Olympus

OLYMPUS® is an Italian company that has been operating for more than twenty years in the field of innovative technologies and advanced materials for the construction industry, with a strong specialisation in structural strengthening, seismic upgrading, and improvement of existing buildings.

Throughout its history, the company has developed highly specialised know-how in the design and production of high-performance composite systems, becoming a point of reference for designers, contractors, and construction professionals seeking reliable, certified, and technologically advanced solutions.

At the core of OLYMPUS®’s activity is the development of structural strengthening systems based on composite materials, including FRP (Fiber Reinforced Polymer), FRCM (Fiber Reinforced Cementitious Matrix), and CRM (Composite Reinforced Mortar). These technologies, currently among the most advanced in the field of structural engineering, make it possible to significantly improve the mechanical and seismic performance of existing reinforced concrete, masonry, and historic structures, while ensuring interventions that are minimally invasive, lightweight, and durable.

The systems developed by OLYMPUS® are certified CVT by the Consiglio Superiore dei Lavori Pubblici and carry CE marking, in compliance with the main European and Italian technical regulations, representing some of the most effective and reliable technological solutions currently available on the market.

The company’s growth is closely linked to a strategy based on continuous investment in research and development, which over the years has enabled the constant expansion of the range of products and systems for the construction sector. OLYMPUS® actively collaborates with universities, research centres, and industry professionals to develop increasingly high-performance solutions focused on structural safety, durability, and environmental sustainability.

Innovation is one of the fundamental pillars of the company’s philosophy, with the aim of anticipating market needs and contributing to the evolution of technologies for structural strengthening.

Alongside technological innovation, OLYMPUS® places great emphasis on environmental sustainability and corporate social responsibility. In this direction, the company has adopted the EPD Process environmental certification, which attests to the reliability of the company’s processes in managing and assessing environmental impacts throughout the Life Cycle Assessment (LCA) of the systems produced.

This approach enables the company to continuously monitor and improve the environmental performance of its products, contributing to the development of increasingly sustainable construction solutions aligned with the objectives of the ecological transition within the building sector.

The commitment to quality, safety, and sustainability is further confirmed by the adoption of a company management system compliant with the main international standards, including ISO 9001 for quality management, ISO 14001 for environmental management, and ISO 45001 for occupational health and safety. These certifications guarantee the company’s high organisational and operational standards and demonstrate its ongoing commitment to the continuous improvement of production processes and services.

Thanks to a forward-looking vision and solid technical expertise, OLYMPUS® now positions itself as a technological partner for the redevelopment and safety of the built environment, offering advanced solutions capable of addressing the challenges of a constantly evolving market.

The company’s mission is to combine innovation, structural safety, and sustainability by developing materials and systems that enhance building performance, reduce environmental impact, and contribute to the creation of more resilient and durable infrastructure.

Through the integration of engineering expertise, scientific research, and close attention to client needs, OLYMPUS® continues to strengthen its role in the national and international landscape of structural strengthening technologies, with the goal of becoming a global benchmark in the field of innovative systems for construction and structural rehabilitation.