Faresin Feed Mixer Wagons, Commader

Commander trailed mixer wagons are high-capacity machines for large-scale livestock farms. The series is designed to reach the extraordinary volume of 40 cubic meters with only two augers, ensuring high daily output. The use of two augers instead of the traditional three-auger solution makes the Commander mixer wagon more compact, with a higher tank suitable for hay-rich mixes that have low moisture levels.

Mixing tub
Commander trailed mixer wagons produce perfect and homogeneous in short time, while fully respecting the fiber. It is possibile thanks to the internal geometry of the tub, which reduces power absorption and improves performance in the presence of long fiber.

S355 steel structure with 0.03 ft thick walls
Bottom of the mixing tub 0.08 ft
Rubber mixing tub riser
2 manual counter knives (4 positions)
Inspection ladder for checking inside the tub
Electronic weighing system with 6 sensors
High-strength iron bumper to protect rear exhaust
Two-speed manual transmission 19/36 1000 rpm pto
Auger Commander
The augers are equipped with high-performance knives that, combined with the geometry of the tub and auger spiral, further improve the mixing flow and enable precise and fast cutting. These technologies result in a softer mixture that does not overheat. The special cone shape eliminates the danger of product stagnation, thus increasing the wholesomeness of the mixture. Knives, are also available in tungsten. The Power Blade, with the addition of the baffle and Unloading Blade, ensure greater mixing and smooth discharge flow.

Discharge
The Commander series features a direct exhaust with a chute located at the front and two side exhausts with a fixed direct chute. Equipped with a very wide door with honeycomb weave, it allows rapid product flow from the mixing tank to the feeder.
Rugged axles
The axle configuration for this mixer wagon is designed for optimal driving comfort, maneuverable handling, and total safety for the operator. In addition, oscillating axles allow the Optimally balance the load between individual axles, in the presence ofsoil with roughness.
2 steered axles
Mechanical support foot