2020 Kuhn North America 4100 Series 4142 Stationary

2020 Kuhn North America 4100 Series 4142 Stationary

KUHN Knight 4100 Series 4-auger mixers are designed for small- to mid-sized cattle operations with features to provide reliable, efficient and affordable mixing. These mixers offer capacities from 360 to 480 ft³, and are available in trailer and truck configurations.

KUHN Knight 4100 Series 4-auger mixers are designed for small- to mid-sized cattle operations with features to provide reliable, efficient and affordable mixing. Whether you’re feeding a higher roughage dairy ration or a feedlot ration with higher levels of grain and byproducts, you can tailor your machine with features and options to best meet your needs. The drive system, undercarriage, box construction and weigh bar system have outstanding serviceability and reliability. The overall superior mixing performance of this machine stands out from the competition. You get genuine KUHN Knight quality with an innovative and streamlined design, durable components and a rugged build to help ensure reliability and long life.

The Botec® Advantage

The raised lower right auger configuration, along with the close tolerance between the auger flighting and the auger troughs, results in a fast and complete cleanout. The offset upper right auger in combination with the raised lower auger requires less horsepower and provides a faster mix time.

Mix Full or Partial Loads Due to the cross-mixing action of horizontal auger mixers, Botec TMR mixers can properly mix batches that fill only a portion of the mixing tub providing you with the versatility to mix any size ration.

The close auger tolerances and raised lower auger design provide a fast, consistent discharge from beginning to the end of unloading. This results in even feed placement across the entire length of the bunk without a delay for mixer cleanout.

Splined auger shafts allow a strong, reliable torque transfer and provide easier sprocket alignment and maintenance.

Having parallel lower augers creates more force between the augers without increasing mixing capability. Parallel augers also do not transition the feed from right to left as well as if the right auger was raised. This design leads to slow, incomplete cleanout, decreases the mixer's processing ability and increases the horsepower requirements.