The rotor feed system is the heart of the Mechtech VSI. Designed for even material distribution across the high-speed rotor, it ensures balanced impact energy, consistent crushing, and optimal particle shape. Every component is engineered to handle varying feed sizes and types while minimizing wear and maximizing efficiency.
The feed mechanism channels material uniformly into the rotor, preventing overload in any single zone. This even distribution reduces localized stress, ensures stable rotor motion, and produces a consistently shaped product across the full production cycle.
By optimizing the feed pattern, the rotor system enables the VSI to achieve higher throughput without compromising product quality. The design minimizes recirculation, ensures controlled acceleration of material into the rotor, and supports continuous high-speed operation.
Precision-engineered feed channels and rotor inlets minimize abrasive contact and uneven loading. This reduces component wear, extends service life, and lowers maintenance costs. Quick-access feed panels make inspections and adjustments fast and safe, keeping downtime to a minimum.
The rotor feed system is versatile and can handle a wide range of feed types, from coarse rock to pre-crushed material. Adjustable feed gates and flow controls allow operators to fine-tune performance, ensuring consistent particle shape, reduction ratios, and output quality.
Balanced feed reduces vibration and mechanical stress on the rotor, bearings, and main frame. This stability enhances energy efficiency, extends component life, and maintains consistent crushing performance even under demanding conditions.
Feed system guards, automatic flow controls, and hydraulic protection ensure safe operation. In the event of tramp or uncrushable materials, the system prevents overload, protecting the rotor, bearings, and other critical components without interrupting production.
By combining precise feed distribution, robust construction, and adjustable flow control, the Mechtech VSI rotor feed ensures: