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With twenty years of research and development behind it, OPTIS optical and light simulation software is the most advanced in the industry. The software offers sophisticated photometric and colorimetric analysis, to model highly accurate physics-based renderings of final product appearance.

Medical and Bio-Optics

• OPTIS light simulation software models laser and ultra-violet imagery systems for medical applications. OPTIS software also simulates entire biophotonic systems, including devices for drug discovery, molecular biology research, clinical diagnostics, and surgical applications. The software calculates illumination levels and optimizes uniformity in imaging systems and evaluates the effects of volume absorption and scatter in optical systems.

Nuclear and Energy

• OPTIS software is used to simulate leakage in nuclear reactors.
• OPTIS solutions are deployed in the framework of the international ITER project.
• ITER’s aim is to develop a new clean source of energy using fusion, to meet mankind’s future needs.
• The ITER scientists use OPTIS software to analyze radiative exchange, and to evaluate Infra-red reflections within the metallic environment of the Tokamak.

Consumer and White Goods

• OPTIS software simulates light guides for control of toys, electrical appliances, oven and refrigerator lights, and other white goods lighting systems.

Telecommunications

• OPTIS software models fiber coupling, birefringence, free-space propagation, and gradient index materials for couplers/splitters, multiplexers, free-space/guided propagation, fiber analysis, polarization, dispersion, and wave optics.

Lightpipes

• Lightpipes appear deceptively simple, but uniform illumination can be challenging. OPTIS has designed lightpipes for numerous applications, such as automotive and aircraft interiors, medical lighting, and consumer appliances.

Lasers

• Used in industrial, medical, nuclear, and military applications, OPTIS software enables you to optimize all laser propagation parameters with powerful Gaussian and diffractive optics simulation.