BVEM 75kW Vibroflotation Ground Improvement

Top Feed Vibroflot
January 28, 2026
Category Connection: Vibroflotation Compaction
Brief: In this walkthrough, we highlight key design ideas and how they translate to performance for the BVEM 75kW Vibroflotation Ground Improvement system. You'll see how this vibro float equipment operates across different soil classifications, from non-filling compaction to stone column installation, and learn about its application in creating compaction piles and grouting techniques for soil densification.
Related Product Features:
  • Features a 426mm diameter and 75kW power output for effective ground improvement.
  • Applicable for vibro-compaction in various soil types, including those with potential rock obstructions.
  • Supports both non-filling and filling vibro-compaction methods for flexible soil treatment.
  • Enables vibro-replacement (stone column) installation to reinforce and stabilize ground conditions.
  • Facilitates installation of compaction piles in grid patterns up to 60 feet deep.
  • Compatible with compaction grouting techniques using water/sand/cement mixes for soil densification.
  • Ideal for improving foundations of existing buildings through lateral or inclined grout injection.
  • Designed to densify and reinforce granular soils through controlled displacement and pressure application.
FAQs:
  • What types of soil is the BVEM 75kW Vibro Float suitable for?
    The BVEM vibro float is applicable for various soil classifications, including those where vibro-compaction can be proposed (though may face challenges with large rocks), non-filling vibro-compaction, filling vibro-compaction, and vibro-replacement (stone column) methods.
  • How does the compaction pile installation work with this equipment?
    The equipment installs compaction piles, typically made of prestressed concrete or timber, in a grid pattern. These piles are driven to depths up to 60 feet, effectively densifying and reinforcing the soil to improve ground stability.
  • Can this system be used for foundation improvement under existing structures?
    Yes, through compaction grouting techniques. A slow-flowing water/sand/cement mix is injected under pressure to form bulbs that displace and densify surrounding soil. This can be done from the side or at an angle to reach beneath existing buildings without major disruption.