Heavy-Offset Disk Harrows
Case IH Heavy-Offset disk harrows perform an array of soil-conditioning tasks with tough, long-lasting components. Our offset disk harrows can be custom equipped with three disk blade sizes and spacing configurations to easily deep-till stalks and stubble, bury brush and level irrigated fields.
True-Tandem™ Disk Harrows
Case IH True-TandemTM Disk Harrows are ideal for primary tillage and seedbed preparation in both spring and fall. Our disk harrows lead the industry in ruggedness and reliability so you can manage heavy crop residue with ease and level soil for the best yield potential.
The Case IH vertical tillage lineup helps you cover more acres, manage crop residue and level soil in Spring or Fall. Featuring our industry-exclusive vertical tillage blades, our vertical tillage equipment delivers the consistency you need for uniform germination, rapid emergence and increased yield.
The Nutri-Tiller strip-till applicator is a one-pass seedbed tool that manages crop residue, enhances soil tilth and improves fertilizer placement for maximum nutrient efficiency and greater return on investment.
Case IH disk rippers create a first-pass soil surface to prepare for secondary tillage and planting. Our disk rippers are built for durability in tough conditions and flexibility to match your needs so you can maximize each plant’s yield potential year after year.
Case IH In-line Rippers are versatile primary tillage tools designed to limit compaction and control moisture for enhanced soil conditions that promote high yields. Effective for both conventional and no-till or conservation tillage practices, we have options to fit your operation.
The Case IH Flex-Till 600 chisel plow is durably designed to handle tough tillage conditions. Its range of shank spacing and trip point load options match your soil conditions so you can get better leveling, even in high-residue fields.
The Case IH family of field cultivators - led by the next-generation Tiger-Mate® 255 - are durable and equip with technology that helps create high-efficiency seedbeds and allows operators to make real-time yield-enhancing adjustments.