” modules. EasyReal typically supplies a complete set, and you can select modules according to your project scope.
• Multi-stage washing to handle different contamination levels
• Sorting tables and integration points for inspection
• Designed for fruit structure and downstream extraction
• Helps stabilize throughput and reduce fiber issues
• Rapid enzyme inactivation (hot-break / controlled heating when needed)
• Single-stage or multi-stage pulping/finishing
• Screen strategy matched to target texture (puree vs nectar vs juice base)
• Vacuum-based oxygen removal
• Improves color retention, aroma stability, and shelf-life consistency
• Process windows matched to product acidity and target shelf life
• Export-oriented design for reliability and cleanability
• For concentrates/pastes where logistics and storage efficiency matter
• Designed for stable operation and cleaning performance
• For export-focused puree/concentrate supply chains
• Supports mainstream aseptic bag formats and industrial workflows
• Repeatable sanitation, lower labor dependence
• Data visibility and stable production control via Siemens automation
If you want a “correct” quotation and process design, align these parameters first:
Is the fruit fibrous (mango), watery (pineapple), seed-heavy (berries), oxidation-sensitive (avocado)?
Do you process fresh, frozen, or rehydrated materials (goji berries)?
Juice (clear/cloudy) vs puree vs concentrate vs jam/sauce
Pulp level, viscosity window, and sensory targets
Cold chain vs ambient
Export aseptic formats vs retail bottle/can
Logistics constraints (container shipping, long storage, regional distribution)
Start with one core product and expand later (e.g., NFC juice → puree → concentrate)
Multi-fruit seasonal switching needs faster cleaning and flexible flow design
• Tomato Processing Line
• Mango Processing Line
• Coconut Processing Line
• Pineapple Processing Line
• Guava Processing Line
• Papaya Processing Line
• Dragon Fruit Processing Line
• Avocado Processing Line
• Apple & Pear Processing Line
• Peach Processing Line
• Plum Processing Line
• Cherry Processing Line
• Kiwifruit Processing Line
• Jujube (Date) Processing Line
• Berry Processing Line
• Acai Berry Processing Line
• GojiWolf Berries Processing Line
• Sea Buckthorn Processing Line
• Carrot Processing Line
• Sugar Beet Processing Line
• Fruit Jam Production Line
• Chili Sauce Production Line
Depending on your scope, EasyReal can support:
• Process flow design and configuration selection
• Equipment manufacturing, integration, and FAT-ready assembly
• Utilities interface guidance (steam/water/air/power)
• CIP strategy and hygiene design
• Automation logic and operator-friendly HMI workflow (Siemens PLC)
• Installation guidance, commissioning, training, and after-sales support
Yes—if the line is designed for seasonal switching from the start. The key is flexible front-end preparation, stable pulping/refining strategy, and a CIP plan that supports fast changeover without cross-flavor contamination.
A juice line prioritizes extraction, clarification (if needed), and sensory stability. A puree line prioritizes pulping, refining, texture control, oxygen removal, and stable viscosity. Mixing both intents in one fixed flow often causes compromises.
If your fruit is oxidation-sensitive (color/aroma), deaeration strongly improves stability and shelf life consistency. Many export-grade puree and juice base projects include it as a standard module.
Choose evaporation when logistics costs are high, storage efficiency matters, or your customers buy concentrate/paste formats. For premium NFC products, concentration may not be necessary.
Aseptic bag formats (bag-in-box/bag-in-drum) are common for export supply chains due to shelf life and transport efficiency. Your filling format should match your downstream customers’ handling system.
From tropical fruit purees to clarified apple juice, EasyReal has helped producers in over 40 countries design and install efficient, hygienic, and export-ready fruit processing lines.
Whether you need a compact pilot line for new product development or a high-capacity industrial system for large-scale output, we offer:
Customized processing flows for mango, pineapple, guava, apple, tomato, and more
Turnkey system design including sterilization, filling, and CIP
Installation guidance & SOP setup
Global service with technical support and spare parts
Contact us today to receive your tailored processing line proposal, floor layout, and investment estimate. Let EasyReal help you turn your fresh fruit into profitable, high-quality end products with global market potential.