Acoustic sensing tracks crop pickup and bale compression in real time, helping balers detect overloads early and reduce blockages.
Bottom cutouts along an auger tube smooth pulsing preservative discharge in balers, improving flow consistency and bale coverage.
Interchangeable auger sleeves and augers let one baler additive applicator cover different dispensing rates without a full redesign.
Image sensors and control logic detect knotter misties in square balers, alert operators, and improve bale quality in real time.
Variable-speed twine arm control keeps round bale wrap spacing uniform, improving bale shape and reducing crop loss during handling.
Staged clutch engagement lets multiple flywheels start sequentially, cutting square baler startup inertia and clutch damage risk.
A common needle frame and independent knotters let one baler form and tie two bales at different times, raising capacity without higher plunger speed.
Controller-guided fast and slow arm strokes keep twine spacing uniform on round bales, reducing crop loss and bale deformation.
Selective clutching of dual gearbox outputs stabilizes piston press torque, easing motor strain and preventing stroke-change blockages.