Patented Since 2021, LOXIS’s Internal Trade Locking System (ITLS) Sets New Standards for Safer, Stronger and Smarter Construction
Innovation has always been the driving force behind the evolution of the construction industry. As infrastructure projects become larger, more complex, and increasingly quality-focused, the demand for advanced reinforcement solutions continues to grow. Leading this transformation is LOXIS, an engineering company recognised for its patented Internal Trade Locking System (ITLS) Technology, which received its patent in 2021.
To understand the vision behind this breakthrough innovation and its impact on modern construction, we spoke with Mr. Darshit Savaliya and Mr. Harshil Faldu, Directors of LOXIS. In this exclusive interview, they discuss the inspiration behind the patented technology, its advantages over conventional reinforcement methods, and how LOXIS is shaping the future of structural engineering.
Q1. Congratulations on receiving the patent for ITLS Technology. What does this achievement mean for LOXIS?
Darshit Savaliya:
Receiving the patent in 2021 was a defining milestone for LOXIS. It validated years of engineering research, product development, testing, and innovation. More importantly, it confirmed that our Internal Trade Locking System (ITLS) is a truly unique solution that addresses practical challenges faced by the construction industry.
For us, this patent is much more than intellectual property. It represents our commitment to creating original engineering technologies that improve structural performance while simplifying construction processes. It motivates us to continue investing in research and innovation that benefits engineers, contractors, and infrastructure developers worldwide.
Q2. What inspired the development of the Internal Trade Locking System (ITLS)?
Harshil Faldu:
The idea emerged after observing several limitations in conventional reinforcement joining methods such as lap splicing and welding. These traditional techniques often increase steel consumption, require additional labour, consume more time, and sometimes introduce inconsistencies during installation.
We believed there had to be a smarter approach. Our engineering team focused on designing a mechanical connection system that would be stronger, easier to install, and capable of maintaining consistent quality across projects. This vision eventually resulted in the development of the patented Internal Trade Locking System.
Today, ITLS offers a reliable and efficient reinforcement connection that supports faster project execution without compromising structural integrity.
Q3. Could you explain how the patented ITLS Technology works?
Darshit Savaliya:
The Internal Trade Locking System is based on a precision-engineered internal locking mechanism that securely connects reinforcement bars through mechanical engagement.
Instead of relying on overlapping reinforcement or welding, the bars are mechanically locked using our specially designed internal system. This creates a firm connection that allows efficient load transfer throughout the reinforcement structure.
Because the locking mechanism is engineered with high precision, it delivers consistent performance while reducing the possibility of installation errors. Every connection contributes to improved structural stability and long-term durability.
Q4. How does ITLS improve structural safety compared to conventional reinforcement methods?
Harshil Faldu:
Safety is one of the biggest advantages of our technology.
Traditional joining methods can sometimes introduce variability depending on workmanship and site conditions. With ITLS, the mechanical locking mechanism provides a highly reliable and uniform connection that distributes structural loads efficiently between reinforcement bars.
This enhances the overall integrity of reinforced concrete structures while significantly reducing the risk of weak joints. Whether it is a high-rise building, bridge, industrial project, or infrastructure development, dependable reinforcement connections play a crucial role in ensuring long-term structural safety.
That reliability is exactly what ITLS delivers.
Q5. Construction companies today are looking for faster execution. How does LOXIS address this requirement?
Darshit Savaliya:
Modern construction is driven by efficiency. Project timelines are becoming shorter, and contractors are expected to deliver high-quality work within tight schedules.
Our patented ITLS Technology simplifies the reinforcement joining process considerably. Since installation is faster and more straightforward than conventional methods, labour requirements are reduced while maintaining consistent connection quality.
This translates into improved productivity, shorter project durations, lower operational costs, and smoother workflow on construction sites. Contractors can complete reinforcement work more efficiently while maintaining high engineering standards.
Q6. Which industries and construction sectors can benefit from ITLS Technology?
Harshil Faldu:
One of the biggest strengths of ITLS is its versatility.
