• Flexible – choice of six bale sizes and 1.25-1.50 m diameters
• Affordable – Simple design
• Sharp – the XCut cutting system

The KRONE ComprimaCF 155 XC is a fixed-chamber round baler with a semi-variable bale chamber. They bale highly compacted, dimensionally stable bales of 6 different diameters. This technology is unique on the market. They are also very cost-effective and exceptionally easy to operate and service – thanks to their uncluttered build and design. With their sturdy frame, the balers are also extremely robust and versatile. Whether silage, hay or straw – the all-round talent transforms all types of crops into bales of a consistently high quality.

The combination baler and wrapper Comprima CF 155 XC has all the features of the round baler plus a powerful double wrapper. The wrapping table forms a deep cradle and has large guide rollers on the sides to ensure the bale is effectively rolled during the wrapping process even when the conditions are more than difficult. The table can also be used for depositing the bales in pairs. The tandem axle is a standard specification on the Comprima CF.

The Comprima CF 155 operate with a semi-variable bale chamber. They roll tightly compacted, dimensionally stable bales of 1.25 to 1.50 m diameter, adjustable in 5-cm steps. Thanks to their simple and uncluttered build, these balers are particularly easy to service. So less time is spent on attending to the machine, and productivity increases. The bale diameter is set by refitting two pins. The general bale density is also adjustable.

Once the bale is wrapped in the net, the tailgate of the baler opens. The bale lifter deposits the bale on the wrapping table. As the baler resumes baling, the wrapper starts the wrapping process.

Three components are key to this bale chamber: the tensioning rocker, the spring support and the tensioning kinematics. During baling, the top tensioning rocker is pulled down as the bale chamber is filled, making room for the crop inside the bale chamber. Simply insert a bolt for easy limiting the path of the tensioning rocker and thus setting the bale diameter. The spring support combined with the tensioning kinematics provide for optimum baling density in the core as well as in the outer layers of the round bale.