Metso's Superior™ MKIII primary gyratory crushers are the third generation of the Superior™ range, improved over 100 years in designing and manufacturing crushers.
The latest Superior™ MKIII primary gyratory crushers generation is again better, more efficient, safer, and simpler than the previous one. It was developed especially to meet the needs of customers facing ever-changing ore grades and conditions.
Superior™ MKIII 62-75 primary gyratory crusher gives flexibility to your operation, while bringing all the benefits of higher throughput and lower downtime.
Excellent performance
Thanks to upgraded components, the Superior™ MKIII 62-75 primary gyratory crusher has increased speed and more crushing power.
The overall performance is also higher since refined design reduce downtime, increase capacity and operational safety.
Proven technology
During the development of the Superior™ MKIII 62-75 primary gyratory crusher, they have been tested extensively at different mining sites in the field.
The new features and upgrades have proven to be very useful, improving the profitability of primary crushing.
Intelligent measurement and analytics of crushing operations by control systems such as MCP automation and SmartStation provide detailed reporting and online analysis of plant operations for mineral processing. These optional automation tools can be connected to Superior™ MKIII primary gyratory crushers with ease.
Robust design
The core of the Superior™ MKIII 62-75 primary gyratory crusher is a robust design.
Resistant U-shaped arched spider, durable manganese bronze spider bushing, new shell separators and inspection ports, as well as hardy one-piece main shaft makes Superior™ MKIII primary gyratory crushers efficient and lasting, but easy to maintain when needed.
All new Superior™ MKIII primary gyratory crushers features are retrofittable on existing Superior™ MKI and MKII primary gyratory crushers. This means that any equipment upgrades to existing Superior™ primary gyratory crushers can be implemented without issues.
