Before & After Photos

Before photo shows a pool deck that has settled concrete caused by voids. You can see how the sealant in the joints is completely destroyed from the concrete separating. The after photo shows how we used PolyLevel to fill the void to lift the settled concrete to level. Once stabilized the old sealant is removed and replaced with our state-of-the-art NexusPro sealant.

This walkway in Murrieta, CA had experienced noticeable settling and uneven sections, creating both a safety concern and an eyesore for the homeowner. Over time, soil movement and compaction beneath the slab caused sections of the concrete to sink, leading to trip hazards and poor drainage flow toward the home.

Our team at Saber Foundation Repair used advanced concrete lifting and leveling techniques to restore the walkway to its original position. By injecting high-density polyurethane foam beneath the slab, we were able to precisely lift and stabilize the concrete without the need for costly replacement.

The result is a smooth, even, and visually improved walkway that enhances both safety and curb appeal. This solution is long-lasting, minimally invasive, and ideal for Southern California homes dealing with soil settlement issues.

This section of the walkway in Murrieta, CA had developed a significant elevation change between slabs, creating a clear trip hazard and visual inconsistency across the surface. The separation was caused by soil settlement beneath the concrete, a common issue throughout Southern California due to changing moisture conditions and soil movement.

Our team at Saber Foundation Repair addressed the issue using precision concrete lifting techniques. By injecting polyurethane foam beneath the affected slab, we were able to carefully raise and realign the concrete to eliminate the height difference and restore a smooth transition between sections.

The repaired walkway is now level, stable, and safe for daily use—without the need for full replacement. This solution provides long-term support while maintaining the original appearance of the decorative concrete surface.

This Woodland Hills, California home had multiple cracks throughout the concrete slab, a common issue caused by soil movement, shrinkage, and long-term stress on the concrete. If left untreated, slab cracks can continue to spread and compromise the integrity of the concrete surface.

Our team repaired the damaged slab using concrete crack stitching, a structural repair method designed to stabilize cracks and prevent further movement. Steel stitching pins were installed across the cracks and secured with high-strength materials to help restore strength and continuity to the slab. Once the stitching was complete, the cracks were properly sealed, leaving the concrete stabilized and protected.

These before-and-after photos show how professional crack stitching can extend the life of a concrete slab while reducing the risk of future cracking for homeowners in Woodland Hills.

This Woodland Hills, California garage slab had multiple intersecting cracks caused by long-term stress, concrete shrinkage, and soil movement beneath the slab. Cracks in garage floors are common but can worsen over time if the concrete is not properly stabilized.

Our team repaired the slab using concrete crack stitching, a structural repair method that reinforces cracked concrete by installing steel stitching pins across the damaged areas. Once the slab was stabilized, the cracks were sealed to help prevent further movement and reduce moisture intrusion. The finished surface is reinforced, protected, and ready for everyday use.

These before-and-after photos show how crack stitching can effectively stabilize a garage slab and extend the life of concrete surfaces in Southern California homes.