Fruit and Vegetable Dewatering Machine

Remove surface water after washing without applying heat or drying the food internally. AGICO's compact fruit and vegetable dewatering machine uses a rotating perforated basket to spin free water away from leafy greens, cut vegetables and selected fruit. With a preliminary 10-20 kg batch capacity, it helps central kitchens and small food factories prepare cleaner, less dripping material for packing, freezing, cooking or further processing.

What This Food Dewatering Machine Does

This machine is designed to remove free water that remains on a product's surface after washing, sanitizing, blanching or rinsing. It does not use hot air to reduce the natural moisture inside the food, so it should not be positioned as a food dehydrator or drying oven. The short centrifugal cycle is intended to leave fresh produce crisp and ready for the next operation rather than turn it into a shelf-stable dried product.

The same centrifugal principle can be used by some machines to remove surface oil from fried foods, but this page and configuration are dedicated to fruit and vegetable dewatering. Oil service can require different baskets, collection arrangements, cleaning procedures and process controls. Buyers seeking fried-food oil removal should specify a centrifugal deoiling machine separately rather than assuming the two duties are interchangeable.

Why Processors Add Centrifugal Dewatering

How Centrifugal Vegetable Dewatering Works

Washed produce is loaded evenly into the perforated inner basket. After the lid and safety system are secured, the motor rotates the basket. Centrifugal force moves surface water outward through the basket holes into the surrounding housing, where it flows to the drain. At the end of the timed cycle, the basket slows and the operator removes the product for inspection or transfer.

Good results depend on balanced loading. Large clumps on one side can create vibration and stress the drive system. Fragile leaves, soft berries and irregular cut pieces also respond differently to speed and time. Start with a short trial cycle, inspect bruising and residual water, and only then establish the standard operating recipe. Never open the lid or reach into the basket until rotation has stopped and energy has been isolated according to the manual.

Reference Technical Parameters

The following figures are taken from the supplied GELGOOG fruit and vegetable processing catalogue and are preliminary selection references. Confirm the exact basket, voltage, speed, controls, drain connection, materials and overall dimensions in the final written quotation.

Note: CD-400 and CD-600 are working labels for comparison in this draft. Capacity is a catalogue batch reference, not a guaranteed throughput. Final output depends on loading weight, product density, cycle time, drain time and handling between batches.

How to Select the Right Basket Size

The 400 mm configuration is a practical starting point for test kitchens, restaurants, salad producers and small workshops that change products frequently. Its smaller basket can be easier to load with modest batches. The 600 mm configuration provides more working space and a higher reference motor power, making it worth evaluating for bulkier leafy vegetables or plants that want fewer loading cycles. Because both catalogue entries state 10-20 kg per batch, do not infer higher throughput from diameter alone; request a cycle study using your product.

Calculate required hourly output from the full cycle: loading, lid closing, acceleration, spinning, braking, unloading and basket cleaning. A machine holding 20 kg does not automatically produce 20 kg every few minutes. AGICO should compare the target kg/h with realistic labor and handling conditions before recommending a model.

Protecting Product Quality

The objective is a clean surface with less free water, not a crushed or wilted product. Leafy vegetables generally need gentler settings than dense carrot pieces or potato strips. A removable liner or suitable perforation pattern may help prevent small pieces from escaping. Product testing should document input weight, output weight, cycle time, visible bruising, breakage and residual surface moisture. These results are more useful than a general claim such as 'high dehydration rate.'

Applications

Where It Fits in a Processing Line

A common fresh-cut flow is sorting, trimming, fruit and vegetable washing, cutting, secondary rinsing, centrifugal dewatering, inspection and packing. If size reduction is required, connect an appropriate commercial vegetable cutting machine upstream and balance its output with the batch dewatering cycle.

A stand-alone unit works well when operators move baskets or trays manually. Higher output may justify multiple baskets, a lifting device, conveyors or a continuous vibration/air draining system. Centrifugal dewatering is usually more thorough for a batch, while vibration and air systems support continuous, gentler conveying. The best choice depends on product sensitivity, factory space, labor and required residual water.

AGICO Engineering and Lifecycle Support

AGICO supplies fruit, beverage and food-processing equipment for individual workstations and coordinated lines. Our team can review product samples, batch weight, wash process, factory utilities and downstream packaging before preparing a technical proposal. The aim is to select a machine that fits the process instead of simply offering the largest basket.

Project support may include equipment selection, layout coordination, operating guidance, spare-parts planning and installation communication according to the final contract. Routine attention should cover the basket, drain, lid interlock, bearings, drive, vibration mounts and electrical controls. Recording cycle settings by product helps operators reproduce results and identify maintenance needs early.

Hygiene, Safety and Responsible Operation

Confirm food-contact materials, surface finish, guards, lid interlock, braking method and electrical protection for the destination market. Clean and sanitize product-contact parts under the plant's hygiene plan, and prevent stagnant water around the drain. Isolate electrical energy before maintenance and never bypass a safety device. Removing surface water mechanically can avoid heat input at this stage, while correct sizing reduces needless power use and product waste.

Certification and regulatory requirements vary by country and configuration. Any CE, food-contact, electrical or other documentation must be listed in the quotation and verified for the exact supplied machine. Website descriptions and preliminary catalogue data are not substitutes for project-specific documents.

Request a Product-Based Dewatering Test

The best model is the one that removes enough surface water without sacrificing saleable yield. Send AGICO photos or samples, average batch weight, target kg/h and your next processing step. We can then discuss basket size, cycle control, electrical specification and line interfaces. Contact AGICO for a tailored vegetable dewatering machine proposal and include your destination country and factory voltage.