NEWS

Programmed for progress - high-end micro-optics manufacturer Jenoptik and innovative Optics software company LightTrans conclude cooperation agreement

(June 22, 2009)

The micro-optics business unit of Jenoptik's Optical Systems Division and the company LightTrans GmbH will work closely together in the field of development and commercialization of micro-optical solutions.

With this exciting new cooperation Jenoptik will support their customers even better in all ...

LightTrans exhibiting @ LASER. World of Photonics 2009 in Munich

(June 09, 2009)

We will present recent innovations that are available in our optical modeling and design software VirtualLab™. Our team will welcome you at our Booth 271 in Hall B2. Learn more about the features and use of VirtualLab™. If you need more than ray tracing, our products provide you with suitable model...

Talks and Poster presentations at DGAO 2009

(May 12, 2009)

Michael Kuhn, Hagen Schimmel of LightTrans together with Prof. Frank Wyrowski (University of Jena) are going to present talks and posters at the DGAO annual conference taking place in Brescia beginning 2nd of June 2009.

Frank Wyrowski gives an invited talk on

"From Ray Tracing to Unified Opt...

Enjoy Optical Modeling Beyond Ray Tracing with LightTrans' New VirtualLab™ 4

VirtualLab 4.0 unifies modeling techniques ranging from geometrical optics to electromagnetic approaches on one single platform. Light path diagrams allow user-friendly set up of optical systems and combines sources, components and detectors. Source models include polarization, color and temporal / spatial coherence. Components come with their own modeling approaches, e.g., lenses use geometrical optics and gratings the rigorous Fourier Modal Method. VirtualLab ensures that the different modeling approaches per component work together in system modeling.

Dividing the package into toolboxes allows practical and simple application in analysis of systems, design of diffractive optical elements and beam shapers, analysis of gratings and laser resonator analysis.