📧 Email: info@bniks.com 📱 Mobile: +91 8080696850
Load Bearing Scaffold Drawings & Heavy-Duty Design Calculations
Certified structural design and load calculations for heavy-duty scaffolds carrying equipment, formwork, plant loads, or high-density access requirements — engineered for industrial, civil, and Oil & Gas onshore and offshore projects.
STAAD PRO STRUCTURAL ANALYSYS
Will provide full Structural Analysis using STAAD PRO Software
STAAD PRO MODELING
Will include the STAAD PRO Geometry medel in the Load Calculations reports
Load Bearing Scaffolding
A load bearing scaffold is designed to carry far more than just workers and hand tools — it supports formwork, shoring loads, heavy equipment, ducting, piping, or stacked materials during construction and turnaround work. Because these loads are significantly higher and often concentrated at specific points, standard scaffold design isn't enough — every standard, ledger, base plate, and tie point needs to be individually verified against the actual load it will carry.
bNiks LLP designs and calculates load bearing scaffold systems so the structure remains stable and safe under real working conditions — not just theoretical capacity.
Load Bearing Scaffold 2D CAD Drawings
Detailed layout drawings showing bay spacing, load points, bracing configuration, and access routes for heavy-duty scaffold and birdcage structures.
Load BearingScaffold 3D CAD Models
Full 3D models of the lifeline system in context with the structure or scaffold, showing anchor geometry, span lengths, and worker access paths before installation.
Structural calculations covering point loads, distributed loads, and dynamic loads from equipment or material handling, verifying every member stays within safe working limits.
Heavy-Duty Load Calculations
Ground Bearing Capacity Verification
Calculations confirming the ground, slab, or base surface can safely support the total scaffold and load weight, including sole board and base plate sizing where needed.
Standard & Ledger Load Verification
Verification that vertical standards and horizontal ledgers can carry the calculated axial and bending loads at every level of the structure, not just at the base.
Bracing & Lateral Stability Check
Analysis confirming diagonal and plan bracing provide sufficient lateral stability to resist sway, wind, and eccentric loading on a heavily loaded structure.
Calculations confirming the structure's deflection under full load stays within acceptable limits, protecting both the scaffold and anything supported on it (formwork, ducting, equipment)
Tie & Anchor Load Verification
Deflection & Settlement Verification
Verification that tie points into the permanent structure can safely resist the horizontal and vertical forces generated by a heavily loaded scaffold.
Load Bearing Design Conclusion
A summary report consolidating all calculations, drawings, and stability checks into a single certified package — ready for site approval, third-party stamping, or client submission.
About bNiks
Pune, Maharashtra, India -based Scaffolding Material manufacturer and design firm.
