Efficient bale ejection
The spring loaded bale ramp pushes the bale clear of the tailgate to ensure no outer surface damage, giving the bale a safe and easy landing..

SILAGE-PACK – Two operations in one
By combining the bale forming and wrapping process, baling time and silage quality are improved. No time is lost because wrapping and unloading take place while the next bale is forming. Prolonged crop exposure and loss of quality due to changes in weather conditions are eliminated.

Electro-hydraulic control
The automatic control system moves and wraps the bale with surprising speed and efficiency - with the combined operation taking only a few seconds more than the standard round baler. The superb tandem axle design gives a low center of gravity with exceptional stability during operation in all field conditions.

Tight and economical
High speed, twin satellite arms with adjustable speeds and a 60% pre-stretch capability, give fast and efficient wrapping. To avoid any film damage, the arms revolve at half speed at the start of the wrapping process. A steel conveyor chain rotates the bale on the wrapping table and four strategically positioned centering rollers protect the film and hold the bale precisely in position, even when working on steep slopes with up to a 15° incline.

An optional quarter turn bale chute
Is available for those customers wishing to handle and store bales on their ends. This system is favoured in some countries and also has the advantage that bales if placed on their ends will not so readily run away down hills.

Swift, safe and sure
A transfer fork cradles the bale as it moves to the wrapping table, with two guides preventing it sliding sideways. Twin rollers at the rear of the wrapping table pivot to form the unloading ramp.

A clear view of the swath
Operators have an excellent view of the pick-up across the entire width. This helps to maximise crop gathering and maintain bale shape.

Less risk of soil damage
B balers are fitted with large flotation tyres that will keep soil compaction to a minimum, especially during headland turns.

Powerful rotor/cutter
Designed as an integral part of the baling system, the 1.4 metre wide rotor/cutter features a quick change selection system allowing easy changing between 3, 7 or 15 knives. These electrically controlled knives produce high density nutritious bales for easy distribution. Blanking plates can be inserted in place of the knives should they be required. With the rotor cutter, up to a 20% increase in density can be achieved.

Well formed and good looking
For improved bale appearance and stability, operators can set the knives to retract at exactly the correct time to leave an uncut outer layer before wrapping.

Firm and gentle rotation
A heavy duty steel floor roller is mounted directly behind the pick-up and feeding unit. This roller supports the weight of the bale as it forms. Welded steel slats fitted across the entire width of the roller’s surface encourage bale rotation. This feature helps to produce a weather resistant bale of excellent shape.

Strong and durable
The bale chamber incorporates a fully enclosed roller chain and elevator system that uses 34 heavy duty steel bars to firmly grip the bale as it forms. As the bale grows in size and density, the rotation bars become embedded in the bale’s outer surface, giving a positive grip to turn the bale without slipping or jamming. This positive rotation at the early forming stage makes it easier to roll out each bale almost to its centre.

Perfectly formed and structured
The three layer bale formation process ensures superb bale quality and appearance plus a weatherproof exterior.

Always clean and in good shape
The steel stripper roller is designed to prevent the risk of any crop build-up in the chamber which is particularly important when baling silage or cut crops that have a wet and sticky residue.

Set right from the start
To simplify maintenance procedures, factory set chain tensioners keep the baler working at optimum performance levels.

Electronic density control
To produce the ideal bale, density is controlled by two strong springs. After the core is formed and the bale starts to grow, two electronic monitoring devices - mounted between the tailgate and the baler frame - monitor pressure in the bale chamber. The required density level is pre-set on the performance monitor and when this preset level is reached the wrapping process will automatically start after giving the operator a warning signal. This simple and efficient control system allows the operator to make precise density adjustments to suit the crop conditions.