DESIGN, TECHNOLOGY &
HIGH-TECH MATERIALS
synced in perfect harmony.
DESIGN PATENTS PROTOTYPING MATERIALS LABS OPTICAL TESTING PRODUCTION
THE DABO
TECH DESIGN

Every component of a DABO TECH lighting system is meticulously designed and engineered by our highly skilled multidisciplinary team of industrial designers and optical engineers. Every day, they push the boundaries of innovation, seamlessly merging cutting-edge technology with modern aesthetics to create state-of-the-art lighting solutions that redefine the industry. Our goal is not just to illuminate the road but to set new standards in performance, design, and customization.

Our breakthrough modular headlight system revolutionized vehicle lighting by offering an affordable yet high-performance solution, allowing manufacturers to achieve customized lighting designs without sacrificing quality or cost-efficiency. As technology evolved, we introduced new reflector and refractor innovations, enhancing beam precision, brightness, and light distribution. These advancements paved the way for highly adaptive and dynamic lighting solutions, bringing superior illumination and aesthetic appeal to modern vehicles.

GLOBAL
PATENTS
Innovation is at the core of our headlight module technology. Our unique designs and manufacturing processes are patent-protected, ensuring our solutions remain ahead of the competition. By continuously pushing the boundaries of lighting engineering, we create high-efficiency modules that enhance visibility, safety, and aesthetics. Our research and development team works tirelessly to introduce new technologies that not only improve performance but also contribute to the longevity and sustainability of vehicle lighting systems.
FAST
PROTOTYPING
The development process begins in a 3D CAD/CAM environment, where we use high-precision 3D scanning to create accurate digital models of vehicle headlight systems. By integrating CAE simulations, we evaluate and optimize structural rigidity, fatigue resistance, and thermal load management. These simulations help us ensure that our headlight modules withstand real-world conditions, offering long-term durability and superior optical performance. The result is a meticulously crafted lighting system that provides precise beam control and unmatched efficiency.
Various Actor Materials
We carefully select advanced materials that ensure optimal light distribution, durability, and heat resistance. The choice of materials plays a crucial role in achieving the right balance between performance, efficiency, and cost-effectiveness. To meet the diverse needs of our customers, we offer a range of material options, allowing them to select the best combination based on their budget, performance expectations, and desired aesthetics. Whether prioritizing high-intensity illumination, long-term durability, or a distinctive design, our flexible material selection process ensures that every customer gets a tailored solution that fits their specific requirements.
Reflector Technology
Our precision-engineered reflectors are designed to maximize light efficiency by directing beams for optimal road visibility, ensuring that the vehicle’s headlights deliver the best possible illumination. Reflectors play a vital role in beam shaping and focus, allowing for efficient light distribution while adhering to strict safety and regulatory standards. Customers can choose from a variety of reflector designs and coatings, each optimized for different levels of brightness, beam spread, and overall efficiency. Whether the goal is enhanced visibility for high-performance driving or a more aesthetic and subtle lighting approach, our range of reflector technologies allows for complete customization.
Lens Refractor Systems
By integrating advanced lens refractor systems, we enhance beam shaping, uniformity, and precision, ensuring that our headlights provide optimal brightness and reduced glare for both the driver and other road users. These refractors play a crucial role in controlling how light is distributed, helping to create sharp beam patterns, adaptive lighting functions, and visually striking effects that enhance both safety and vehicle aesthetics.
Polycarbonate (PC)
Known for its high impact resistance and durability, PC lenses are ideal for rugged environments and vehicles exposed to extreme conditions. This material offers excellent protection against shocks, debris, and environmental wear, making it a great choice for customers who prioritize toughness and longevity.
Polymethyl Methacrylate (PMMA)
Commonly referred to as acrylic, PMMA provides exceptional optical clarity and UV resistance, ensuring long-lasting transparency without yellowing. This material is perfect for customers looking for a balance between performance, aesthetics, and cost-efficiency, offering crystal-clear light transmission and a refined appearance.
GLASS
Offering the highest level of optical precision, glass lenses provide superior light refraction and thermal resistance, making them ideal for high-performance and luxury vehicle applications. With their premium feel and exceptional durability, glass lenses are the top choice for customers seeking maximum clarity, heat resistance, and a sleek, high-end finish.
