Case Study: How Cuplock Scaffolding Cut Falsework Installation Time by 40% on a Jakarta Warehouse

01. The Challenge

An industrial contractor in Jakarta, Indonesia, was building a 15,000 m² logistics warehouse with 12-meter-high concrete roof beams and a 200mm thick suspended slab. They faced three major issues with traditional tube-and-clamp scaffolding:

• Slow assembly — 10 workers took 8 days to erect falsework for a single bay

• Inconsistent connection quality — clamps loosened under vibration, requiring constant re-tightening

• High material loss — loose clamps and fittings were frequently misplaced or stolen

They needed a faster, safer modular system with minimal loose parts.

02. The Solution: Cuplock Scaffolding

We supplied a Cuplock scaffolding system — named for its cup-and-blade connection mechanism.

How it works: Insert ledger blade into bottom cup, slide top cup down over blade, hammer tight — one strike per connection.

Key advantages:

• No loose clamps (cups are pre-welded, blades forged onto ledgers)

• Vibration actually tightens the connection (no re-tightening needed)

• Only a hammer required — no wrenches or bolts

03. Measured Results

Outcome: Warehouse roof completed 3 weeks ahead of schedule. Contractor saved approximately 4,800 USD in labor and reported 95% material recovery (vs. 70% for tube-and-clamp).

4. Why Cuplock for Falsework?

For industrial warehouses and concrete slab support, Cuplock delivers:

• Faster assembly — one hammer strike per connection
• Higher load capacity — 70–90 kN per standard supports wet concrete
• Lower long-term cost — minimal parts loss, 20+ year galvanized life

05. Conclusion

Switching to Cuplock scaffolding helped this Jakarta contractor cut installation time by 40%, eliminate re-tightening, and reduce material loss. For warehouse falsework and general construction, Cuplock is a reliable, cost-effective choice.

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