Revolutionise your mining projects with the Raptor Cone Crusher. Suitable for even your toughest applications, our cone crushers are built using direct customer feedback to increase productivity and simplify maintenance, making them the most reliable and maintenance friendly options on the market.
FLS Raptor cone crushers deliver superior crushing force, resulting in higher production and finer output sizes. Their robust design allows them to handle a wide range of materials, making them suitable for diverse applications like mining, aggregates, and sand production.
We’ve added advanced automation systems to our Raptor crushers to detect and correct crushing force overload before it causes a problem. The same advanced automation system can be used to optimise crusher performance with feed control, setting adjustment, lubrication monitoring and hydraulic parameter monitoring, enabling you to increase crushing efficiency and reduce costs.
Built with heavy-duty components, our Raptor cone crushers offer excellent performance with increased durability, smoother operation and reduced maintenance expenses. We’ve also made maintenance much easier, with features such as mainframe inspection ports, cartridge countershaft boxes and our new socket-less design, which provide better access to the inside of your crusher.
Our R900 is the smallest of the cone crushers that we designed specifically for mining. It can handle the larger loads, common in the mining industry. This model has many advantages for its size.
The R1100 has a spiral bevel gear instead of the skew teeth bevel gear that the R900. With easy access to load-carrying bearings.
Our R1300 model has all the same benefits and features and added advantage of significant eccentric throw and increased bowl travel.
Our largest Raptor model is robust and has a direct drive at 2500hp with a variable speed option.
Our best-practice design gives you better access to the inside of the crusher. We provide features such as mainframe inspection ports, cartridge countershaft boxes and specially-designed tools to enable simpler, safer maintenance.
Advanced automation that reduces energy use, stabilises performance and improves overall operational efficiency.
Advanced automation prevents overload events, while smart access features including inspection ports, cartridge countershaft boxes and a socketless design enable safer, faster maintenance.
Heavy duty components extend equipment life and support refurbishment and reuse. High steel recyclability further reduces waste and improves lifecycle value.