The Nutri-Tiller 1000 series is the latest addition to the Case IH soil management portfolio, delivering the best of no-till and conventional tillage benefits. The new machine is set to provide long-term soil health.
Case IH introduces a new strip-till solution built on the proven agronomic performance of Case IH tillage equipment, delivering enhanced soil conservation while maintaining strong yield potential. The Nutri-Tiller 1000 series strip-till tool offers the best of no-till and conventional tillage benefits with fewer field passes needed, reduced costs and integrated precision technology.
The Nutri-Tiller 1000 series strip-till tool enables strong, early emergence and boosts yield potential by creating a uniform strip with an ideal berm shape. The uniform soil environment provides earlier soil temperature warming and more consistent moisture at planting to promote fast, uniform emergence.
“The Nutri-Tiller 1000 series is designed to deliver excellent tillage results while championing long-term soil health and conservation,” said CJ Parker, soil management marketing manager at Case IH. “By minimizing compaction and leaving protective residue between the strips, it enhances the soil’s nutrient utilization, thus helping farmers protect their soil while supporting strong yield potential.”
Operators can maintain consistent strip quality with full in-cab control of residue managers, row unit down pressure, strip keepers and berm conditioning through the independent down pressure control. This guarantees precise tuning without field stops or manual adjustments, saving time and helping operators stay productive throughout the day. Operators can store guidance lines within Case IH FieldOps and seamlessly send these to all connected machines.
The Nutri-Tiller 1000 series utilizes FieldOps to simplify guidance line management and prescription creation, while Active Implement Guidance ensures accurate planting within the strip‑till passes — all managed through the Pro 1200 display, enabling operators to minimize overlap, optimize input use and achieve more precise placement on every pass.
