Looking for building lifting service in Salem? We Om Sai Guru Building Lifting Service offer safe lifting, foundation strengthening, and flood-level correction with modern equipment.
Building lifting service in Salem is a safe and advanced engineering solution used to raise existing residential, commercial, and industrial structures without demolition. This technique is ideal for correcting foundation settlement, preventing flood damage, increasing plinth height, and improving structural stability. With experienced structural engineers and modern hydraulic lifting systems, building lifting work in Salem is carried out with precision and minimal disturbance to occupants.
OM Sai Guru a professional building lifting contractors in Salem use synchronized hydraulic jacks, steel supports, and load-balancing systems to ensure uniform elevation of the structure. The process includes detailed structural assessment, soil testing, and controlled lifting to maintain safety at every stage. This service is widely used for individual houses, apartments, heritage buildings, factories, and commercial complexes.
Choosing OM Sai Guru reliable building lifting service provider in Salem helps extend the life of the structure while avoiding costly reconstruction. These services are cost-effective, time-saving, and environmentally responsible, making them a preferred solution for foundation rectification and level correction. Whether for flood protection or structural realignment, expert building lifting services in Salem deliver long-lasting results with guaranteed safety.
Safe, Smart & Reliable
This is the most commonly used building lifting method. High-capacity hydraulic jacks are placed at strategic load-bearing points to lift the structure uniformly. It is suitable for houses, apartments, commercial buildings, and industrial structures. This method ensures controlled lifting with high safety and precision.
Advantages :
Safe, Smart & Reliable
Screw jack lifting is used for smaller buildings or structures with lighter loads. Mechanical screw jacks are operated manually or mechanically to raise the building slowly. This method is cost-effective but less suitable for large or multi-storey buildings.
Advantages :
Safe, Smart & Reliable
In this method, steel beams are inserted beneath the structure, and hydraulic or screw jacks are placed under the beams. The load is evenly distributed across the beams, reducing stress on individual structural members. It is ideal for old or weak buildings.
Advantages :
Safe, Smart & Reliable
Pile jacking involves lifting the building while simultaneously installing new piles or strengthening existing foundations. This method is used when foundation failure or soil settlement is severe. It provides long-term stability and load transfer to deeper soil layers.
Advantages :
Safe, Smart & Reliable
Slab lifting is used mainly for lifting sunken floors, slabs, or basements. Hydraulic pressure or grout injection is applied to raise the slab to its original level. This method is fast and minimally invasive.
Advantages :
Safe, Smart & Reliable
In sectional lifting, specific portions of a building are lifted independently instead of lifting the entire structure. This method is useful when only one side or corner of the building has settled.
Advantages :
Safe, Smart & Reliable
This method combines foundation strengthening with lifting. The existing foundation is underpinned using concrete, micro piles, or steel supports while the building is gradually lifted. It is ideal for heritage and high-risk structures.
Advantages :
Lifting Method |
Suitable Building Type |
Lifting Capacity |
Cost Level |
Time Required |
Key Advantages |
| Hydraulic Jack Lifting | Residential, Commercial, Industrial | Very High | Medium–High | Fast | Precise control, uniform lifting, high safety |
| Screw Jack Lifting | Small houses, light structures | Low–Medium | Low | Moderate | Economical, simple setup, gradual lifting |
| Beam and Jack Method | Old and weak structures | High | Medium | Moderate | Even load distribution, reduced structural stress |
| Pile Jacking Method | Buildings with foundation failure | Very High | High | Longer | Permanent foundation support, long-term stability |
| Slab Lifting Method | Sunken floors, basements | Medium | Low–Medium | Very Fast | Minimal disruption, quick restoration |
| Sectional Lifting Method | Partial settlement buildings | Medium | Low–Medium | Fast | Cost-effective, localized correction |
| Underpinning & Lifting | Heritage & high-risk buildings | High | High | Longer | Strengthens foundation, extends building life |
Our Services
House lifting and shifting is an advanced engineering solution designed to protect your home, increase its safety, and enhance its long-term value.
As a leading House Shifting Specialist, we provide advanced engineering solutions to relocate entire buildings with absolute safety and precision.
Temple lifting and shifting is a highly specialized engineering service dedicated to preserving the cultural, spiritual integrity of sacred structures.
Foundation extending services play a crucial role in enhancing the strength, durability, high-quality materials and lifespan of any building.
Foundation settlement services are essential for buildings experiencing uneven sinking or aging foundations.
Building lifting service is an engineering process used to raise an existing structure using hydraulic or mechanical systems without demolishing it. It helps correct foundation settlement, increase plinth height, and prevent flood damage.
In Salem, building lifting is commonly required due to soil settlement, waterlogging, flood-prone areas, foundation damage, or road level increases. It helps protect structures and improve long-term stability.
Yes, when carried out by experienced professionals, building lifting is safe. Advanced hydraulic systems and proper structural assessment ensure minimal vibration and controlled lifting, allowing occupants to remain in many cases.
Most buildings can be lifted from a few inches up to 5 feet, depending on structural condition, foundation type, and soil strength. A detailed site inspection determines the safe lifting height.
The duration varies based on building size and method used. Typically, the lifting process may take a few days to a couple of weeks, including preparation and foundation strengthening.
Residential houses, apartments, commercial buildings, factories, warehouses, and heritage structures can be lifted after proper structural evaluation.
No. When done professionally, building lifting does not damage the structure. Controlled lifting prevents cracks and stress, and existing structural integrity is maintained.
Yes, soil testing and structural analysis are essential to select the correct lifting method and ensure long-term foundation stability.
The cost depends on building size, lifting height, soil condition, method used, and foundation work required. A site inspection is needed for accurate pricing.
In some cases, local authority approval may be required, especially for multi-storey or commercial buildings. Om Sai Guru Building Lifting service can guide you through the approval process.
Yes, building lifting is more economical, time-saving, and eco-friendly compared to demolishing and reconstructing an existing structure.
Choose Om Sai Guru Building Lifting service a contractor with proven experience, qualified structural engineers, modern equipment, safety compliance, and positive client reviews.
