Coelux
CoeLux is a software utility that helps you in interior designs of a building for light entrance. This imparts a contrasting and alluring look to the offices or homes. The sunlight is projected in such a way that it brightens the maximum interior thereby fascinating the internal view of the building. Based on nanotechnology it is an optical software system that reproduces the natural light of the sun and the visual appearance of the sun artificially. The platform contains tools to mold the glass and allow light to enter from the glass according to the requirements.
In the health care sector like clinics and hospitals, the light generated through the platform’s help is intended to help in the well-being of patients. The platform helps to design such type of glass that does not prevent important radiation coming from the sun which is necessary for photosynthesis. This enables you to bear several plants in your home or office that can survive under partial or low sunlight thereby bringing you more close to nature.
Coelux Alternatives
#1 Zemax
Zemax is optical design software that helps manufacturing industries to design optical instruments and interior building structures. Through an engineering workflow that is streamlined, it quickly brings the optical systems to market. It helps industries to manufacture a quality product fastly by streamlining the workflow and enhancing the collaboration between mechanical, optical, and manufacturing engineers.
The platform contains important tools to design any product these include OpticsBuilder for CAD users using optical packaging systems, OpticStudio which is the industry-leading optical design software, and OpticsViewer for process engineers. It offers comprehensive technical support and training in addition to unrivaled software value. The key specialties of the platform include optical engineering design software, CAD for optics, fiber, and laser optics design software, and optomechanical design software.
#2 3DOptix
3DOptix is an optical simulation software that enables engineers and architects to built optically designed products for molding light for specific purposes. To select the suitable optical element for your design, the platform contains seventeen various catalog vendors in its database. All the platform’s mounts are constantly in synchronization with one and other. For any optical application and for rapid optical prototyping you can easily build any three-dimensional structure.
Accurately above the location of fixation, all-optical elements are centered. For rapid optical prototyping, it is easy to develop a three-dimensional structure. The salient features of the platform include optics search portal, optical design software, ray optics simulation, optical designs and apparatus, online lab manual, software tutorial, bundle reference designs, lab supplies, catalog, and much more.
#3 Lumerical
Lumerical is a simulation software suite by Ansys that is developed for manufacturing light instruments and glass. It facilitates designers and engineers to build their optical products with ease. Thereby ensuring the maximum benefit of the light being drawn from that product. To simulate thermal, optical, and electrical effects at the physical level the platform’s component-level simulation suite uses multiphysics-style simulation workflows.
For designing and optimizing photonic integrated circuits, the suite of system-level modeling products offers a rich set of analytical capabilities. The main feature of the platform includes system suite, interconnect, CML compiler, laser library, system library, photonic Verilog-A, FDTD Accelerator, MODE accelerator, interoperability, automatic API, tool integrations, foundry support, device suit, HPC & Cloud, and much more.
#4 Lambda Research Corporation
Lambda Research Corporation is a useful platform that contains different software to design, analyze and optimize optical and lighting systems. With powerful interactive optimizers and an intuitive CAD interface, this software suite offers a powerful optical design environment with a short learning curve to pioneer product development. For study purposes, It also offers a university program. It is an industry-leading platform that provides software for ray tracing. Optical designers and engineers use this platform for layout optimization and enable themselves to meet the requirements of modern design.
With the training session of the platform, the newbie’s users can learn how to use this platform for formulating the best optical designs of any optical product. You can also visualize light rays directly in a software model to mold the structure of your product according to the maximum benefits. The key specialties of the platform include news & events, trademarks, press info, privacy policy, university program, license options, site map, feedbacks, and much more.
#5 Synopsys Optical Design
Synopsys Optical Design is a one-stop solution for all-optical product design simulations. The platform is widely utilized by automatic and glass-related industries to build products for maximum light control and simulation. With a comprehensive illumination design software utility, you can optimize, visualize, and simulate any product model with ease. It contains the most enhanced ray tracing through which you can adjust the direction of rays to travel straight without distracting from the path.
This distraction-free ray scattering benefits in gaining the maximum optical advantage of the product. Moreover, it contains optical tools to measure the optical intensity. Formula energy-efficient and high performance to the photonic devices, integrated systems, and circuits. The key specialties of the platform include automotive optical products simulation, artificial intelligence, cloud storage, 5G technology, aerospace & defense, built smart & secure products with IoT, FinFET, advanced low power, DTCO, silicon lifecycle management, and much more.
#6 Comsol Wave Optics Software
Comsol Wave Optics Software is a software utility designed to analyze nano and micro-optical devices with the help of a wave optics module. To validate any optical design the simulation from this platform is utilized along with theory and experimental data. For optically large structures the traditional simulation methods are not efficient as their geometry is too larger than the electromagnetic wavelength.
To simulate optically large devices with much less computational resources than traditional methods the platform’s module includes a special beam envelope technique that can be used. There are many features available for simulating optical systems, like domain polarization that are useful for nonlinear wave propagation. The material library includes dispersion ratios for refractive indices of over 1400 materials, including a large number of glasses used for lenses, semiconductor materials, and more.