Dialux | Pro [extra Quality]
DIALux Pro is more than just software; it is the infrastructure of the modern lighting industry. It empowers designers to create spaces that are not only visually stunning but safe, compliant, and energy-efficient. As the industry moves toward smart cities and human-centric lighting, DIALux Pro continues to evolve, remaining the essential toolkit for anyone serious about professional lighting design.
While numbers are essential for engineers, clients often need to "see" the result. DIALux Pro integrates advanced rendering capabilities that generate photorealistic images and video animations. This allows stakeholders to visualize the mood, shadow play, and color temperature of a space before a single fixture is installed. The software supports daylight simulation, allowing designers to see how natural light interacts with artificial lighting throughout the day and year. dialux pro
Developed by DIAL GmbH in Lüdenscheid, Germany, DIALux has established itself as the de facto standard for lighting designers, architects, and electrical planners globally. It is a powerful tool that bridges the gap between creative vision and technical compliance. DIALux Pro is more than just software; it
DIALux Pro (evo) is a that saves you from guesswork and costly lighting mistakes. Invest 2–3 hours in tutorials, and you'll be able to produce professional lighting designs that are code-compliant and visually compelling. While numbers are essential for engineers, clients often
One of DIALux’s most significant advantages is its neutrality. While the software is free, it is funded by "DIAL Partners"—leading luminaire manufacturers like Philips, Osram, Thorn, and Zumtobel. However, the software does not favor these brands exclusively. Designers can upload photometric data from any manufacturer, ensuring that the design process remains unbiased and focused on the best product for the job rather than a specific brand ecosystem.
The software’s primary strength lies in its ability to calculate light output based on physics. It utilizes industry-standard photometric data files (EULUMDAT and IES). Planners can calculate:
