Seymour Compost Turners
Marshall Machinery proudly presents the Seymour Compost Turner range, designed to suit diverse composting needs while maximizing efficiency and durability. These robust machines are tailored for Australian conditions, combining innovative designs and user-friendly features to turn waste into profit while bettering the environment.
Key Features Across the Range
- Innovative Drum & Tyne Design: Maximizes CO₂ expulsion and ensures even compost turning.
- Robust Construction: Built to handle challenging Australian conditions with durable materials.
- P.T.O. Driven Operation: Compatible with standard 540–1000 RPM systems for seamless tractor integration.
- User-Friendly Design: Simplified controls and RH operation for ease of use.
- Transport Efficiency: Easy fold mechanisms reduce size for convenient transport.
- Processing Capability: Suitable for manure, feedlot waste, green waste, and damaged hay/straw at capacities of up to 1,500 m³/hr.
Seymour Compost Turner 3000
Built with simple, clean lines for user-friendly operation.
Designed for Australian conditions with innovative tyne selection for various products.
Seymour Compost Turner 4000
Tractor Requirement: 120 HP+
Dimensions: 6.5 m long, 3.0 m folded width, 4.0 m folded height.
Working Width: 3.3 m (windrow width of 1.5 m x 3.0 m).
Capacity: Processes 750–1,000 m³/hr depending on material.
Features: Dual wheels for stability, hydraulic hood adjustment, and provision for water manifold.
The TravelA Compost Turner
- Tractor Requirement: 140 HP+
- Dimensions: 6.5 m long, 2.6 m folded width, 3.2 m folded height.
- Working Width: 3.3 m (windrow width of 1.5 m x 3.0 m).
- Capacity: 750–1,000 m³/hr depending on material.
- Features: Triplex chain drive for smooth operation, wide single wheels for stability, and customizable tyne designs.
True Blue Compost Turner
- Working Widths: 2.5 to 3.5 m (towable and linkage units available).
- Capacity: Up to 1,500 m³/hr with a decomposition period of just 6–8 weeks.
- Features: Competitively priced, even heat transfer, and designed to enhance decomposition efficiency.