Potato, carrot, beet and similar products
Define incoming soil, stone removal, size range, skin-removal target, flesh loss, surface damage and whether the final product is whole, cut or fried.
Commercial equipment by preparation step
Industrial Vegetable Processing & Handling Equipment
Compare commercial machines for washing, peeling, precision cutting and dewatering, then build the handling sequence around the crop condition and accepted packed output—not only the nominal feed rate of one machine.
7 official product records4 preparation categoriesGuide + interactive selector
Product catalogue
Browse industrial vegetable equipment by operation
Compare cutting, washing, peeling and dewatering equipment by the operation your crop requires. For crop-by-crop guidance, use the selection guide; for a quick preliminary direction, use the interactive selector.
3
Vegetable Cutting Machines
Dicing, slicing, shredding and strip cutting for vegetables, fruit and prepared fillings.
XQD-02II · commercial dicer · multifunction cutter →
1
Vegetable Washing Machines
Continuous bubble, vortex and spray washing arranged around soil load, product damage and wash-water control.
Automatic washing line →
2
Vegetable Peeling & Polishing Machines
Brush cleaning, polishing and suitable peeling processes for potatoes, root vegetables and selected fruit.
Brush peeler/polisher · potato line →
1
Vegetable Dewatering Machines
Centrifugal surface-water removal before mixing, seasoning, freezing or packing.
SG-50 / SG-70 salad spinner →
Selection by product condition
Match each machine to the material it actually receives
Two projects with the same raw crop can require different equipment when soil, maturity, defect level, cut tolerance, sanitation or package condition changes.
Lettuce, cabbage and herbs
Control flotation, gentle conveying, field debris, cut-edge damage, wash-water chemistry, dewatering and temperature before packing.
Central kitchens and multi-SKU factories
Prioritize tool change, recipe separation, allergen control, cleaning access, batch identification and realistic changeover time.
Process and equipment map
Choose the correct module before comparing models
| Preparation step | Required input | Equipment direction | Acceptance evidence |
|---|---|---|---|
| Inspect / feed | Crop, variety, dimensions, bulk density, soil and foreign material | Inspection conveyor, controlled hopper or manual sorting interface | Stable feed, safe access and removal of defined defects |
| Wash | Soil load, fragility, water source, sanitizer policy and reuse limits | Bubble, vortex, spray or combined washing line | Visual cleanliness, controlled damage and validated water management |
| Peel / polish | Skin-removal target, product shape, flesh-loss and surface-finish limits | Brush cleaning, abrasive peeling or project-specific method | Peel removal, usable yield, damage and wastewater/solids load |
| Cut | Cut drawing, tolerance, orientation, firmness and temperature | Dicer, slicer, strip/shred cutter or interchangeable-tool platform | Accepted pieces, fines, broken product and safe feeding |
| Dewater | Incoming surface water, product fragility and downstream package | Batch or continuous centrifugal dewatering | Residual surface moisture, damage, cycle time and cleanability |
Capacity boundary: compare accepted kilograms per hour after trimming, peeling, cutting, washing, dewatering and rejects. Gross inlet rate alone can overstate the useful capacity of a complete line.
Peeling method
Cleaning, abrasive peeling and knife peeling are different jobs
Start with the required surface finish: soil removal, polishing or skin removal. A machine described as a washer or polisher should not be assumed to deliver a specified peeled finish.
Abrasive or knife?KRONEN distinguishes abrasive PL 25K/40K machines from its knife-peeling PL 25S. Treat the method as a selection variable, not a promise that either will suit every crop.
Brush dutyFor HELPER's SXJ family, define cleaning, polishing or peeling first. Ask which brush configuration is proposed for your crop and finish; one brush specification should not be assumed suitable for every duty.
Inspect the discharged batchIn a trial, check remaining skin, surface damage and manual trimming needed after discharge. Retain before-and-after samples from the same crop lot.
Measure useful yieldAgree how samples are drained and weighed. Record incoming weight, usable product after trimming, rejects and elapsed batch time. A short video cannot establish these results for your crop.
Sources and scope: KRONEN's peeling-machine overview establishes the distinction between methods. For HELPER's published range, see the SXJ brush peeler and polisher. Our trial checklist is a purchasing recommendation, not a claimed yield or a substitute for machine instructions.
Video learning reference: Jegerings' peeling-machine segment (2:40–3:13) includes discharge into a collection basket. It illustrates why the collected batch, not only the machine in motion, belongs in a demonstration. This is third-party equipment, not HELPER footage; no capacity, yield or compatibility is inferred from it.
Line planning
A controlled vegetable preparation sequence
01 · InspectDefine crop variety, incoming condition, dimensions and
contamination load.
02 · Wash & peelRemove soil or skin while controlling water, damage and product
loss.
03 · CutSet dice, slice, shred or strip geometry for the final
recipe.
04 · DewaterControl surface moisture before mixing, freezing or
packing.
Project information
What HELPER needs to configure a vegetable line
Raw materialCrop and variety, normal/extreme dimensions, maturity, soil,
defects, product temperature and seasonality.
Finished specificationTrim/peel target, cut drawing and tolerance, damage/fines
limit, package condition and accepted output.
Process controlsWater source and monitoring, sanitation method,
allergen/changeover needs, chilled time and waste
handling.
Factory integrationLayout, available utilities, drainage, operator plan,
upstream/downstream machines and destination standards.
Need selection guidance before requesting a model?
Keep the commercial catalogue, engineering guide and interactive tool as three separate steps.
Buyer questions
Vegetable processing equipment FAQ
Use the real crop, accepted product and factory conditions to define the equipment route.
What information is needed to select vegetable processing equipment?
Define the crop and variety, normal and extreme dimensions, maturity, soil load, incoming temperature, finished cut or peel target, damage and fines limit, accepted output, water and sanitation requirements, layout, drainage and destination standards.
Why should vegetable line capacity be based on accepted output?
Gross inlet rate does not include trimming, peeling loss, off-size cuts, damage, rejects or residual water. Compare saleable kilograms per hour after the required process steps and within an agreed quality window.
Can one vegetable processing line handle different crops?
Sometimes, but crop geometry, firmness, maturity, soil load and damage sensitivity can change washing, peeling, cutting and transfer requirements. Confirm the required crop range with representative samples and change parts.
When is vegetable dewatering required?
Dewatering is used when residual surface water affects mixing, freezing, shelf life or packaging. The equipment and cycle depend on product fragility, batch size and the accepted moisture and damage limits.
What should be tested before approving a vegetable processing line?
Test representative and difficult raw material, then record cleaning result, peel or cut quality, damage, yield, water use, residual moisture, accepted output, changeover and sanitation against the agreed criteria.