01
Raw material receiving, washing and sorting
Check kiwifruit variety, ripeness and defect level before production. This stage affects pulp yield, fiber content and downstream destoning or refining stability.
Tropical & Specialty Fruit Processing Lines
Kiwifruit Puree and Juice Processing Line for Beverage and Aseptic Products
Kiwifruit processing line for puree, pulp, juice base, nectar base and aseptic bulk products, designed around peeling, seed distribution, green color retention and gentle heat treatment.
Line scope
Industrial scope for Kiwifruit puree and pulp processing.
This kiwifruit line is planned for puree, pulp, juice base and aseptic bulk product projects. The core engineering scope is pretreatment, pulping, fiber control, deaeration, viscous-product heat treatment and hygienic filling.
- Suitable for fresh or prepared kiwifruit raw material after ripeness, fiber and defect evaluation.
- Typical products include puree, pulp, juice base and aseptic bulk product.
- Core process modules include peeling/destoning where required, pulping, refining, deaeration and tubular sterilization.
- Packaging can be configured for aseptic bag-in-drum, bin, bottle, pouch or intermediate bulk storage.
Process route
Kiwifruit process route and engineering logic.
The kiwifruit line is usually planned around peeling or destoning, pulp texture control, vacuum deaeration, viscous product sterilization and bulk aseptic filling.
02
Trimming, crushing, juicing, pulping or extraction
Trim the raw material to remove unwanted peel, core or damaged parts according to the target product route. Proper trimming reduces off-flavor, excess fiber and unnecessary downstream solids.
03
Separation, refining, deaeration or homogenization
Pulping and refining control fiber, skin residue and puree smoothness. Screen size should be matched to whether the project targets kiwifruit puree, pulp or beverage base.
04
Optional concentration, blending or standardization
At this stage the product can be adjusted for Brix, solids, acidity, recipe balance or ingredient formulation. This is where the process is matched to the commercial product specification.
05
Sterilization, pasteurization or filling preparation
Heat treatment should be selected according to viscosity, particle level and shelf-life requirement. Tubular or other appropriate systems may be preferred for kiwifruit puree-type products.
06
Packaging, cooling and storage
The final filling route should match the sales channel and storage plan, such as aseptic bag, drum, bottle, can, jar or pouch. Packaging choice also affects the overall thermal process and quotation scope.
Finished product routes
Kiwifruit product routes and scope.
Different finished products lead to different equipment scope, utility demand, heat-treatment method and packaging logic.
Puree
Kiwifruit puree production focuses on screen selection, fiber control, deaeration and viscous-product sterilization.
Pulp
Kiwifruit pulp routes keep more fruit body and should define target mouthfeel, particle level and packaging format.
Juice Base
Kiwifruit juice base routes may require dilution, blending, filtration or homogenization depending on the beverage application.
Aseptic Bulk Product
Aseptic kiwifruit product is suitable for industrial storage and export when long shelf life is required.
Processing challenges
Critical engineering points.
- Kiwifruit varieties differ in fiber, stone or seed structure and pulp yield, so pretreatment cannot be treated as a generic fruit step.
- Puree viscosity influences pump selection, pipeline pressure drop and the choice of heat exchanger type.
- Air incorporation during pulping can accelerate color and flavor loss, so deaeration is often important.
- If the project targets aseptic bulk packaging, sterilization and sanitary filling should be planned together from the beginning.
Typical parameters
Reference scope for discussion.
| Typical capacity | Industrial planning range depends on kiwifruit supply, working shift and final product route. |
| Finished products | Juice, puree, pulp, concentrate, sauce, beverage base or aseptic bulk product depending on project scope. |
| Key process decisions | Raw material condition, texture target, heat treatment method, packaging format and utility conditions. |
| Packaging options | Aseptic bag, drum, bottle, jar, pouch, can or bulk tank depending on shelf-life target. |
| Automation & cleaning | PLC + HMI operation, sanitary piping and CIP/SIP options can be discussed. |
Material-specific engineering
Kiwifruit line decisions: peeling, seed texture, enzyme activity and green color protection.
Kiwifruit processing should define peel removal, seed tolerance and enzyme activity control. Green color and fresh flavor are important, so oxygen exposure and heating should be handled carefully.
Peeling and trimming
Kiwifruit peel and defects should be removed before pulping. The project should define manual or mechanical preparation based on fruit size, labor cost and capacity.
Seed texture
Kiwifruit seeds may be accepted visually or reduced by refining. The decision affects screen selection and puree mouthfeel.
Enzyme and protein interactions
Kiwifruit contains active enzymes that may influence blended products. Thermal process and holding time should be selected according to product route and downstream ingredients.
Color protection
Green color can be sensitive to oxygen and heat. Deaeration, short residence time and controlled pasteurization help maintain appearance.
Juice, puree or concentrate
Kiwifruit may be processed as puree, cloudy juice or concentrate. Each route has different solids, filtration and evaporation requirements.
RFQ parameters to confirm
Confirm variety, peel removal method, seed tolerance, puree or juice route, color target, blending plan, packaging, capacity and utility data.
