Machinery and equipment
RB4100 V Series round balers
RB4160VBale chamber diameter: 0.9m - 1.6m
RB4180VBale chamber diameter: 0.9m - 1.8m
The ultra-efficient Massey Ferguson® RB 4100 Series round baler is designed to meet all your farm's requirements. It is ideally suited to dairy, cow and calf operations that require a robust machine capable of withstanding rigorous baling schedules. Its innovative performance features speed up production and ensure the best possible forage quality.
BALLS OF UNIFORM SIZE
The mechanical tailgate locking system ensures that the tailgate remains completely closed throughout the baling process, enabling you to achieve uniform bale size with little crop loss.
SUPERIOR BALE COMPACTION
The constant-pressure system guarantees uniform bale density along its entire length, and four continuous belts ensure maximum traction during bale formation, creating the chamber.
CAB-CONTROLLED HYDRAULIC SYSTEM
In the event of a jam, the rear of the infeed table floor can be lowered hydraulically from the operator's seat. When the infeed floor is lowered, all knives are removed, ensuring that the jam passes into the bale chamber without loss.
Visit Massey Ferguson RB 4100V is a variable-chamber press renowned for its versatility, uniform density and high reliability. It adapts easily to different types of forage and ensures well-formed bales, even in variable conditions. A high-performance baler designed to optimize quality and efficiency in the field.
E-LINK PRO
The E-Link Pro touch-screen monitor lets you monitor bale formation, control knife engagement and select the knife group from inside the cab. What's more, the baler's ISOBUS design means that any compatible tractor monitor can be used to monitor/control the baler.
ANGLE FOR CLEANER COLLECTION
The angle of the tines has been adjusted to ensure the cleanest possible pick-up in all crop and soil conditions.
STRONGER TEETH
Teeth are longer, thicker and more flexible for longer service life. Improved tooth retention also helps prevent tooth breakage, as tension within the material is more evenly distributed.
