MBI Primary Crusher

Available for 25T - 95T
Starting from (ex. GST) $128,675 AUD
Or with AB 0% Finance from $631/week (ex. GST)

The MBI Combi Crusher is designed and engineered to have teeth and blades that can be rotated and used on all sides. This allows all cutting edges to be utilised fully before replacement is necessary, reducing downtime and reducing replacement costs. All teeth and blades are made from high-strength steel, ensuring durability and longevity.
Continuous 360-degree rotation is possible with the robust hydraulic motor, allowing for smooth and precise positioning. The system includes high-quality rotary joints and swivel connections that reduce the risk of leaks or hydraulic fluid loss. Get into tight and awkward spaces with ease, enhancing versatility and efficiency.
The crusher’s teeth are specially designed to retain their form and sharpness over time and extended use. The tooth profiles are designed with optimal angles to enhance grip and force on materials for more effective and efficient crushing. The jaw is constructed from high-grade, wear-resistant materials and is engineered to maximise penetration and crushing efficiency.
The dual cylinders distribute power evenly across the jaws of the crusher, while still providing maximum force. The cylinders are designed to withstand high-pressures and are built with high-quality materials to ensure reliable and powerful operation. They provide massive crushing power, allowing the processing of a wide range of materials. Complete projects faster to save time and money.
Designed with double row thrust bearings, these are designed to withstand high stress, allowing greater durability. They have the ability to handle both radial and axial loads, maintaining stable and reliable performance even under heavy use. This reduces the risk of mechanical failure, reducing downtime and increasing efficiency.
Speed Valve Technology allows for rapid opening and closing of the jaws, without sacrificing crushing force. This increases operational speed, allowing for quicker transitions between open and closed positions. Productivity is significantly improved by reducing cycle times.
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