Our Light Simulation Services

Realistic Analysis of Optical Systems and Lighting Conditions
Drei ITB-Ingenieure bei der technischen Besprechung eines Metallbauteils mit Simulationsbericht

From Virtual Simulation to Production-Ready Implementation —
Everything from a Single Source.

Your Light Simulation Project at ITB

As experts in light simulation, we offer comprehensive services for the development and optimization of light guides and optical systems.

Our competence and experience enable us to create light guide designs that account for both photometric and manufacturing-related factors, precisely tailored to the specific requirements of each project.

We rely on precise simulations and state-of-the-art software solutions to ensure the best possible lighting performance — from the initial concept through to production-ready design.

Light Simulation on Your Behalf

The following section describes the typical workflow of a light simulation project, from the initial brief through to results analysis. Depending on your scope and requirements, the process is flexibly adapted to individual needs.

1. Requirements Analysis

Joint definition of project objectives: luminous flux distribution, illuminance, and optical performance.

2. Data Collection & Review

Assessment of CAD and material data, ray files, and technical specifications.

3. Concept Development

Development of the simulation concept.

4. Modeling & Simulation

Building up of the optical model in LightTools / Ansys SPEOS and execution of the simulations.

5. Results Analysis & Optimization

Evaluation, design variant comparisons, and targeted design optimization.

6. Presentation & Documentation

Final review meeting, handover of all data and production-ready results.

  • CAD models of the components or products
  • Material properties and surface data
  • Requirements for luminous flux distribution, intensity, and design
  • Light source specifications (e.g., LED optical datasheet / name)
  • STEP model of the light guide, designed ready for manufacturing
  • Manufacturing guidelines for practical implementation
  • Documentation of all steps, from requirements analysis through to the final result
  • Through our close integration into your development process, you benefit from efficiency, transparency, and optimal results.

Simulation and Practice — A Holistic Approach

We Combine Simulation-Based Development with Practical Implementation.

Leveraging our high-performance computing capacity and specialized tools (e.g., LightTools), we model complex lighting conditions with a high degree of realism.

Our expertise allows us not only to compute simulation results, but also to evaluate them systematically and translate them into actionable insights for your product development.

Benefits of Light Simulation in the Development Process

The targeted use of light simulation optimizes development workflows and enables:

Technical Expertise and Solution Approaches

Our core competency lies in the development and optimization of light guides — from theoretical modeling through to practical implementation.

Our simulations enable targeted solutions to key engineering challenges:

  • Optimization of luminous homogeneity and color mixing for single- and multi-color systems
  • Reduction of glare and improvement of luminous flux distribution
  • Efficient light extraction to maximize luminous efficacy
  • Seamless integration of optical systems into existing product designs

Efficient Development Processes — From Concept to Prototype

Our light simulation services accompany the entire product development process — from the initial concept phase through optimization to production-ready implementation.

Thanks to our partner network, we offer not only precise prototype manufacturing for real-world validation of simulation results, but also access to experienced partners for series production.

This enables compelling design presentations, minimized development risk, and accelerated market readiness.

Light Simulation as a Key Technology

The targeted application of light simulation enables complex lighting solutions to be developed efficiently, precisely, and sustainably.

With a solid theoretical foundation, practical approaches, and the necessary technical infrastructure, we support the development of innovative lighting systems.

Further Topics in Light Simulation

Gelbe Signalleuchte bei Dämmerung mit Bokeh-Lichtpunkten im Hintergrund – Beleuchtungssimulation im Straßenverkehr
Industries & Application Examples
Glasfaserbündel mit ausstrahlenden Lichtpunkten – Visualisierung von Lichtleitern in der optischen Simulation
Light Simulation Fundamentals
ITB Ingenieurgesellschaft für technische Berechnungen mbH – Firmenlogo als Neon-Darstellung
Competencies, Events, Talks & Networks

Want to learn more about Light Simulation?

Whether you are facing a specific challenge or are interested in learning more about the possible applications of light simulation in your company – we will get in touch with you quickly and easily.

Write to us via our contact form or book an appointment directly with our light simulation expert.

Svenja Potthast – Lichtsimulation-Expertin bei der ITB GmbH

Talk to our light simulation expert

Svenja Potthast, M. Eng. 
Team Lead Light Simulation

“For me, sustainability begins in development. With precise light simulations, we create the basis for energy-efficient, standard-compliant products – even in the digital design. My goal is to design this technology in such a way that small and medium-sized companies also benefit from it: affordable, practical, forward-looking.”

News

April 2025
ITB Pune is 1 year old!

April 2024
Lecture by Yannick Lattner (CFD engineer) at the ISimT-24: Symposium on Innovative Simulations in Turbomachinery

April 2024
Foundation of ITB Pune, Rushab Oswal as new Managing Director.

April 2024
Our company has been a member of the sponsoring association of the KIMW (Kunststoff Institut) since April 2024

April 2024
Reinhard Houben, Member of the German Bundestag, visits ITB in Dortmund

Oktober 2023
In October 2023, we received approval from the Federal Ministry for Economic Affairs and Climate Protection (BMWK) for the ZIM individual project “Development of a scalable service for the simulation of light guides with variant calculation and automated workflow”.