


Thanks to our exclusive in-line design, each small bale produced by our Hesston by Massey Ferguson® 1800 Series is easier to handle, stack and distribute. Our bales are also denser, with more regular flakes and less leaf loss. The 1800 series is now available with the revolutionary SimplEbale™ system, which lets you monitor bale formation to create perfect bales on the fly, without ever leaving your seat.

Unlike our competitors, our 1800 Series is designed to follow directly behind the tractor. The result: dense, high-quality hay, without fragile banana-shaped bales that immediately collapse when lifted.

Whatever your operational objectives, our rugged 1800 Series balers are suitable for both commercial and conventional applications.

The hydraulic bale density system, combined with the in-line design, ensures greater uniformity of bale shape and weight when baling conditions change.
Visit Massey Ferguson 1800 series square baler is renowned for its reliability, consistent density and high production capacity. Designed to deliver uniform, well-formed bales, it ensures efficient performance even in the most demanding conditions. A durable and productive solution for intensive haymaking operations.

Our precompression chamber improves bale consistency by preforming the bale.

An industry-leading number of strokes per minute maximizes productivity by increasing the number of bales per hour, allowing you to get in and out of the field faster.

Designed to handle increased power and heavy loads, the 1842S features a robust gearbox for superior reliability and safety.

Our OptiForm™ bale chamber for the Model 1840 has been extended by 18 inches to ensure consistent bale shape and density in all conditions.

A hydraulic density system enables the baler to maintain bale weight and size even when hay moisture levels vary throughout the day.

Thanks to its tapered design, the 1842S feeder chute allows faster 37 % pick-up turns. The 1842S chute is 83 % wider than the 1840 model, allowing greater capacity and unhindered crop flow.



















