GURSAN K-Series Cone Crushers feature a dynamic adjustment system that allows settings to be modified both during operation and remotely. The system is powered by a hydraulic unit, which operates by compressing and releasing the bowl on the machine’s mantle through a screw mechanism driven by a hydraulic motor. Controlled with a single button, this system allows precise adjustments to compensate for wear and maintain consistent performance.

With its rapid release function, the same mechanism permits quick removal of mantle and bowl liner without disassembling the upper frame. Additionally, a hydraulic locking mechanism secures the set values, ensuring they remain stable. The crushers offer four cavity options — Coarse, Medium, Fine and Extra Fine — tailored to secondary, tertiary, or quaternary crushing applications.

GURSAN K-Series Cone Crushers are equipped with low friction roller bearing system compared to the competitors choice of using high friction hydraostatic bronze bearing system. Also as the bearing design is more powerful, the eccentricity of GURSAN Cone Crushers is higher than the competitors.

GURSAN K950 and K1150 have a Hydraulic Anti-Spin system, which protects the liners from excessive wear because of the spinning head. The system holds the head when the machine is not fed. This will prevent excessive wear and flake production until the head stops when the material is fed to the crusher.

The Bowl-Liner and The Mantle do not need backing material, when they need to be changed in GURSAN K-Series Cone Crushers.

GURSAN K-Series Cone Crushers have better protection against tramp-metal. Hydraulic pistons around the body of the machine provide protection against metal parts that may be in the feed material. When a tramp-metal piece enters the crusher, the excessive pressure causes the pistons to release the upper body from the lower body, allowing it to lift. Once the tramp-metal piece passes through, the system automatically returns to its normal position.

In GURSAN K-Series Cone Crusher, the stroke of the tramp-metal protection system does not change depending on the crusher setting, because the adjustment mechanism is separated from the tramp-metal protection system. In many crushers, the adjustment and metal protection systems are integrated. Therefore, when the setting is increased, the protective stroke for the metal becomes lower.