Our patented Internal Trade Locking System can be applied across numerous construction segments, including:
- High-rise residential buildings
- Commercial complexes
- Industrial facilities
- Bridges and flyovers
- Metro rail projects
- Railway infrastructure
- Roads and highways
- Government infrastructure developments
- Large-scale civil engineering projects
Essentially, any project requiring dependable reinforcement connections can benefit from ITLS Technology.
Q7. How does LOXIS ensure consistent product quality?
Darshit Savaliya:
Quality has always been one of our core values.
Every component manufactured under the LOXIS brand undergoes rigorous quality control procedures before reaching customers. Our manufacturing processes are built around precision engineering, strict inspection standards, and continuous process improvements.
We also invest regularly in advanced manufacturing technologies and modern production systems to ensure every product maintains the highest level of consistency and reliability.
For us, quality is not merely a manufacturing objective—it is a long-term commitment to customer confidence.
Q8. Sustainability has become an important priority for the construction industry. How does ITLS contribute to environmentally responsible construction?
Harshil Faldu:
Sustainability begins with efficiency.
Conventional reinforcement methods often require additional steel due to overlapping sections. By replacing these with efficient mechanical connections, ITLS helps optimise material usage and reduce unnecessary reinforcement consumption.
The simplified installation process also improves productivity while reducing construction waste associated with traditional methods.
As infrastructure development expands globally, engineering solutions that minimise resource consumption while maintaining structural performance will play an increasingly important role, and ITLS contributes positively to that objective.
Q9. How important is customer feedback in developing new engineering solutions?
Darshit Savaliya:
Customer feedback is central to our innovation strategy.
We work closely with structural engineers, consultants, contractors, architects, and infrastructure developers to understand real challenges faced during construction.
Every discussion provides valuable insights into improving our products and identifying future opportunities for innovation. Rather than developing technology in isolation, we believe successful engineering solutions should evolve alongside industry needs.
This collaborative approach enables us to create products that deliver measurable improvements in construction efficiency and structural performance.
Q10. What is the long-term vision for LOXIS?
Harshil Faldu:
Our vision extends far beyond a single patented product.
We aim to become a globally recognised engineering company known for innovative reinforcement technologies that improve safety, productivity, and sustainability across the construction sector.
The patent awarded in 2021 is only the beginning of our innovation journey. We will continue investing in research, advanced manufacturing, and proprietary engineering solutions that support the future of modern infrastructure.
As cities continue to expand and infrastructure projects become increasingly sophisticated, we believe mechanical reinforcement systems like ITLS will become an integral part of next-generation construction.
LOXIS intends to remain at the forefront of that transformation.
Innovation That Builds Tomorrow
The patented Internal Trade Locking System (ITLS) represents LOXIS’s commitment to engineering excellence, innovation, and customer-focused product development. By offering stronger reinforcement connections, faster installation, enhanced structural reliability, and improved construction efficiency, ITLS is helping redefine the standards of modern reinforcement technology.
Under the leadership of Directors Darshit Savaliya and Harshil Faldu, LOXIS continues to invest in research-driven engineering solutions that address real-world construction challenges while supporting safer, smarter, and more sustainable infrastructure development.
As global infrastructure demands continue to rise, LOXIS remains dedicated to delivering patented technologies that strengthen the future of construction—one innovative connection at a time.
About LOXIS
LOXIS is an innovation-driven engineering company specialising in advanced reinforcement connection technologies for the construction industry. Focused on research, precision manufacturing, and patented engineering solutions, the company develops products that improve structural safety, enhance construction efficiency, and support sustainable infrastructure development. Its patented Internal Trade Locking System (ITLS), officially patented in 2021, reflects LOXIS’s commitment to delivering next-generation reinforcement solutions that meet the evolving demands of modern construction. Led by Directors Darshit Savaliya and Harshil Faldu, LOXIS continues to pioneer innovative technologies that redefine reinforcement engineering and contribute to building stronger, safer, and smarter infrastructure worldwide.
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