Hiscs - LMK PT System

Delivering Critical Bridge Maintenance Under Traffic Conditions

Our team successfully performed the urgent replacement of a deteriorated elastomeric expansion joint on a high-traffic bridge serving as the main access route to major industrial facilities and freight operations.
The existing expansion joint had reached an extended stage of deterioration, creating significant risks to both the bridge's structural performance and operational reliability. Despite challenging site conditions and the need to maintain continuous traffic operations, the works were delivered safely, efficiently, and within an accelerated schedule. Careful planning and coordinated ex*****on enabled us to minimize disruption to freight movements and the traveling public while maintaining the highest safety and quality standards.
Projects like this demonstrate that effective infrastructure maintenance is not only about repairing assets, it's about preserving resilience, ensuring operational continuity, and protecting the critical networks that support economic activity.
We are deeply grateful for professionalism, commitment, and teamwork to everyone involved in this project.

Smart Bridges Project Presentation

Following the Project Presentation Event, organized by the Technical Chamber of Greece, on the 9th of June 2026, we are proud to highlight our contribution to this pioneering national initiative for the continuous monitoring of bridge infrastructure across Greece.

The project introduced advanced Real-Time Structural Health Monitoring (RTSHM) technologies to a network of 271 bridges, creating a digital ecosystem where specialized sensors, fiber-optic systems, IoT technologies, and advanced data analytics provide continuous insight into structural performance. By monitoring parameters such as strain, vibration, loading, and environmental conditions in real time, the system enables data-driven maintenance strategies and supports the early identification and prevention of potential issues.

As part of this large-scale effort, HiSCS carried out extensive survey and inspection activities using laser scanners, high-resolution imaging systems, and drones to develop detailed digital models and as-built documentation for each bridge. More than 2 TB of data were collected, processed, and evaluated, forming a critical foundation for structural assessment and long-term monitoring. Our inspection teams also assessed the condition of the bridges, documenting deficiencies and supporting the structural analysis and classification of each asset.

The successful delivery of the project required the coordinated effort of multidisciplinary teams, including surveyors, draftsmen, inspection engineers, installation specialists, traffic coordinators, special vehicle operators, electricians, and technicians, working together across the country to complete the survey, inspection, and monitoring implementation phases.

We are honored to have contributed our expertise throughout the project lifecycle, from data acquisition and condition assessment to the deployment and integration of monitoring technologies. This initiative marks an important milestone in the development of smarter, safer, and more resilient infrastructure networks, helping address the challenges of aging assets while strengthening their ability to respond to future demands and climate-related pressures.

Bridge Maintenance - Urgent Elastomeric Expansion Joint Replacement

Our team completed the emergency replacement of a critically deteriorated elastomeric expansion joint mat, on a heavily trafficked bridge, serving as the primary access corridor to a major industrial and logistics hub with continuous heavy truck circulation.

The existing joint had reached an advanced state of deterioration, posing significant risks to the structural integrity and operational reliability of the bridge. Immediate intervention was essential to prevent water infiltration, progressive deck deterioration, increased dynamic loading impacts, and potential disruptions to a critical transportation route supporting regional industrial activity.

Despite highly demanding traffic conditions and continuous operational constraints, the project was executed safely, efficiently, and within an accelerated timeframe, ensuring uninterrupted traffic flow and minimizing disruption to commercial transport operations and the traveling public.

We continue to deliver reliable, high-quality bridge maintenance solutions that prioritize safety, durability, and operational continuity.

Fresh Space, Fresh Energy: Welcome to Our New Offices

We’re excited to announce our relocation to a newly renovated office building, designed to support the next chapter of our company’s growth.

Our new facilities cover an area of 750m2 and include:
• Improved workspaces with administration offices and meeting rooms that enhance productivity and collaboration across our teams
• A modern warehouse, fully equipped for efficient storage and heavy-duty handling with pallet racks & stackers
• A workshop fitted with industrial cranes to support equipment maintenance and heavy-duty operations
As we celebrate 12 years since the establishment of HiSCS, we are excited to move into our new space, reaffirming our commitment to excellence and those who have trusted us over the years. This move is a major milestone for us and reflects our continued investment in innovation, efficiency, and people. We’re proud of how far we’ve come — and even more excited about what’s ahead.

Working at Height – General Applications: Training Course Highlights

Οur team had the opportunity to participate in the specialized training course “Working at Height – General Applications.” The training was conducted by the Hellenic Institute for Occupational Health and Safety (ELINYAE), the main institution in Greece responsible for collecting and disseminating knowledge on Occupational Health and Safety (OHS). With extensive experience in high risk work environments and accredited instructors, the institute provided high quality, up to date guidance based on current legislation, best practices, and real world industry standards. The course was designed with a balanced combination of theoretical and practical learning.

In the theoretical section of the course, participants explored key legislation and safety regulations related to working at height, along with risk assessment procedures and hazard identification. They also learned how to properly select, inspect, and maintain personal protective equipment (PPE), and reviewed best practices for the safe use of ladders, scaffolding, and fall prevention systems.

The hands on portion allowed participants to practice the correct use of safety harnesses and fall arrest systems while performing simulated work at height tasks under instructor supervision. During these exercises, they familiarized themselves with rescue procedures and emergency protocols, building confidence through real life scenarios designed to replicate everyday field conditions.

The “Working at Height – General Applications” training course aimed to strengthen our awareness, knowledge, and hands on skills for performing tasks safely and efficiently when working above ground level. It reflects our company’s ongoing dedication to creating a safe workplace and continuously enhancing the professional skills of our people. By investing in comprehensive training, we ensure that everyone returns home safe at the end of the day—and that we uphold the highest standards in all operations involving elevated work.