Access systems for live, mission-critical facilities.
Electrically resistant with reduced conductivity, engineered for work around energised infrastructure.
Conventional scaffold was not built for high-consequence sites.
Conductive steel access is a risk multiplier on live sites. Steel weight slows erection and adds manual-handling and crane load. The Taurus System removes those constraints.
Electrical Safety for Live Sites
The Taurus System is electrically resistant with reduced conductivity. This engineered property eliminates the risk of current flow through the access structure, providing a critical safety barrier in high-energy environments where conventional conductive steel access is a risk multiplier.
Technical Proof
Electrical Resistance
The Taurus System is electrically resistant with reduced conductivity, engineered for work around energised infrastructure.
Weight Reduction
On average 20% lighter than comparable aluminium systems, reducing manual-handling risk and crane load.
Structural Integrity
Heavy duty rated to 675 kg under AS/NZS 1576, ensuring stability in high-consequence environments.
Weight comparison against comparable aluminium ringlock systems. Steel comparison against conventional steel ringlock.