Extreme wide-angle shot of a massive 600-tonne crawler crane executing a critical lift of a heavy refinery reactor column, overcast sky, Indian industrial site.
Extreme wide-angle shot of a massive 600-tonne crawler crane executing a critical lift of a heavy refinery reactor column, overcast sky, Indian industrial site.
/ HEAVY-LIFT ERECTION

Precision Industrial Erection

We execute critical rigging and heavy-lift operations across India. Our specialized engineering teams calculate tolerances to ensure secure placement of massive refinery columns.

RIGGING FLEET

High-Capacity Heavy Machinery

Our mobilization capacity relies on owned heavy-duty assets. We deploy advanced crawler cranes and hydraulic gantries to manage complex refinery installations.

01 / CRANES
02 / RIGGING
03 / CONTROL

Crawler Crane Fleet

Alternative Lifting

Digital Monitoring

We deploy specialized hydraulic gantry systems and self-propelled modular trailers designed for heavy vessel transport and precise structural alignment.

Our heavy-lift crawler cranes deliver lifting capacities up to 800 tonnes, specifically configured to operate within highly restricted refinery environments.

Integrated real-time load monitoring and computerized rigging simulations ensure absolute safety compliance and structural integrity during every critical lift.

TECHNICAL CAPABILITY

Fabrication Capacities

Engineered Erection Standards

Our dedicated fabrication workshops handle massive structural throughput with uncompromising precision, managing heavy-scale infrastructure requirements for India's energy sector.

We fabricate and erect heavy structural steel and piping systems to precise tolerances. Our certified workshops deliver quality that complies with international standards.

We maintain an annual steel fabrication capacity of twelve thousand metric tonnes alongside high-pressure piping capabilities exceeding one hundred and fifty thousand inch-dia.

Our specialized welding procedures are fully qualified to ASME Section IX standards, ensuring absolute structural integrity under extreme high-pressure operations.