Integrated feeding solutions built to control material flow, stabilize production, and protect downstream equipment.
Astec Industries Feed systems are the control point of any crushing and processing operation. They regulate how material enters the plant, manage surges, and ensure consistent flow into crushers, screens, and conveyors.
A properly designed feed system improves efficiency across the entire operation—reducing wear, preventing bottlenecks, and stabilizing production. Astec feed systems are engineered to handle a wide range of materials and operating conditions, from heavy-duty primary applications to controlled downstream feeding.
Westridge Iron supplies and supports complete feed system solutions across Western Canada, working directly with operators to design, configure, and implement systems that match real-world production demands.
Built for Production Environments
Feed systems operate at the front end and throughout the plant, where material flow must be controlled to maintain efficiency and prevent disruption. These systems are designed to manage variable feed conditions while delivering consistent throughput.
Typical applications include:
- Feeding primary crushers with controlled material flow
- Managing surge from hoppers and stockpiles
- Distributing material across processing equipment
- Supporting stable, continuous plant operation
Each system is configured based on material type, feed method, and production requirements.
Feed System Components
A complete feed system may include multiple integrated components depending on application:
- Apron feeders for heavy-duty, high-impact material
- Vibrating grizzly feeders for controlled feed and scalping
- Pan feeders for consistent downstream distribution
- Hopper feeders for flexible material intake
- Surge bins and material handling systems
These components work together to control flow, reduce wear, and improve overall plant performance.
Key Advantages of Integrated Feed Systems
- Stabilizes material flow across the entire operation
- Reduces surges and protects downstream equipment
- Improves efficiency and throughput
- Adapts to varying material and feed conditions
- Designed for continuous, high-production environments