Vibrating Ripper: Efficient Construction

The vibro ripper is a reliable and efficient excavator attachment suitable for excavation tasks such as quarries, construction, demolition, tunneling, trenching, permafrost, recycling, and mining. The SC's D-series vibro ripper is equipped with dual motors and dual vibration boxes, providing excellent performance with high-frequency vibration. It is more efficient than ordinary hydraulic breakers on the market, and its productivity is approximately 3-5 times higher than traditional hydraulic breakers. Because it is environmentally friendly and noise-free, the vibro ripper is ideal for use in urban areas.

SC's vibrating ripper features

• Environmentally friendly and noise-free, making it ideal for urban operations

  
  

• Capable of operation in frozen soil (-20°) and underwater environments without the need for additional air compressors

  
  

• Optional bucket teeth and wear-resistant tips available

  
  

• Dual motors and dual vibration boxes enhance vibration power

  
  

• All main components are from well-known brands, ensuring high quality

  
  

• Productivity is 3-5 times higher than traditional hydraulic breakers 3 - 5 times

Working principle of the vibrating ripper

The working principle of the vibro ripper is based on mechanical vibration technology. It uses a hydraulic power source to drive a hydraulic motor, which in turn drives the eccentric gears in the vibration box to rotate, generating centrifugal force and forming exciting force. This exciting force is transmitted through the vibrator's box to the bucket teeth, causing them to have high-frequency impacts on the target object (such as soil or rock), thereby achieving the purpose of breaking and loosening. Its working frequency can be automatically adjusted to suit different working conditions.

Applicable working conditions for the vibrating ripper

The vibrating ripper is widely used in breaking various soils and rocks, including but not limited to sandstone, quartz sand, kaolin, basalt, slate, gypsum, shale, asphalt, concrete, limestone, weathered stone, phosphate, open-pit coal mines, frozen soil, and ice layers. In addition, it is particularly suitable for occasions requiring rapid breaking and loosening, such as road construction, airport construction, and mining.