Why Choose Ozen Engineering for Optics and Photonics Consulting?

At Ozen Engineering, we provide expert optical and photonics consulting services that harness the power of Ansys Lumerical alongside Zemax and Speos. Our optics and photonics simulation consultants blend deep technical expertise with a comprehensive understanding of systems design and optimization.

Our solutions include:

  • Comprehensive Optical Design
    Utilize Lumerical, Zemax, and Speos for advanced Nano-Chip, Optical, and System Design such as PICs, ray tracing, lens design, and simulation, ensuring precise analysis and evaluation of optics and photonic systems.

  • Real-World Simulation and Perception
    Leverage Ansys physics-based imaging software to assess product appearance under diverse lighting conditions, ensuring superior perceived quality in virtual environments.

  • Advanced Photonic Simulation Expertise
    Seamlessly integrate circuit-level simulation, nanophtonic component simulation, 3D CAD environment, EPDA workflows, automation, comprehensive laser workflows, photonic inverse design, and compact model generation tools for efficient and precise photonics design.

  • Integrated Optimization and Workflow Solutions
    Ansys integration for Speos and OptiSLang to bridge nanophotonic simulation with macroscale environments, enabling advanced optimization, sensitivity analysis, and design workflows across display, image-sensor, and modulator applications.

How Can We Help?


Contact us to speak with our optics & photonics consultants

Ansys Lumerical

 

Lumerical offers an integrated set of tools to model Photonic Integrated Circuit, optimize photonics components. Our consultants enhance electro-optical modulator designs and perform quantum well analysis for next-gen lasers and modulators. Our Multiphysics packages delves into semiconductor device behaviors, addressing everything from charge transport to quantum effects for comprehensive analysis. From optimizing AR/VR optical components to advancing fiber-optic communications, our MODE expertise sets the standard.

  • Photonic Integrated Circuit Design
  • Analysis for next-gen lasers and modulators
  • Waveguide design and loss analysis
  • Opto-Electronic uLEDs
  • Optical Transceiver Design
  • Solar Cell Optimization
  • Full KLayout Multiphysics Integration
  • GPU for FDTD improvements
  • Metalens Design
  • Optical Coupling CPO

Ansys Zemax Expertise


Discover new ways to turn innovative ideas into products that shape the world. Ansys Zemax is the standard for optical, illumination, and laser system design in leading companies throughout the optics industry and at universities around the world.

  • Optical Design and Analysis
  • Ray Tracing
  • Lens Design
  • Aberration Analysis
  • Illumination Design
  • Critical Opto-mechanical Component Selection
  • Stray Light Analysis
  • Integration with CAD Software
  • Tolerance Analysis
  • Filter and Coating Analysis
  • Export and Documentation

Ansys Speos Consulting

Experience light simulation for optical system optimization and validation in an intuitive and comprehensive user interface within a multiphysics environment.

  • Lighting System Performance
  • Optical Design Optimization
  • Illumination Optimization
  • Human Vision
  • Simulate Sensor Vision
  • HUD Design and Analysis

Related Articles

Zemax: Non-Sequential Mode for Beginners

Zemax: Non-Sequential Mode for Beginners

Unlock Zemax Non-Sequential Mode: a beginner’s guide to sources, detectors, and real-world optical simulations made simple.
Read Article
Zemax OpticStudio: Advanced Coordinate Breaks: Pivot Point Sequential

Zemax OpticStudio: Advanced Coordinate Breaks: Pivot Point Sequential

How to model pivot points in Zemax with Coordinate Breaks anywhere in Space for realistic mounting configurations in Sequential Mode.
Read Article
Ansys Zemax: Understanding Basic Surface Types for Beginners

Ansys Zemax: Understanding Basic Surface Types for Beginners

A walkthrough for beginners of the basic surface types in Zemax OpticStudio. How to use Standard, Even Asphere, Toroidal, Conic, and Coordinate Break.
Read Article
Begin Zemax: First Lens Design

Begin Zemax: First Lens Design

A beginner's guide to designing your first lens in Ansys OpticStudio Zemax. Offers insight into design and optimization routine when you are new to Zemax.
Read Article
Lens Design in Zemax - Aberration Theory

Lens Design in Zemax - Aberration Theory

An overview of the common aberrations among all optical systems, the Seidel Aberrations. Includes a derivation, mathematical, and physical explanation.
Read Article
TX of a Non-Coherent Optical Transceivers

TX of a Non-Coherent Optical Transceivers

Brief description of the TX of a non-coherent transceivers, used for data cemters and short range communications.
Read Article
Accelerating FDTD Simulations with GPU Computing: Cloud Burst Benchmarks & Performance Insights

Accelerating FDTD Simulations with GPU Computing: Cloud Burst Benchmarks & Performance Insights

Accelerate FDTD simulations by up to 7× with Ansys Cloud Burst. See GPU benchmarks, scaling insights, and setup tips for Lumerical users.
Read Article
Polarization States for Zemax: Jones Calculus, Part II

Polarization States for Zemax: Jones Calculus, Part II

Explains Jones Vectors in relation to Zemax. Contains a Macro using Zemax Programming Language for exporting polarization as a Jones Vector.
Read Article
Polarization States for Zemax: Jones Calculus Intro, Part I

Polarization States for Zemax: Jones Calculus Intro, Part I

How to input different Polarization States for use in Zemax and an introduction to Jones Matrix or Jones Calculus format
Read Article

Get Started with Your Photonics Project