At Screw Pile Installers, we specialize in underpinning and structural lifting using engineered helical pile technology. Whether your structure is sinking, settling, or uneven, we deliver permanent, non-invasive solutions that restore strength and level integrity across residential, commercial, industrial, and agricultural sites.
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What Is Underpinning & Lifting with Screw Piles?
Underpinning with screw piles strengthens or repositions an existing foundation by transferring loads to deep, stable soil layers. Using hydraulically installed helical piles connected to custom brackets, our team can stabilize or raise structures that have settled due to poor soil conditions, frost heave, or long-term movement.
We identify movement patterns, settlement depth, and load requirements through inspection and torque analysis.
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Excavation & Bracket Access
Minimal excavation exposes key footing points while maintaining full structural stability.
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Structural Lifting
Adjustable hydraulic brackets apply gradual, uniform lift—safely releveling the foundation to its original position.
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Engineering Design
Our engineers develop a custom underpinning plan using torque-specified screw piles to ensure precise load transfer and lifting control.
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Pile Installation
Helical piles are hydraulically advanced to stable strata and torque-tested to verify capacity before lifting begins.
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Final Load Transfer & Verification
The building’s weight is permanently transferred to the new helical pile system, ensuring long-term support and stability.
Why Choose Screw Pile Underpinning?
Unlike traditional concrete or grout-based repairs, helical pile underpinning offers a controlled, measurable, and permanent solution for foundation movement.
Screw Pile Underpinning vs. Traditional Concrete Methods
Category
Installation Time
Soil Disturbance
Load Verification
Weather Flexibility
Precision Lifting
Durability
Site Access
Screw Pile Underpinning
Hours–Days
Minimal
Torque-verified instantly
All seasons
Fully controlled
75+ Years
Compact equipment
Concrete Underpinning
Weeks (curing required)
Heavy excavation
Unverified until cured
Limited to dry/warm conditions
Limited accuracy
15–25 Years
Requires open excavation
8%
Concrete contributes to global CO₂
75-100
Years lifespan (Screw Piles)
30-50
Years before major repairs (Concrete)
100%
Reusable & recyclable (Screw Piles)
Same Day
Ready to build (Screw Piles)
Comparison
Answers to Common Foundation Repair Questions
Learn what to expect before, during, and after your foundation repair. From identifying warning signs to understanding timelines, costs, and long-term results, these FAQs explain how our engineered screw pile systems provide a lasting, low-disruption solution for structural stability.