Scaffold Design and Installation

BASE Industries Australia’s expertise spans the comprehensive range of scaffolding systems utilised across Australian construction and industrial projects, developing advanced access solutions for complex builds.

LAYHER Work Platforms represent premium modular scaffolding technology, offering superior load-bearing capacity and rapid assembly. These German-engineered systems provide exceptional stability for high-rise construction, industrial maintenance, and specialised access requirements.

Integrated Scaffold Monorail Platforms combine access scaffolding with material handling capabilities, streamlining workflow efficiency by allowing simultaneous personnel access and material transportation along predetermined routes.

Rigging Systems complement scaffolding infrastructure by providing specialised lifting and positioning capabilities for heavy components and mechanical equipment during installation.

The Australian scaffolding landscape encompasses numerous system types:

V-Deck Scaffolding offers lightweight aluminium construction with rapid deployment capabilities and self-locking mechanisms, proving particularly effective for residential and light commercial applications where speed and efficiency are paramount.

Quick Deck utilises prefabricated deck sections, which significantly reduce on-site assembly time. Its modular design allows flexible configurations while maintaining consistent safety standards across various project scales.

Kwikstage Scaffolding dominates the Australian market with its robust steel construction and versatile ledger-and-transom design, making it suitable for a range of applications, from residential renovations to major infrastructure projects. Cuplock Systems offers enhanced load-bearing capacity through its unique rosette connections, making it ideal for heavy-duty industrial applications.

Frame and Brace Scaffolding remains the traditional workhorse, offering proven reliability and cost-effectiveness, while Tube and Coupler Systems provide maximum flexibility for irregular structures that require specialised configurations.