Modular formwork DokaShore

free-standingbridgebeam

Overview
The DokaShore shoring system provides economical, high-capacity temporary support for heavy civil and industrial structures. It is suited for supporting bridge superstructures, pre-cast and cast-in-place concrete elements, turbine platforms and wide drive-through openings.

Applications

• Support of bridge superstructures (pre-cast or cast-in-place)
• Temporary support for turbine platforms and heavy slabs
• Wide-span drive-through and access openings

Multi-functional

• Compatible with both pre-cast and cast-in-place operations
• Configurable as standalone struts, primary beams or heavy-duty shoring towers
• Transfers high loads (up to 410 kN) using the SL-1 strut
• Continuous height adjustment via strut spacing grid and strut spindle

High standard of safety

• Methodical erection sequence reduces risk during assembly
• Components can be pre-assembled horizontally and safely lifted thanks to bolted primary beam-to-strut connections
• Proven stability with type-tested SL-1 struts

Highly cost-efficient

• Fewer different parts required due to high-load components, reducing material and assembly effort
• System components available for rental to lower capital expenditure
• Optimised workflows shorten on-site time

Additional features

• High capacity of SL-1 struts reduces required equipment and enables wide drive-through openings

Suitable products

• Edge protection system XP — universal solution for edge safety
• Guard rails — site protection systems for crew safety
• Ladder system XS — modular ladderways with integrated cages for wall and column formwork

Technical specifications

• Model / system name: DokaShore
• Primary load-bearing component: Strut SL-1 (type-tested)
• Maximum transferable load: up to 410 kN
• Height adjustment: continuous, via strut spacing grid and strut spindle
• Applications: bridge superstructures, pre-cast and cast-in-place concrete elements, turbine platforms, wide drive-through openings
• Safety features: methodical erection sequence; horizontal pre-assembly with bolted primary beam and strut for safe lifting; proven stability by type-testing
• Cost-efficiency: reduced equipment requirement, rentable components, optimised workflows for time savings