Chippers, Conservation, Estate, Forestry, Local Authorities
The Ryetec Quickcut Wholecrop Headers are robust, cost-effective, and designed for high performance in a variety of crops. Built with quality and reliability in mind, these headers are easy to operate and maintain, making them an ideal choice for both farmers and contractors.
Overview:
Versatile Crop Handling: Capable of efficiently harvesting a wide variety of crops, including maize, sorghum (milo), cereals, and grasses.
Fixed Cutting Widths: Available in 4m and 6m fixed cutting widths, offering options to suit different operational needs.
High-Speed Cutting: Designed for efficient, high-speed cutting to maximize productivity.
Floating Auger: Features a large 830mm diameter floating auger for high-volume crop intake.
Hydraulic Top Cover: Provides excellent visibility of the crop intake and enhances operational control.
Interchangeable Headstock: A unique system allows for easy fitting to most types and models of harvesters with adjustable cutting angles.
Robust Design: Built for long service life with minimal downtime, featuring a simple and durable shaft-driven cutting head.
Cutting Widths: Fixed options of 4m and 6m to meet varying operational demands.
High-Speed Cutting: Ensures efficient operation, increasing the speed and effectiveness of harvesting.
Large Floating Auger: The 830mm diameter auger handles high volumes of crop intake, ideal for large-scale harvesting.
Hydraulic Top Cover: Improves visibility and control during operation.
3-Speed Auger Adjustment: Allows for easy adjustment to optimize performance in different crop conditions.
Interchangeable Headstock System: Enables fitting to different harvester models with ease, also allows for angle adjustment to suit different wheel options.
Wide Skid Pan: Ultra-wide skid pan reduces scalping, preserving the integrity of the field surface.
Options:
Hydraulically Lowering Trailer: Available with an optional rear steer for easy transport and maneuverability.
Quick Change Blade Kit: Facilitates fast and efficient blade changes to minimize downtime.