Crary Industries, Inc products

The Revolution Ditcher, produced by Crary Industries, establishes itself as a pivotal tool for the creation and maintenance of waterways, ditches, and terraces. This equipment is essential for efficient water management, significantly contributing to enhanced agricultural yields and profits. Featuring a 5-foot flat bottom, the Revolution Ditcher ensures a smooth terrain that facilitates easy navigation by farm machinery. It is especially advantageous for dealing with varying field conditions, offering versatility by throwing dirt in both directions. Key technical attributes include a patented cross auger design for effective dirt distribution, a planetary gearbox for powerful performance, and a 6.5-foot diameter rotor designed to handle rocky conditions with high throughput. Enhanced with auto-level and hydraulic controls, along with bolted wear parts for easy maintenance, the Revolution Ditcher is built for durability and efficiency in diverse soil types. Standard features, such as large flotation tires, reduce soil compaction, making it an invaluable asset in modern agriculture.

Crary Stringer Trailers offer a comprehensive solution for transporting and laying tiles efficiently in agricultural settings. With options including single-axle, dual-axle, truck-mounted, and 3-point models, these trailers cater to various operational needs. They are engineered to manage tile rolls up to 11 feet in diameter, preventing disorganization and ensuring efficient handling on fields. The dual-axle version features a walking tandem axle to enhance ride quality and an electric brake system for precise control of table speed. Built with heavy-duty materials, these trailers incorporate a bolt-in replaceable table spindle and come with a standard heavy-duty electric/hydraulic pump which facilitates easy table tilting through a lift switch. For enhanced mobility, they are equipped with 11L-15 8 ply flotation tires and a pin hitch for secure attachment. These features are designed to minimize manual labor while optimizing on-site efficiency.