Dialux Pro

comes pre-loaded with validation tools that instantly tell you if your design fails uniformity (Uo) or glare (UGR) ratings. You can submit a "Lighting Report" to a client that proves compliance line by line.

Generic software can draw pretty pictures. Dialux Pro uses based on actual IES/LDT files from manufacturers like Philips, Osram, and Eaton. You aren't guessing how a light looks; you are simulating how photons actually bounce off walls, floors, and ceilings.

The Pro subscription primarily enhances the side of lighting design: dialux pro

Once the lighting design is optimized, the luminaire coordinate matrices, maintenance factors, and energy consumption metrics can be exported directly back into the master BIM file. Open Manufacturer Luminaire Access

What is the in your current design process? Share public link comes pre-loaded with validation tools that instantly tell

Do you primarily work with , or do you mostly use 2D CAD files ?

Create precise reports on energy consumption, emergency lighting compliance, and luminaire specifications. 2. Seamless Integration and Workflow Dialux Pro uses based on actual IES/LDT files

: DIALux provides validated results for illuminance ( Emcap E sub m ), color rendering ( Racap R sub a ), and unified glare restriction ( UGRcap U cap G cap R

Save custom templates for different audiences. Create a visually rich, simplified layout for clients, and a highly technical, data-dense report for electrical contractors. 3. Unlock Non-Partner Luminaires

DIALux Pro is the premium, subscription-based tier of the widely used DIALux evo software. While the standard version of DIALux evo remains free for basic calculations and layouts using partner luminaires, the Pro version unlocks advanced productivity features, automated reporting, and seamless integration with Building Information Modeling (BIM) workflows.

Unlike generic rendering software, DIALux Pro operates on a plugin architecture. Over 100 major lighting manufacturers (e.g., ERCO, Zumtobel, Philips) provide digital catalogues (LUMfiles) directly within the software. This ensures that simulations use real photometric data (IES files) rather than generic "light cones," guaranteeing that the rendered result matches physical reality.