Vertical-shaft impact crusher VSI800

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Overview
Borataş® Vertical Shaft Impact Crusher VSI800 features a closed-rotor design providing controlled crushing and precise shaping for fine aggregates. Engineered for secondary and tertiary stages, the unit combines a compact rotor diameter and optimized chamber geometry to deliver consistent cubical product at low-to-medium capacities.

Specifications
Rotor Size: 900 mm
Max Material Size: 38 mm
Capacity (min–max): 50 – 160 t/h
Engine Power: 132 – 200 kW
Weight: 11,500 kg

VSI800 Characteristics

• Optimized rotor efficiency: closed-rotor technology maximizes kinetic energy transfer for particle-on-particle reduction while minimizing energy losses.
• Versatile output control: adjustable rotor speed and feed control adapt production to different materials and gradation targets.
• Durable construction: heavy-duty rotor housing and wear-resistant liners reduce downtime and extend service life.
• Precision shaping: produces cubical aggregates with low flakiness, suitable for concrete and asphalt applications.
• Energy-efficient operation: motor range 132–200 kW with design measures to limit recirculation loads and improve throughput efficiency.

Standard Features

• Closed rotor with stone-on-steel or stone-on-stone options
• Adjustable feed control system
• Replaceable wear parts and rotor tips
• Hydraulic opening system for maintenance
• Inspection doors and easy maintenance access
• Safety protection mechanisms
• Control panel with monitoring system

Optional Features

• Vibratory feeding unit
• Dust suppression system
• Steel frame base
• Cooling system for motor
• Feed hopper extension
• Custom outlet configuration

Technical specifications

• Model: VSI800
• Brand: Borataş®
• Rotor Size: 900 mm
• Maximum feed (Max Material Size): 38 mm
• Capacity range: 50 – 160 t/h
• Engine / Motor power range: 132 – 200 kW
• Machine weight: 11,500 kg
• Rotor design: Closed rotor (stone-on-steel or stone-on-stone options)
• Typical applications: secondary or tertiary crushing, production of fine aggregates for concrete and asphalt, industrial minerals
• Key benefits: controlled particle shaping, cubical product shape, energy-efficient operation, wear-resistant components, easy maintenance access