Redefining the lighting industry, layer by layer.
Since 2023, IQ LUX has embraced the mighty challenge of expanding the horizons of the lighting industry. Driven by the vision of a highly efficient, yet responsible production, we focus on cutting-edge material science and push the boundaries of manufacturing as we know it.
This integrated approach ensures that every step is optimized for sustainability and ecological responsibility – through scientific research, thorough testing and the passion for innovation at every level. At IQ LUX, we are building the foundation for a circular, resource-efficient future, one layer at a time.
Technology is key
Technology is our central lever of innovation. Moreover, we enjoy thinking outside-the-box – from the initial development stage to shipping the final product. We focus not only on innovations in the field of 3D printing, but also explore new paths in electronics and production. Our solar-powered and automated, AI-driven facility paves the road to true scalability and a “make-to-order” process – effectively eliminating inventories and overproduction.
This flexible setup drastically shortens product iteration cycles and provides ample options for custom and complex applications. Any production faults or rejected parts are automatically recycled, completing our vision for a sustainable and efficient future while minimizing the need for packaging and transport.
No idea is too bold. No challenge too steep. As a powerhouse team in material science, automation, design and engineering, we turn the impossible into reality.
3D printed by IQ LUX
Our goal is to establish a fully autonomous 3D printer farm as a scalable research and development platform for the lighting industry. The system enables a 24/7 production and a highly efficient process, where products are only created when they are truly needed, thereby reducing storage space and soil sealing. Through the use of additive manufacturing, we remove the need for tooling or moulds, which not only minimizes waste but also allows for the design and easy sourcing of custom components. A modular, open software architecture and custom APIs ensure real-time synchronization, automated job distribution and seamless scalability for various applications.
Materials for a bright future
We believe that true sustainability starts with the material. By leveraging advanced, resource-efficient technologies, we select bio-based and recycled solutions that link ecological responsibility with technical excellence. Our dedication to eliminating waste and creating optimized processes allows for the successful re-integration of materials into the production cycle – paving the way to the future of material science.
GROW
These materials are bio-based, biodegradable polymers made from renewable sources, such as corn starch. Highly versatile, they are combined with materials like wood or plant fibers to deliver enhanced functionality while supporting a flexible and creative production.
Facts & Specs
PLA
- made from biobased resources
- industrially biodegradable
- non-toxic and odorless
- Heat Deflection Temperature B (0,45 MPa) ISO 75 60 ˚C
- VICAT B (50 N 50°C/h) 59 ˚C ISO 306
CYCLE
Sourced from recycled and recyclable thermoplastics, these materials are key to reusing existing resources and minimizing waste. By actively developing compounds with durability and heat-resistance in mind, we deliver recycled alternatives for versatile technical applications.
Facts & Specs
RPET
- made from recycled PET bottles
- 100% recyclable
- high mechanical resistance and stability
- non-toxic and odorless
- Heat Deflection Temperature B (0,45 MPa) ISO 75 73 °C
- VICAT B (50 N 50˚C/h) 74 ˚C ISO 306
TECH
These robust technical polymers provide superior UV- and heat resistance, ideal for long-term use in critical components, challenging environments, and highly technical applications. They have been developed to be fully recyclable and reusable, ensuring an extended product lifecycle.
Facts & Specs
ASA
- derived from petrochemicals
- recyclable and reusable
- high strength and shatter resistance
- UV/weather resistant
- Heat Deflection Temperature (4mm, Unannealed) ISO 75 81 °C
- Vicat Softening temperature (50N)* ISO 306 96 °C
A shared innovative mission
We work at the highest technical standards and remain open to new technologies and innovations in the field of material research. Beyond standard materials, our strength lies in developing our own tailored blends and polymers. These are customized for specific requirements such as thermal conductivity, flame retardancy and temperature resistance. Our in-house extrusion lines enable flexibility and allow us to pursue unconventional ideas and a wide range of possibilities.
Working between laboratory and industrial scale gives us the flexibility to experiment, iterate, and innovate quickly. This unique setup allows us to respond precisely to customer needs and design requirements – including haptics, appearance, matte finishes, and other aesthetic and functional properties. We develop with purpose and precision, efficiently turning complex ideas into customized solutions.
Always Ahead of the (Reycling)-Curve
We set trends, not follow them. Today, we already shape the identity of tomorrow’s products. We believe waste isn’t the end—it’s the beginning. By giving discarded materials a new purpose, we transform “end-of-life” into a rebirth scenario.
Products
ANDRO IQ
As the first XAL luminaire with a 3D-printed housing, ANDRO IQ combines IQLUX’s expertise in modern manufacturing with XAL’s expertise in efficient lighting technology. Available in four sizes, it fits into ceiling cut-outs from 160 to 240 mm and is ideal for refurbishments, renovations or new construction projects. With an efficiency of up to 151 lm/W, it saves energy and thus CO₂ during its service life. Manufactured in Austria, ANDRO IQ impresses with its high-quality workmanship and particularly easy installation.
