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Crushing and screening equipment refers to integrated mechanical systems used to reduce mined rock, ore, construction and demolition waste, and other bulk solids to specified size ranges and to separate these materials into graded fractions for downstream processing or end use. A typical system combines primary, secondary, and sometimes tertiary crushers (such as jaw, gyratory, cone, and impact crushers) that apply compression or impact forces to break material, with vibrating or rotary screens that classify particles by aperture size under controlled feed and discharge conditions. These machines may be configured as stationary, skid-mounted, modular, or mobile/track-mounted units, and are engineered for high throughput, robust wear resistance, and predictable product size distribution, often incorporating feeders, conveyors, dust control, automation, and safety interlocks to provide continuous, energy-efficient operation in mining, quarrying, aggregates, and recycling plants.
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