MEASURING LABORATORY
At DABO TECH, achieving the highest levels of accuracy, consistency, and performance is fundamental to our lighting development. Our Precision Measuring Laboratory is equipped with the latest optical measurement technologies, enabling us to evaluate and refine every component to meet stringent industry standards. By utilizing advanced no-contact measurement systems, 3D scanning, and hybrid light sources, we ensure that our products deliver optimal illumination, durability, and regulatory compliance.
No-Contact Optical Measuring Technology
Our no-contact optical measuring system allows for precise measurement and analysis without physically touching the component. This technology is particularly crucial for evaluating delicate materials such as lens refractors, reflector coatings, and optical elements. By using high-resolution imaging and laser scanning, we can detect even the smallest deviations in shape, texture, and optical properties. This method ensures that every component is manufactured to exact specifications, preserving quality and performance throughout the production process.
Portable Hybrid Light Source 3D Scanner
To complement our laboratory-based analysis, we utilize a portable hybrid light source 3D scanner, allowing us to conduct real-time, on-site testing of our lighting components. This highly advanced scanner captures detailed 3D models of headlight modules, reflectors, and lenses, making it easier to compare physical products with their original CAD designs. By identifying inconsistencies early in the manufacturing process, we can make rapid adjustments to enhance precision, reduce errors, and ensure flawless beam shaping and light distribution.
Photometric Laboratory
Every DABO TECH lighting system undergoes rigorous testing in our photometric laboratory to guarantee uncompromised quality and performance. We conduct extensive evaluations to measure light distribution, brightness, color consistency, and energy efficiency. This ensures that every module meets and exceeds industry standards, providing superior illumination and safety. Compliance with global ECE and DOT certification requirements is a fundamental part of our process, ensuring that our products are legally and functionally sound for markets worldwide.
Photometric Engineering
At DABO TECH, our Photometric Engineering department is dedicated to designing and optimizing vehicle lighting systems for superior performance, safety, and compliance. By leveraging advanced optical simulations, photometric testing, and real-world evaluations, we create precisely engineered lighting solutions that enhance visibility, minimize glare, and meet the highest industry standards.
Light Distribution Analysis
Our Light Distribution Analysis ensures that every headlight beam pattern provides optimal road coverage without dark spots or excessive glare. By using computer-aided simulations and real-world road tests, we fine-tune lens refractors and reflector geometries to ensure that light is evenly distributed, maximizing visibility and safety in all driving conditions.
Lighting Properties Evaluation
Our Lighting Properties Evaluation process focuses on analyzing color temperature, brightness levels, and optical efficiency to create stable and high-performance illumination. We rigorously test our modules to ensure that light remains consistent over time, providing precise beam control and color accuracy for improved aesthetic appeal and road safety.
ECE/DOT Certification Compliance
To ensure compliance with global automotive regulations, our Photometric Engineering team conducts extensive certification testing for ECE (Economic Commission for Europe) and DOT (Department of Transportation, USA) standards. By adhering to legal beam patterns, glare control measures, and brightness limits, we guarantee that our headlight systems meet the strictest safety requirements for worldwide approval.
TESTING

Every module undergoes extensive real-world and laboratory testing to ensure flawless performance under various environmental conditions. We conduct thermal endurance testing to evaluate heat resistance and performance stability, vibration and impact testing to ensure durability against road conditions, and water and dust resistance testing to achieve IP-rated protection. These tests are essential to maintaining the highest quality standards, ensuring that our products perform reliably for years to come. By meeting and exceeding global safety and quality standards, we provide reliable lighting solutions that excel in performance and durability.

AKRAPOVIČ FOUNDRY

The Akrapovič titanium foundry, which was established in 2009, has added value in fields such as cutting-edge surgical instruments, precision technology in the meat-processing industry, high-end sporting goods and apparel, the packaging industry, and numerous parts in the car and motorbike markets.

Akrapovič Titanium Foundry