CAT Lexion

Engineering Precision: The Core of CAT Lexion Performance

The efficiency of CAT Lexion combines relies heavily on the APS (Accelerated Pre-Separation) threshing system. Unlike conventional setups, this system introduces an accelerator drum before the main threshing cylinder. This architecture increases the mass flow velocity, enabling up to 30% of the grain to be separated before it even reaches the main threshing area. Practically, this reduces the load on the threshing cylinder and significantly lowers grain damage, which is vital for high-yielding crops.

Intelligent Separation and Flexibility

The core of the separation process is the ROTO PLUS system. Replacing standard straw walkers, this system utilizes two high-capacity rotors. Crucially, the rotor speed is adjustable directly from the cab, allowing the operator to react instantly to changes in crop moisture levels throughout the day. This provides the ability to minimize losses in real-time, whether dealing with damp conditions in the morning or dry, brittle crops in the afternoon.

• JET STREAM cleaning system: utilizes multi-stage airflow control to ensure consistent grain quality even on slopes, preventing the mass from shifting and clogging the sieves.
• CEMOS automation: an on-board intelligence system that provides real-time adjustments, balancing throughput and cleaning quality without manual guesswork.
• High-torque engines: designed for consistent power delivery, ensuring that unloading speeds remain constant even when working at full capacity in challenging terrain.

The integration of these specific technical solutions transforms the CAT Lexion into a high-uptime harvester, engineered specifically to maximize output during the limited window of optimal harvesting conditions.