RFQ planning note
Send Kiwifruit Processing Line requirements with material data.
For a useful quotation, include the raw material condition, target product route, expected capacity, packaging format, available utilities and any quality requirement that affects equipment selection.
Key equipment
Equipment modules and their role in the line.
Each module should be selected according to raw material condition, target product route, capacity, cleaning requirement and final packaging plan.
Peeling / Destoning Machine
This section prepares kiwifruit raw material before pulping and directly affects yield, fiber level and downstream refining stability.
Double Stage Pulping Machine
The pulping section controls texture and removes coarse solids when producing kiwifruit puree or pulp.
Vacuum Deaerator
Deaeration reduces air in the product stream and helps protect kiwifruit color and flavor before heat treatment.
Tubular Sterilizer
Tubular heat treatment is commonly considered for viscous kiwifruit products where low-viscosity plate systems may not be ideal.
Aseptic Filling Machine
Aseptic filling supports long shelf life for bulk kiwifruit puree or pulp storage and export.
FAQ
Kiwifruit Puree and Juice Processing Line for Beverage and Aseptic Products quotation questions.
These answers help separate a real process route from a simple equipment list before quotation.
What information is needed before quotation?
Provide raw material form, finished product, expected hourly capacity, operating season, Brix or solids data, pH if available, viscosity or texture target, fiber, seed or particle limits, package format, shelf-life target and utility conditions. If some values are not final, mark them as preliminary references. The quotation can then show a realistic process route instead of a generic machine list.
Can one line make several finished products?
Some upstream equipment can be shared, especially washing, sorting and part of the extraction section. The downstream route may change once the product becomes kiwifruit puree, pulp, juice base, nectar base and aseptic ingredient. Different products can require different pulper screens, heat treatment, evaporation, filling or storage conditions. For multi-product planning, list the main product first and treat other products as optional routes during quotation.
Which equipment normally drives the cost?
The cost is usually driven by capacity, product viscosity, required particle control, heat-treatment method, evaporation need, aseptic filling, automation level and utility scope. For this line, the sensitive items are peel removal, green color loss, seed distribution, acidity, enzyme activity, foam and heat sensitivity. Those factors change stainless steel contact area, pump type, heat exchanger style, tank volume, cleaning design and installation work.
Are the parameters on this page final specifications?
No. Any capacity, Brix, heat-treatment or utility value shown on the website should be treated as a planning reference only. Final specifications must be confirmed with raw material samples, buyer product standards, local sanitary requirements and factory layout. This is especially important when viscosity, seed content, fiber, acidity or heat sensitivity changes by variety and season.
How should the factory layout be prepared?
Share the building size, floor drain position, available height, raw material receiving direction, packaging area, utility room, boiler or steam source, cooling water, compressed air and desired automation level. A practical layout should connect receiving, preparation, processing, filling, CIP and storage with enough operator access and cleaning space. Layout data also helps avoid quoting equipment that cannot be installed efficiently.
Procurement engineering
Kiwifruit Puree and Juice Processing Line for Beverage and Aseptic Products Engineering Notes for Equipment Buyers
This section is written for RFQ preparation. Values are reference only until raw material tests, product specifications and final layout review confirm the process route.
Raw material behavior
Kiwifruit maturity affects acidity, sweetness, texture and peel removal. Small black seeds may remain acceptable for some products but must be managed for others.
Process route logic
The route normally includes washing, sorting, peeling or trimming, pulping, seed or fiber control, deaeration, sterilization and filling.
Factory planning boundary
The complete scope may include washing and sorting, peeling table, pulper, vacuum deaerator, tubular sterilizer, filler and CIP. Confirm steam, power, compressed air, cooling water, drainage, CIP level and automation requirement before judging price.
| RFQ Item | Reference Information to Provide | Engineering Reason |
|---|---|---|
| Finished products | kiwifruit puree, pulp, juice base, nectar base and aseptic ingredient | Different products may share the same front end but require different pulping, heat treatment, filling and storage logic. |
| Critical concern | peel removal, green color loss, seed distribution, acidity, enzyme activity, foam and heat sensitivity | This is usually where equipment sizing, material selection, cleaning design and quality risk become different from a generic line. |
| Capacity and season | Hourly intake, operating hours per day, harvest season or frozen raw material plan. | Capacity affects buffer tanks, utility peak load, staffing, front-end width and aseptic filler size. |
| Brix, pH, viscosity and particles | Use measured data when available. If not, mark values as preliminary planning references only. | These values decide pump type, heat exchanger style, deaeration, evaporation and filling behavior. |
| Packaging and shelf life | Aseptic drum, bag-in-bin, bottle, pouch, can, jar, frozen pack or chilled distribution. | Packaging changes sterilization, filling machine, SIP/CIP scope, logistics and finished product storage. |
Internal equipment path
Related Process Modules
Use these internal links to move from raw material route to equipment scope and quotation preparation.
Project RFQ
Send your processing line requirements.
Share your raw material, target product, capacity and contact details. The project team can review the process route and suggest suitable equipment modules for quotation discussion.
Raw material
Finished product
Capacity
Utilities
Timeline