The beating heart behind the company’s technological evolution, the GDS laboratories represent the intersection of advanced research, sustainability, and technological development.
From eco-by-design product engineering to certification processes, from rigorous LED testing to the development of increasingly connected systems, GDS laboratories are not merely a testing environment but a strategic center that anticipates market needs and transforms them into tangible solutions.
In this interview, Nicola Villan – Head of GDS Laboratories – shares insights into the latest research frontiers shaping the future of professional LED lighting at GDS Lab.
GDS laboratories were established to ensure superior quality in compliance and safety testing, with a specific focus on verifying adherence to international standards for professional lighting products.
Initially, our priority was to respond to growing customer expectations and the increasingly complex regulatory requirements of international markets. To address this challenge, we invested in building in-house technical expertise and expanding advanced testing instrumentation, with the goal of accelerating verification processes, conducting accurate LED testing, and reducing reliance on external laboratories.
This strategy enabled us to become faster, more flexible, and more competitive, while maintaining high quality standards across all GDS solutions.
Over the years, the laboratories have grown through significant investments in technology, specialized staff training, and continuous innovation in lighting R&D. We overcame early challenges — including regulatory complexity and the need for advanced testing equipment — through a strategic approach based on cross-functional collaboration, ongoing technical updates, and strong integration with company processes.
Today, GDS laboratories serve as an internal benchmark for LED product compliance and safety, playing a decisive role in ensuring rapid market responsiveness and maximum reliability for our customers.
At GDS laboratories, the eco-by-design approach to energy efficiency and sustainable lighting is implemented through targeted testing that evaluates energy performance, durability, and environmental impact of both components and luminaries.
Testing activities include:
- Thermal and heat dissipation tests to ensure optimal LED performance with reduced energy consumption
- Resistance and reliability analysis on drivers and optics, simulating real operating conditions to extend product lifecycle
- Material compliance checks to ensure adherence to environmental regulations and required certifications.
These tests are essential to delivering high-performance, eco-sustainable, and long-lasting professional lighting solutions.
To ensure compliance with technical requirements and excellence standards, GDS applies rigorous laboratory verification and quality control processes based on advanced testing methodologies and certified instrumentation.
Each component undergoes functional, thermal, and optical testing, following protocols aligned with international industry regulations. Process quality is guaranteed by ISO 9001 certification, which ensures systematic management and continuous improvement.
In addition:
- Compliance with electrical safety standards is ensured through the CB Scheme IEC, managed in collaboration with certification bodies under CTF2 (Customer Testing Facility, Level 2) status, allowing internationally recognized testing to be performed directly within our laboratories
- A further distinguishing milestone is the recent ISO 17025 accreditation obtained for our photometric laboratory, certifying technical competence and the reliability of advanced photometric testing methods
These certifications, combined with structured internal controls, ensure that every GDS solution is safe, high-performing, and fully compliant with professional market standards.
Collaboration with internal departments and external partners is a key success factor for projects developed within GDS laboratories.
The laboratories do not operate as an isolated entity but as a central node within a broader ecosystem where cross-functional competencies converge to accelerate innovation in professional lighting.
Interaction with the R&D department is continuous: we share analyses, experimental data, and preliminary results that guide design decisions, optimize technical solutions, and quickly identify potential critical issues.
Collaboration with production is equally essential. Through ongoing alignment, we assess manufacturability, evaluate potential design adjustments, and ensure that improvements can be implemented reliably and consistently.
External partners — including certification bodies and supply chain collaborators — also play a significant role. Through them, we gain access to specialized expertise, emerging technologies, and timely regulatory updates.
Over time, GDS laboratories have achieved milestones that have strengthened both their expertise and credibility.
Among the most significant:
- Evolution of increasingly proactive and structured testing processes
- Expansion of measurement instrumentation and adoption of advanced testing technologies
- ISO 17025 accreditation of the photometric laboratory
- Achievement of CTF2 status within the CB Scheme IEC, enabling internationally recognized in-house testing
- Continuous development of team competencies
- Deeper integration with R&D, production, and quality control
These accomplishments have consolidated the laboratories’ role in ensuring cutting-edge, reliable, and competitive lighting products.
What I’m most proud of is our laboratories’ ability to turn critical situations into opportunities for improvement.
I remember a project where, during the final stages of development, we identified a potential thermal issue that could have affected product performance once on the market.
Despite extremely tight timelines, the team reacted immediately and in a coordinated manner. We analyzed the root cause, defined an accelerated testing plan, and worked closely with R&D and production to implement an effective solution.
Within a few days, we not only addressed the root cause but also reinforced the product’s thermal performance and long-term reliability.
In the coming years, our laboratories will increasingly focus on the development of efficient, sustainable, and intelligent LED lighting technologies for professional applications.
A strategic priority will be the evolution toward connected and integrated solutions, where lighting, sensors, and control systems interact to create safer, more flexible, and energy-efficient environments. This will require new testing methodologies and dedicated instrumentation, which the laboratories are already introducing.
At the same time, we aim to further strengthen our certification expertise by expanding accreditations into additional key areas, including:
- Material validation
- Lifetime testing
- Environmental safety verification
Extending the scope of ISO 17025 accreditation and enhancing CTF schemes will be essential to achieving higher levels of operational autonomy and testing reliability.
Finally, we will continue investing in team development and equipment upgrades, as innovation emerges from the synergy between skilled professionals, robust processes, and cutting-edge technologies.
Our goal is to keep GDS laboratories at the forefront of innovation, anticipating market needs and helping the company meet the future challenges of professional lighting.
Nicola Villan, Head of GDS Laboratories.
