Fixed Chamber Baler
The art of round baling took a massive leap forward with the unveiling of FastBale – a revolutionary non-stop round baler wrapper combination that cleverly integrates a pre-chamber with a main chamber and a wrapper. Machine layout is truly innovative with two chambers arranged in series, allowing a number of rollers to be shared. Operating as a pre-chamber, the first section of FastBale produces two-thirds of the bale. As the pre-chamber reaches its preset density, crop flow is diverted into the main bale chamber allowing baling to continue.
FastBale represents two world firsts: it is currently the World’s only non-stop fixed chamber baler and secondly, it is the World’s only non-stop fixed chamber baler wrapper combination.
FastBale has received multiple awards including:
|Bale diameter||Intake System||Binding|
|FastBale||1.26m x 1.27m||800mm intake rotor with 25 knife chopping system||Net or Film binding|
How FastBale Works
FastBale features two bale chambers – a full sized main chamber and a pre-chamber which is about two thirds of the size of the main chamber.
Baling starts in the conventional manner with the main chamber producing the first bale. However, once the bale is fully formed, instead of having to stop to apply the net, FastBale diverts the crop flow to the pre-chamber.
This allows the net to be applied to the bale in the main chamber and for the bale to be ejected onto the wrapper. When the pre-chamber is full, the incoming crop flow, together with the pre-compressed crop are both then transferred into the main bale chamber. Here the bale is formed to its final size and density.
1. The bale is formed in the main bale chamber in the conventional manner until the required density is reached.
2. When the bale is fully formed, the crop flow, is diverted to pre-chamber, while net is applied to the completed bale.
3. The tailgate opens and the completed bale rolls directly on to the wrapper by gravity.
4. The wrapper is raised to its working position and wrapping commences.
5.Crop flow continues to fill the pre-chamber until the pre-set density is reached.
6. Crop flow and pre-compressed crop are transferred to the main bale chamber.
Massive Intake rotor with a huge appetite!
Huge 800 mm diameter intake rotor equipped with 50 Hardox® tines, gives unrivalled intake capacity. Close mounting of the pick-up to the rotor eliminates any dead areas when working in short crops while the 25-knife SuperCut chopping system features group selection giving a choice 6, 12, 13, 25 knives to match all conditions, all backed up with the security of a drop floor in case of blockage.
2.2m extra wide pick-up
FastBale’s pick-up is equipped with 5 tine bars, with each bar supported by two intermediate bearings, while a cam track at both ends reduces cam loadings by 50%, giving assured long term durablity.
A unique internal drive system keeps overall width to a minimum, with the result that pick-up guide wheels do not need to be removed or folded for transport, reducing unproductive time between jobs.
Complex bale transfer systems have been completely eliminated. The wrapper is lowered to receive the bale directly from the main bale chamber.
The wrap-around main frame also avoids any risk of a bale being lost over the back of the wrapper when working on sloping land, improving operational safety compared to other systems.
FastBale’s innovative wrapping system incorporates twin satellites which rotate about the vertical axis, with the bale supported on two powered rollers. This layout substantially reduces the space required for rotation of the film, resulting in a more compact machine, faster operation and higher precision in wrapping.
FastBale has a unique method of discharging the wrapped bale. When wrapping is complete, the rear roller is lifted. This gently places the bale onto the ground, rather than rolling it off the wrapping table, greatly reducing the risk of the bale rolling away when working on sloping land.
The optional bale turner allows wrapped bales to be discharged on their end, where the increased number of film layers provides enhanced protection against damage from coarse crop stubbles or stones.
The innovative yet simple design utilises the lifting action of FastBale’s wrapper frame to turn the bale while still on the move, maintaining the non-stop capability of FastBale, with no requirement for any additional hydraulic functions.
This ingenious solution is very compact – during the bale wrapping process the bale turner is stowed under the front wrapper roller, with the result that FastBale retains its class leading compact dimensions in both work and transport. A further plus point is that the bale turner does not need to be folded away manually prior to road transport. If the bale turner is not required, it can be left in place and simply locked in its parked position with the operating link disconnected, allowing bales to be discharged in the conventional manner.
FastBale has been built with maximum reliability in mind and incorporates many features to increase long term durability:
Great Things Come in Small Packages!
Despite its non-stop capability, FastBale is extremely compact. With its pre-chamber located above the large diameter intake rotor and several chamber rollers shared between both bale chambers, mechanical complexity is kept to a minimum.
Combined with its revolutionary vertical folding satellite wrapping system, convenient road transport and easy access to even the tightest of fields is assured.
FastBale is equipped with a hydraulically operated net roll lifting device, providing easy loading. The net cradle lifts the roll to the correct position, it then simply slides into the net system.
The device also conveniently stores a spare roll of net.
Convenient film roll changeover
Simple film roll loading using the remote slow speed satellite rotate button. Both rolls can be changed while standing in the same position.
10 roll capacity
Two rolls of film in use, with on machine storage for a further eight rolls.
FastBale provides fully automatic operation. The result is that not only is productivity significantly increased, but stress and fatigue for the operator are reduced. The only operation the operator needs to choose is whether to control the release of the wrapped bale. Elimination of stop-start operation also gives a significant reduction in wear and tear on the tractor transmission.