In-line Rippers

Count on Case IH in-line rippers to promote healthy soil tilth by reducing compaction and creating the optimum mix of soil and porespace.

• Allows air and water key to plant growth to deeply infiltrate the root zone
• Helps soil store water during dry periods and drain during wet periods
• Reduces runoff, keeping nutrients in the rootzone

The Ecolo-Til™ 2500 can be equipped with an optional disk leveler:

• Evenly distributes soil and residue across the soil surface
• Allows the soil surface to settle prior to secondary tillage and/or planting

The Ecolo-Till 2500 has a variety of shank options to fit your operation:

• Parabolic Shank: Tear through soil compaction and cover more residue than straight shank designs – combined with winged Tiger points, these shanks provide a high level of residue and soil mixing.
• Minimum Residue Disturbance (MRD): Leave the surface relatively undisturbed while offering excellent tillage – available with optional 7-inch Tiger Points.
• No-Till Shanks: For your no-till operation, Case IH No-Till shanks and No-Till Points offer minimal surface and residue disturbance while effectively breaking up the underlying compaction.

Case IH Ecolo-till in-line rippers can be fitted with a variety of Tiger Points. Wings sweep downward, rearward and outward, shattering compaction and creating healthier soil with excellent pore space. No-till points fracture compaction with minimal surface disruptions.

Combine No-till shanks and No-till points with the optional Berm Tuck'r row sealers for state-of-the-industry no-till soil management with minimal surface disturbance. Choose from:

• Double-disc Berm Build'r to create a berm with the loose soil created by the shank
• Double-wheel Berm Tuck'r to prevent soil blowout

Case IH in-line rippers with optional fertilizer attachment can perform both tillage and root zone band fertilization in one pass.

• Create a more ideal balance of soil, air and water
• Roots grow deeper
• Roots contact more soil for better nutrient uptake
• Roots remain in contact with nutrients for longer time
• Less run-off of nutrients — advantageous both economically and ecologically
• Higher yields compared to surface broadcasting