Clear Span Bridges

Proscaf provides state-of-the-art bridge spanning and clear span systems that enable unobstructed access over roads, walkways, and various site obstacles. The system supplies a pre-engineered, compliant solution that eschews the necessity for heavy external support beams, streamlining the installation process.

With Proscaf, a constant platform height is easily maintained, as spans derive directly from node points, sidestepping the uneven step and platform heights commonly encountered with support beam-dependent systems. Catering to the demand for long-distance spanning, Proscaf upholds high kPa ratings, ensuring structural integrity and safety. These bridging solutions are not only designed for worksite applications but also tailor-made for safe public access. Modular in nature, they can be crane-lifted into position and come with comprehensive engineering support to suit all project needs.

Proscaf Partners Agree

Proscaf’s bridge spanning systems come highly recommended by construction engineers who commend their ease of use and consistency in providing safe, compliant access solutions. The system’s ability to maintain high kPa ratings over lengthy spans without requiring additional support structures has transformed how professionals approach on-site accessibility.

CASE STUDIES

Pre-Engineered Systems

Ready-made solutions for spanning over obstructions without extra components.

Long-Distance Spanning

Ideal for covering extensive spans while maintaining high kPa ratings.

Site and Public Access

Engineered for both worksite efficiency and public safety.

Module Craning and Engineering Support

Tailored support and craneable modules for easy installation.

Applications

Commercial Construction

Urban development projects often involve working across busy thoroughfares where disruption must be minimised. Proscaf’s bridge-spanning systems deliver the necessary infrastructure to provide safe passage over these areas while construction continues above. Because platforms can be directly built off node points, they ensure a uniform and secure path for pedestrians and site workers alike.

The modular capability allows sections of the bridging system to be pre-assembled and then efficiently crane-lifted into position, significantly reducing installation time and traffic interference.

Industrial

In industrial sites where pathways must navigate around heavy machinery or storage areas, Proscaf’s clear span solutions offer the ideal support framework. The systems allow for an unimpeded flow of work beneath the spans while supporting heavy loads above. High kPa ratings ensure the safety and sturdiness of these overpasses, even over long distances, and the pre-engineered design facilitates quick compliance with industry regulations for both site and public access.

Public Access

For events, concerts, or festivals, rapid and safe public access over cables, pipelines, or uneven terrain is crucial. Proscaf’s bridging solutions enable companies to create stable, compliant walkways in a fraction of the time typically required with traditional systems.

The platform height consistency adds to the user’s comfort and safety, while the system’s ability to be craned into position as complete units streamlines the often-tight setup schedules of event management.

FAQ

Proscaf’s bridging systems are designed to ensure uniform platform heights by constructing spans directly off node points, thereby avoiding the irregularities that can be caused by using additional support beams.

Yes, Proscaf is the ideal system for spanning long distances without compromising on load capacity, maintaining high kPa ratings even over extensive spans.

Proscaf’s bridging solutions are engineered to cater to both site access and public foot traffic, ensuring they meet safety and compliance standards for all users.

Yes, Proscaf systems are modular and designed to be crane-lifted into position, offering a practical and time-efficient solution for installation across various site conditions.

Proscaf offers full engineering support for all projects, ensuring that their bridge spanning systems are optimally designed and implemented according to project specifications and regulatory requirements.

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