OmniMech

Primary crushing component made from high manganese steel. Features excellent work-hardening properties and extended service life. Suitable for various jaw crusher models including PE, PEV, and C series. Available in standard and toothed profiles for different crushing applications.

Protective liners designed to shield crusher side walls from abrasive wear. Manufactured with high manganese steel for superior impact resistance. Precision-engineered to ensure perfect fit and easy installation. Extends equipment lifespan and reduces maintenance downtime.

Heavy-duty wear plates that protect the crushing chamber walls. Engineered to withstand high-impact forces and abrasive materials. Available in various thickness options to match operational requirements. Designed for quick replacement to minimize plant shutdown time.

Critical safety component that protects the crusher from uncrushable materials. Also serves as an adjustment mechanism for crusher settings. Manufactured from high-strength cast iron or steel alloys. Precision-machined for reliable performance and accurate positioning.

The main crushing component that rotates eccentrically within the concave. Manufactured from high-grade manganese steel for maximum wear resistance. Designed for Symons, HP, GP, and CH series cone crushers. Features optimized thickness for extended operational life and consistent product gradation.

Stationary outer liner that works with the mantle to crush materials. Precision-cast with high manganese steel for superior durability. Available in standard, medium, and fine crushing profiles. Engineered for uniform wear distribution and easy replacement procedures.

Upper section concave assembly that forms the crushing chamber. Designed for high-impact and high-abrasion applications. Manufactured with strict quality control and material testing. Compatible with major cone crusher brands and models worldwide.

Bronze bushing that supports the main shaft rotation with minimal friction. Precision-machined for exact dimensional tolerances. Provides excellent load-bearing capacity and heat dissipation. Available for standard and short-head cone crusher configurations.

Primary impact crushing element that delivers high-velocity strikes to incoming material. Manufactured from high chrome or manganese steel alloys. Engineered for maximum impact energy transfer and wear resistance. Available in various configurations for horizontal and vertical shaft impactors.

Reaction surface that receives material impact from blow bars. Designed with optimized angle for effective crushing and material flow. Heat-treated for enhanced hardness and impact strength. Quick-change design reduces maintenance time and increases operational efficiency.

Interior chamber protection that shields the crusher housing from wear. Modular design allows for targeted replacement of high-wear areas. Manufactured with abrasion-resistant materials for extended service life. Precision-fit ensures proper alignment and sealing during operation.

Mounting assembly that secures blow bars to the rotor shaft. Precision-engineered for proper blow bar positioning and retention. High-strength cast steel construction for reliable performance. Designed for quick installation and secure operation under high rotational forces.

Swinging impact tool that delivers crushing force to incoming materials. Available in various weights and profiles for different applications. Manufactured from high chrome or manganese steel for optimal wear life. Balanced design ensures smooth rotor operation and reduced vibration.

Discharge screening bars that control final product size and shape. Heat-treated steel construction for high wear and impact resistance. Adjustable spacing allows for customization of output gradation. Precision-manufactured for consistent performance and easy replacement.

Chamber lining that protects the crusher body from material abrasion. High manganese steel construction for maximum wear resistance. Designed for coverage of high-impact zones within the crushing chamber. Modular panels allow for economical partial replacement when needed.

Rotating axle that carries and positions the hammer heads. Alloy steel construction provides excellent fatigue and impact resistance. Precision-machined bearing surfaces for smooth rotation. Designed for balanced load distribution and extended operational life.

Wear-resistant tips that accelerate material for high-speed impact crushing. Tungsten carbide construction provides exceptional hardness and wear life. Designed for maximum throwing velocity and crushing efficiency. Quick-release mechanism enables rapid tip replacement during maintenance.

Central distribution disc that evenly spreads material into the crushing chamber. Engineered for balanced material flow and consistent crushing performance. Manufactured from wear-resistant manganese or chrome steel. Precision-balanced for smooth high-speed rotation.

Protective liners that shield the crushing chamber interior walls. Designed for high-abrasion resistance in vertical shaft applications. Modular installation allows targeted replacement of worn sections. Heat-treated for extended service life under extreme operating conditions.

Central feed component that directs material into the rotor assembly. Precision-cast steel construction for durability and dimensional accuracy. Designed for optimal material flow into the crushing zone. Easy replacement design minimizes maintenance downtime and service costs.

High-chrome or forged steel grinding media for efficient material pulverization. Available in various diameters from 20mm to 150mm. Engineered for superior hardness and impact resistance in wet and dry grinding applications. Optimized chromium content ensures extended service life and minimal breakage.

Protective lining system for ball mill shell and head protection. Manufactured from high manganese steel or alloy steel for maximum wear resistance. Available in wave, ladder, and classifying liner profiles. Designed for optimal grinding efficiency and easy bolt-in installation.

Internal partition that separates grinding chambers and controls material flow. Precision-engineered slot design ensures proper particle sizing and discharge. Heat-treated steel construction for durability under continuous operation. Available for single and multi-chamber mill configurations.

Critical support bearing assembly for mill rotation and load transmission. Bronze bushing design provides smooth operation with minimal friction. Precision-machined for exact alignment and fit. Engineered for reliable performance under heavy loads and harsh conditions.