Fred Optimum is a tool for scattered light analysis, laser system design and CBS Europe product imaging systems. This software enables modeling of optometric systems using Ray Tracing techniques and precise simulations. Fred Optimum software is widely used in various industries such as aerial, automotive, consumer electronics and medical to develop and optimize optical systems.
Allameh Brahi, Fred Optimum software, offers a variety of capabilities such as beam tracking using GPU, Import/Export 3D files, coherent and non -modern light simulation, and multi -single optimization, allowing users to model and analyze high -precision optical systems. . The software also provides high flexibility in the design and simulation process with support for Basic scripting and distributed computing capability. Fred has become one of the essential tools in optical engineering by providing advanced tools for scattered light analysis, designing lighting systems, and simulating laser systems.
Fred Optimum software capabilities
- Increase the speed of beam tracking calculations up to 100 times compared to multicitic CPU calculations
- Support for formats such as Iges, Step and Obj
- Possibility of simulating laser systems and analyzing the effects of coherent and non -interference
- Optimizing design parameters using advanced algorithms
- Possibility of modeling and analyzing light scattering at surfaces and volumes to control annoying lights
- Using a maximum processing cores and distributing computing on a network of computers
- Ability to automate tasks and customize simulation processes using Basic script writing language
Application
- Scattered Light Analysis in Imaging Systems: Investigating and Reducing the Effects of Annoying Lights on Astronomical Cameras and Telescopes
- Lighting Systems Design: Development and Optimization of Lighting Systems such as Lightpipes, Freefrending Optics and LED Displays
- Design of optical tools: Simulation and optimization of tools such as interferometrics, spectrometers and optical sensors
- Laser Systems Development: Modeling and Optimizing Laser Systems for Applications such as Fiber Optic Coupling and Laser Line Generators
- Medical Applications: Design and analysis of optical systems in medical equipment such as endoscopes and light scattering modeling in human tissues
Here ‘s a look at Fred Optimum software for scattered light analysis, design of laser systems and imaging systems . Here are some photos of this software.
