Smarter Tools for Optical Engineers
YKP Optics develops intelligent software extensions for Zemax OpticStudio and CODE V, helping optical engineers improve workflow efficiency, automate analysis, and boost design performance.

We support optical engineers and companies worldwide who prioritize precision, innovation, and efficiency.

Our Focus
We specialize in developing ready-to-use tools, custom extensions, and DLLs for Zemax OpticStudio and CODE V — two of the most powerful tools in the field. Our solutions are crafted to enhance performance, streamline workflows, and unlock new possibilities for optical design professionals.

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Announcement: Laser Modelling Group

YKP Optics is pleased to announce the establishment of our new Laser Modelling Group, dedicated to advanced modelling and simulation of complex laser systems.

While tools such as Zemax and CODE V provide powerful capabilities for optical design, certain aspects of laser behaviour and system-level performance require additional modelling approaches. Our new group will focus specifically on these areas, addressing laser-system characteristics and physical effects that cannot be fully represented within Zemax alone.

By combining optical design expertise with dedicated numerical modelling and simulation methods, we aim to provide a more comprehensive understanding of laser performance and support advanced laser-system development.

Want early access? Join our pilot program and be among the first to explore these advanced analysis capabilities!

This example video demonstrates our modular tool architecture, using a Retardance Analysis workflow as a practical case study.

Announcement: Operational & Environmental Analysis Group

We are excited to announce the development of the new Environmental Analysis Group designed to comprehensively study the performance of optical systems under operational and environmental conditions.

This group will cover the effects of these conditions on image quality, polarization, and other key variables, while a suite will integrate all analyses to provide a holistic view of system behavior. Long-term performance studies will also allow prediction of when a system may reach its operational limits, such as minimum MTF thresholds. This initiative aims to provide engineers with robust tools to understand, anticipate, and optimize optical performance over time.

Want early access? Join our pilot program and be among the first to explore these advanced analysis capabilities!

Discover how Zemax’s extension framework enables powerful customization and automation beyond standard features.

In this free one-hour webinar, you’ll learn what’s possible with extensions — from advanced analysis and batch processing to AI-assisted optimization — through live demonstrations of real YKP Optics tools developed for Zemax.

This session is designed specifically for Zemax users who want to explore the next level of optical design flexibility, efficiency, and innovation.

Session 1 (Asia-Pacific): 11/10/2026 11:00 AM JST | 10:00 AM CST/SGT
Session 2 (Europe): 11/10/2026 11:00 AM CEST
Session 3 (Americas / ET): 11/10/2026 11:00 AM ET
Session 4 (Americas / PT): 11/10/2026 11:00 AM PT

Duration: 1 hour
Cost: Free

Register Now

Efficiently analyze distortion across multiple Zemax OpticStudio files

Understanding distortion behavior across multiple optical designs is essential for performance evaluation and optimization. Multi-File Optical Analysis – Distortion streamlines this process by extracting distortion data from multiple Zemax OpticStudio files (.zmx and .zos), displaying the results graphically, and saving them for further analysis.

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Tool Update:
Zemax Tool: Retardance Analysis

Our software extension provides comprehensive retardance analysis for your optical system, accommodating single, multiple, or entire configurations, wavelengths, fields, and surfaces all adjustable with customizable pupil resolution. Results can be exported to text or Excel files, or both.

Furthermore, it generates detailed retardance maps tailored to selected configurations, fields, wavelengths, and surfaces, or the entire system. These maps serve as invaluable tools for trend analysis and optimization.

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Zemax Tool: Advanced Coma Analysis

Efficiently evaluate coma behavior across complete optical systems

Understanding coma aberrations across all system configurations, wavelengths, and field points is critical for ensuring optimal imaging performance. Advanced Coma Analysis streamlines this evaluation by systematically calculating coma values - delivering detailed insights for both design verification and system optimization.

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AI-BOLD: AI-Based Optimization in Lens Design

At YKP Optics, we’re building AI-Based Optimization in Lens Design (AI-BOLD), a next-generation optical design engine that works across tools like Zemax and CODE V.

No iterations. Simply input your specs, and the AI-based engine delivers the best possible optical design.

This approach cuts down weeks of manual iteration, freeing lens designers to focus on innovation instead of trial-and-error. We are starting with Zemax and CODE V, but our roadmap expands to all major optical tools, paving the way for the first truly cross-platform lens design engine.

We are currently seeking strategic partners and financial supporters to accelerate development. By joining us today, you can directly shape the future of optical engineering.

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Zemax Tool: Advanced Astigmatism Analysis

Detailed astigmatism evaluation across the complete optical system

Precise astigmatism characterization is critical for understanding image quality and system performance. Advanced Astigmatism Analysis enables a detailed evaluation of astigmatism behavior across the full optical system, systematically analyzing each configuration, wavelength, and field point.

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Zemax Tool: Advanced Distortion Analysis

In-depth distortion evaluation for optical design

This tool offers fine-grained control over field and pupil sampling, enabling high-resolution distortion analysis. It supports analysis across all configurations and wavelengths, and visualizes distortion behavior with detailed plots. Results are also exported in structured .txt and Excel files for further evaluation.

Read More / Request a One-Month Free Trial

Zemax Tool: Multi-File Analysis - MTF

Automated MTF Analysis Across Multiple Files

Multi-File Optical Analysis – MTF streamlines the evaluation of Modulation Transfer Function (MTF) by processing multiple optical design files simultaneously. This tool automates the extraction of MTF values, providing a comprehensive overview of system performance across different designs or configurations.

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Zemax Tool: Sensitivity Analysis Suite

This innovative program automates the detection of optical elements in a design, enabling seamless user interaction for shifting and tilting components. The tool calculates Zernike coefficients for spherical aberration, coma, and astigmatism, while field curvature and distortion are analyzed using Seidel parameters.

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Let us discuss your project!

In addition to offering standard software extensions, we also develop custom software extensions for Zemax OpticStudio & CODE V tailored to your specific project needs.

In addition to offering standard macros, we also develop custom macros for Zemax OpticStudio & CODE V tailored to your specific project needs.

One-Time Analysis

Do you need a one-time analysis of your design? No problem! You can send us your file with a "black box" model, and we will perform the analysis and generate a report for you.

Consulting / Training

We offer consulting services for leveraging our expertise with your existing API programs or macros. Additionally, we provide online and on-site training for Zemax OpticStudio at all skill levels.