CombiDisc mounted compact disc harrow

The 24 serrated discs have a diameter of 410 mm and provide intensive soil tillage. The CombiDisc can be used at working depths of between 3 cm and 8 cm. Working speeds of up to 15 km/h are possible, thanks to its low pulling power requirement. The CombiDisc is a high output and effective alternative to the rotary harrow or rotary cultivator, especially on light soils.

Benefits of the CombiDisc discs

• Very shallow working at depths of 3 cm to 8 cm
• Optimum seedbed preparation

The CombiDisc discs, with their 410 mm diameter discs, are the ideal solution for extremely shallow and intensively mixing soil tillage. Due to the small disc diameter, a high peripheral speed of the disc is achieved ensuring a very good crumbling effect. Especially on light to medium soils, the CombiDisc, in combination with a harrow-mounted seed drill, ensures the optimum seedbed.

The twin-row disc harrow loosens, crumbles and levels the seedbed prior to seed placement. The CombiDisc discs are aggressively mounted with an angle of 14° for the front row of discs and 12° for the rear row of discs. This angle ensures the optimum levelling of the seedbed. In conservation tillage, the straw near the surface is additionally further distributed and mixed. In this case, the disc position ensures an even flow and the transition of the soil-straw mixture from the first to the second disc row and results in a good mixing.

Thanks to the disc suspension in pairs via the sprung rubber buffer blocks on the frame, each double set of discs is able to follow the ground contours individually. This makes for a consistent shallow tillage, even if the soil surface is uneven. The suspension of the discs at the same time allows the optimum through passage of large amounts of organic matter.

The sprung rubber buffer blocks on which the discs are suspended not only serve to ensure an optimum matching to the ground contours but also act as overload safety protection for the individual pairs of discs. The oversized rubber buffer blocks are maintenance-free and are characterised by a large potential deflection providing safety even where large stones prevail.

Practically orientated down to the last detail:

• Contour following of the individual disc elements and with built-in overload and stone release