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- NO. 14 East Ximen Street, Qufu City, Jining City, Shandong Province, P.R China
+86 17865712880
Balers and baling machines compress cut hay, straw and silage into dense, transportable bales, so that forage can be stored, moved and fed with as little loss as possible.
As a machinery supplier, PROXIMA provides round balers, square balers, silage balers and matching baling consumables such as net wrap and twine in consistent export quality. Our balers serve family farms, contractors, cooperatives and feed mills, and are matched to the tractor power, bale size and throughput each operation actually runs.
How do balers work?
A baler picks up the swath with a rotor or auger, feeds the material into a chamber and compresses it until the set bale density is reached. Round balers form a cylinder inside a belt or roller chamber and wrap it with net or film; square balers press the crop into a rectangular chamber and tie it with twine or knotter needles. Density, bale shape and binding must match the crop and moisture, which is why pickup width, chamber size and binding system are the three figures buyers compare first.
PROXIMA is your reliable supply partner for balers and baling machines. This matters most when bale density, binding reliability and the continuity of the whole harvest chain are decisive for you. To keep baling output high and bale losses low, we supply the following machine groups:
Balers are used wherever loose crop material has to be turned into a storable, shippable unit. On arable farms they handle straw after combining; on grassland farms they produce hay and silage bales for winter feeding; contractors run them across many small fields in a single season.
Round balers dominate silage and hay work because the bale sheds water and can be wrapped in film. Square balers are preferred where bales are stacked, sold by weight or shipped, because they load tightly and keep their shape. In feed mills and biomass plants, baled straw and hay feed shredders, mixers and bedding lines, so bale density and twine strength directly affect the cost of every downstream step.
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