by ep | May 20, 2026 | silage baler
Application Scenario · Drought Resilience & Feed Reserves A strategic guide to designing and building a silage reserve programme that protects livestock enterprises from drought — from the initial reserve target calculation through to the crop strategy, baling...
by ep | May 20, 2026 | silage baler
Application Scenario · Specialist Silage Crops Each of these three crops makes a different set of demands on the baling system — and a different set of quality risks if those demands aren’t met. This guide works through the specific baler and management...
by ep | May 20, 2026 | silage baler
Application Scenario · High-Moisture Silage Management High-moisture silage — below 50% DM — is where most silage quality problems start. This guide works through exactly why high moisture creates specific challenges at every stage of the baling and wrapping process,...
by ep | May 20, 2026 | silage baler
Application Scenario · Variable Chamber Technology A technical evaluation of how variable chamber baling mechanics work, why they suit mixed cropping conditions, where the design has real advantages over fixed chamber alternatives, and what limits it — assessed...
by ep | May 20, 2026 | silage baler
Application Scenario · Multi-Crop Mixed Cropping What farmers actually observe when they run the same baler across ryegrass silage in spring, oaten hay in October, and cereal straw in December — and what those observations reveal about machine setup, crop management,...
by ep | May 19, 2026 | silage baler
Application Scenario · Multi-Crop Silage Programs A crop-by-crop technical guide connecting the fermentation biology, harvest agronomy, and baling mechanics of Australia’s three most commonly ensiled crops — and explaining why each makes different demands on the...
