The machine utilizes a"fixed chamber"design.Crop material undergoes pre-compression before entering the main chamber,which can contribute to forming bales with neat edges and uniform density.The"R16"designation indicates a 16-twine knotter system designed to ensure the structural integrity of high-density bales during handling.It typically features a high-capacity feeding system with large feed forks to manage heavy crop flow.An advanced electronic control system monitors and adjusts feed rate,density,and tying processes.
It comes standard with a heavy-duty pickup,often 3.05 meters wide,or can be configured for direct in-line coupling with large mower-conditioners.Bale length is infinitely adjustable from 0.8 to 2.4 meters to suit various transport and storage needs.Achievable bale density can exceed 200 kg/m³,with individual bale weights commonly ranging from 500 to 800 kg.It requires a tractor with a 1000 rpm PTO and significant hydraulic output.The overall structure is exceptionally robust to withstand continuous high-pressure operation.
Primary users are large commercial hay exporters,very large dairy farms,and biomass energy plants(e.g.,for straw recovery).The 1.2-meter wide large square bales can be packed tightly into standard shipping containers or flatbed trailers,maximizing load space and potentially reducing per-unit transport costs.The high density also makes bales more weather-resistant for field storage and can help maintain silage quality during fermentation when used for silage.
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