Mining Conveyor Solutions

Heavy-Duty Mining Conveyor Systems & Support

At DYNA Engineering, we engineer purpose-built conveyor systems and components designed for the demanding conditions of Australia’s mining sector. With over 30 years of experience in conveyor design, manufacture, installation and service, our solutions support iron ore, gold, lithium and other critical mineral operations across Western Australia and beyond.

Mining environments place unique stresses on material handling systems, from extreme abrasion and high load capacities to remote location logistics and safety compliance. DYNA Engineering’s conveyor products and services help mining operations maximise uptime, improve safety and reduce lifecycle costs.

FMG PH Apron Feeder Guards
DYNA Engineering Diverter Plow

Engineered Products for Mining Operations

Our conveyor components are selected and engineered specifically for mining conditions, including:

  • High-tension steel cord belts for long distance and heavy load applications
  • Impact beds to absorb shock at high-volume transfer points
  • HDPE idler rollers for long service life in dusty and remote sites
  • Heavy-duty scrapers & V-ploughs for continuous belt cleaning
  • Tracking rollers to reduce belt drift across variable terrain
  • HDPE guarding systems that improve safety and meet compliance requirements

 

Each product is designed for robustness, reliability and ease of maintenance, ensuring conveyor systems stay online when performance matters most.

Why Choose DYNA Engineering for Mining Conveyors?

Local manufacturing

Proudly Western Australian, designed, engineered and built to meet Australian mining standards.

Proven reliability

Products and services backed by decades of experience in high-performance environments.

Safety-first engineering

Conveyor and guarding solutions that improve compliance and reduce manual handling risk.

Responsive support

On-site capability and tailored solutions that minimise unplanned stoppages.

Site Services & On-Site Support

Mining conveyor success isn’t just about components, it’s also about how they perform in real world conditions. DYNA’s team offers comprehensive services including:

Ready to Optimise Your Mining Conveyor Systems?

Talk to DYNA Engineering about improving performance, reducing downtime and enhancing safety across your mine site conveyor operations.

Frequently asked questions

DYNA Engineering supplies heavy-duty conveyor systems and components engineered for mining applications, including steel cord belts, impact beds, idlers, scrapers, tracking solutions and HDPE guarding. All products are designed to handle high loads, abrasive materials and harsh operating conditions typical of Australian mine sites.

Yes. DYNA Engineering regularly supports remote and regional mining sites across Western Australia. The team provides on-site inspections, maintenance, installations and emergency support to help minimise downtime and keep conveyor systems operating reliably in isolated locations.

Absolutely. DYNA Engineering’s impact beds and load zone solutions are specifically engineered to absorb shock, reduce belt damage and protect conveyor structures at high-impact transfer points commonly found in mining operations.

Yes. DYNA Engineering conducts detailed conveyor audits and inspections to assess belt tracking, wear patterns, component performance and safety compliance. These audits help identify risks early and support proactive maintenance planning.

DYNA Engineering focuses on durable component design, preventative maintenance programs and rapid on-site service. By addressing wear issues early and improving conveyor efficiency, mining operations can reduce unplanned stoppages and extend equipment lifespan.

All DYNA Engineering conveyor components and guarding systems are designed with safety and compliance in mind. Products are engineered to meet relevant Australian standards and help mining operators reduce manual handling risks and improve workplace safety.

Yes. DYNA Engineering provides custom-engineered conveyor solutions tailored to each mining operation’s material type, throughput requirements, site layout and environmental conditions.