FLSmidth Crushing Equipment

Verify mantle and concave condition. Check for proper lubrication system maintenance records.

Inspect main shaft for signs of wear/scoring. Check for oil cooler efficiency.

Verify condition of flywheel and pitman assembly. Check spare parts availability.

These are complex machines; demand full service history. Critical for fine crushing applications.

Requires significant infrastructure for installation and maintenance. High power consumption. Check for rebuild history.

Consider spare parts availability for older models. Check for proper foundation requirements.

Verify the integrity of the mainframe and bottom shell. Check for consistent lubrication system performance.

Older model, check for wear on all internal components. Availability of parts could be a consideration compared to newer models.

Verify consistent feeding. Rotor wear parts are critical; check historical consumption rates.

Regular maintenance of the toggle assembly is key. Check for signs of overheating on bearings.

These units perform best with consistent feed. Inspect liner seating and condition.

Newer model, check for software updates and diagnostic reports. Ensure skilled operators are available.

Commonly found on portable plants. Check the pitman and flywheel keyway for wear.

Verify the automated control system functionality. Critical for producing high-spec aggregates.

Impact crushers have higher wear part costs in abrasive materials. Inspect rotor and hammers thoroughly.

Verify condition of blow bars and apron setting. Can be sensitive to sticky materials.

This is a modern crusher with advanced controls. Comprehensive service records are essential. Training for operators might be required.

Verify mantle and concave condition. Inspection of frame welds is critical.

Check for oil leaks around the hydroset system.

Expensive to ship due to size and weight. Check service history rigorously.

Ensure all automation components are functioning correctly.

Inspect jaw dies and toggle plates thoroughly.

Parts can be harder to find due to legacy status. Inspect main shaft for wear.

Highly specialized equipment, thorough due diligence required. Requires significant setup.

Budget for potential electrical retrofits. Check for excessive vibration.

Ensure eccentric shaft and bearings are in good condition. Look for rebuild history.

Inspect main bearing condition carefully. Foundation requirements are substantial.

Requires robust power and cooling. Inspect crusher cavity for unusual wear patterns.

Check condition of bearings and eccentric shaft. Look for signs of welding repairs to the frame.

Verify availability of critical spare parts. Check for excessive runout on the main shaft.