Gyratory crushers

Advanced technology and unrivalled performance – FLS gyratory crushers

In the roughest applications, you need the toughest solutions. FLS gyratory crushers offer robust performance with advanced technology for more productive, more efficient primary and secondary crushing. With innovative features for ease of maintenance and longer life, our gyratory crushers perform year in, year out.

Home/.../Crushing/Gyratory crushers

Our gyratory crushers 

 

TSUV Gyratory crusher 

The TSUV (Top Service Ultra-Velocity) gyratory crusher is our latest gyratory crusher. Designed for high capacity and performance, the TSUV has integrated Smart controls, like wear compensation and automatic mantle adjustment to maximise crushing efficiency. This latest generation builds on the strengths of earlier TS models to deliver increased speed, more power, and even easier maintenance. With capacities up to 15 000 tph, the TSUV is an ideal primary gyratory crusher and is also suitable for mining operations that require high throughput in their secondary crushing operations. 

 

TS Gyratory Crusher 

With a high quality, modern design, this durable gyratory crusher – the first in our Top Service line – was engineered from the ground up with an unwavering focus on performance, safety, maintenance and functionality, for the utmost reliability and efficiency in your projects. Easily access and remove the eccentric assembly, bushings and hydraulic piston through the top of the crusher for simpler, safer maintenance, reducing downtime and maximising productivity. The TS Gyratory Crusher is in use across the world in hard rock mining applications. 

 

NT Gyratory Crusher 

The NT Gyratory Crusher expands on the success of Fuller’s TC line, keeping all of the good stuff – the Heavy Cast-Steel Shell Sections, Forged Main Shaft and Countershaft, Robust Gearing, Generous Lubrication, Long-Life Bronze Components – and adding in more maintenance-friendly features for smoother, safer shutdowns. High motor power and matching drivetrain enable you to achieve heavy-duty crushing without moving into a larger sized crusher, keeping your crushing footprint down. 

 

Gyratory Crusher Pro 

The Gyratory Crusher Pro can handle up to 14 000 tph of hard rock in the toughest conditions – whether that’s the height of Australian summer or the depths of Norwegian winter. Built for ultimate performance and easy maintenance, this hard rock crusher excels at the crushing of medium hard to hard rock and ore in semi-mobile and stationary processing plants in ore mines and in the natural rock industry. 

Models

Compare gyratory crushers

Gyratory crushers to suit your application
Feed opening
60 x 113 in.
63 x 118 in.
Capacity
6000 tph
10 000 tph
Power
1000 kW
1200 kW
Power to weight ratio
1:2.3
1:2.3
Reduction ratio
4:0.1
4.5:1
Strip down time
17 hours
5 hours
Maintenance
Modularised and simplified components
Eccentric serviced from top

Want to talk? Reach out to our experts

Frequently asked questions

FAQs for gyratory crushers

Gyratory crushers work by forcing rock to travel between compressive pieces of steel. The crushing head moves in a circular (or eccentric) fashion, like a spoon in a mixing bowl, pressing the rocks against the lining of the crusher. This is a compressive crushing method.

A gyratory crusher is a compressive crusher used to reduce the size of hard rock. It is called a gyratory crusher because of the eccentric (circular) motion of the crushing head.

Gyratory crushers benefit from lower power consumption than other compression crushers as well as high capacities, and a large feed opening. Gyratory crushers give a high throughput relative to their footprint.

Gyratory crushers benefit from lower power consumption than other compression crushers as well as high capacities, and a large feed opening. Gyratory crushers give a high throughput relative to their footprint.

A jaw crusher uses a crunching motion, like the workings of a jaw, to break rocks down. Gyratory crushers use an eccentric motion to press materials between the crusher head and the crusher lining, which requires less energy.