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Hay feeder JAR-MET

Name: Hay feeder JAR-MET
Brand: JAR-MET

3 models · 8 / 12 / 16 stations · 110–220 kg

Two round models and one rectangular model, with dimensions and weights assigned to each symbol.

Multimedia Variants

Three hay feeder models JAR-3/2 (round, 8 positions), JAR-2/3 (round, 12 positions), JAR-1/4 (rectangular, 16 positions).

Number of positions 8, 12 and 16 positions, respectively.

Dimensions JAR‑3/2: Ø150 × 120 cm in stock 2026. Others: Ø230 × 120 cm and 350 × 200 × 120 cm.

Weight 110, 170 and 220 kg respectively.

JAR‑3/2 · JAR‑2/3 · JAR‑1/4 8 / 12 / 16 stations height 120 cm 110 / 170 / 220 kg

Three models Round 8 stations, round 12 stations, rectangular 16 stations.

Number of positions 8, 12 or 16 stations, depending on the model.

Dimensions Ø 150 × 120 cm, Ø 230 × 120 cm or 350 × 200 × 120 cm.

Weight 110, 170 or 220 kg.

Offer

Three hay feeder models

The series includes JAR‑3/2 with 8 stations, JAR‑2/3 with 12 stations, and JAR‑1/4 with 16 stations.

Stations

8, 12 or 16 stations.

The number of stations is assigned to a specific model number.

Dimensions

Height 120 cm.

The diameters of the round models are 150 and 230 cm; the rectangular variant is 350 × 200 cm.

Weight

From 110 to 220 kg.

The weights of the models are 110, 170, and 220 kg.

Architecture

Design and equipment

Detailed product specifications will appear here after the page loads.

Design

Key Series Data

Hay feeder Operation

Round Hay feeder Operation Cycle

The hinged segment opens the ring, the bale falls within the contour of the palisades, the latch closes the structure, and the animals feed through the gaps between the bows. The diagram shows the structure and the sequence of operations—without calculating rations and stocking density.

Palisades separating the stalls Solid lower hoop galvanised Closable perimeter segment Bale inside the ring Active unit at the selected stage

Operation stage1 / 4

The latch is released, and the hinged perimeter segment swings to the side. The ring opens without dismantling the other bays.

The bale enters the interior and rests on the full lower hoop. The galvanised wall retains the feed within the hay feeder's outline.

The segment returns to the perimeter, and the latch closes the structure. The palisades once again form a full perimeter of the stalls.

The animals ingest feed through the gaps between the hoops. Curved arches mark feeding points and limit animal pressure.

OPERATION

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INTERACTIVE · HAY HAY FEEDER

Round hay feeder design JAR-MET

Rails separate the feed stations, a solid lower hoop retains the feed, and a lockable segment makes the structure easier to maintain.

Round galvanised hay feeder JAR-MET with palisades — The photo shows a representative round version; based on the image alone, it should not be assigned to the JAR-3/2 or JAR-2/3. model.

Palisades separating the stalls

The curved arches define feed intake points and reduce pressure between animals. The number of positions depends on the diameter of the specific model.

variantpalisadesfeeding stations

8 / 12round models

120 cmpalisade height

Palisades separating the stalls
The curved arches define feed intake points and reduce pressure between animals. The number of positions depends on the diameter of the specific model.
Solid lower hoop galvanised
A continuous steel wall forms the lower zone of the hay feeder and limits feed spillage outside the perimeter. Galvanization protects the structure from external use.
Closable perimeter segment
The visible hinges and closure form a serviceable circular segment. This allows the structure to be opened without disassembling the entire ring.

Variants