Massey Ferguson
Single
Three models make up the single rotor rake range including two three-point linkage models and one trailed model, offering coverage from 3.6m to 4.3m. Windrows are formed on the RH side of the single rotor machines · Better ergonomics and control since the operating elements of state-of-the -art tractors are located on the right side Conical bolting of the rake unit with conical ring · Screws are not loaded with shearing effect · Perfect part location and strength
Very long service life Closed cam track · Protection of the gearbox against dust and contaminations · Longer service life Optimized sine-type cam track consists of high quality, break-proof spherical cast iron · Very smooth operation · Fast and exact lift of the tines · Ideal formation of windrows The cam track can be adjusted without the use of tools · Adaptation to different conditions possible Steel rollers (permanently lubricated) on roller bearings with flat contact surface · Reduced wear · Maintenance-free due to sealing High service life Continuous linear adjustment of the working height with the help of a crank handle · Best raking quality and optimum adaptation to the ground Tangentially arranged rotor arms · Best possible raking quality · Ideal formation of windrows Allows higher working speed Tine support with smooth leading edge · Grass will not be wound up Tube tine support enlarged to fit · Material is not weakened · No wear between rotor arm and tine support The tines are not pulled over the tube but screwed from the bottom · Big freedom of movement of every tine · Each double tine can be exchanged individually
Twin
Huge working width = maximum capacity
With working widths from 6.5m - 8.10m the Massey Ferguson range of twin rotor rakes deliver acre eating capacity and value for money.
Four
Correct raking and best possible forage
The Quad Rotor Rake has a huge working width of 12.50m for maximum capacity.
Other features include: Ideal for follow-up machines with high pick-up capacity - allowing for big baler and choppers to run at optimum capacity.
Simple and safe changing system by means of double lifting arms.
Cardanic suspension of rotors for optimum adaptation to the ground resulting in quick, correct and smooth working.
Follow-up control for lifting and lowering for exact application at the end of the field.
Excellent manoeuvrability due to centrally mounted main chassis axle.
Efficient brake system.
