Next-Generation AI Agent

Optical Coating Design Powered by Artificial Intelligence

OptiLayer AI is an intelligent agent that automates the design, optimization, and analysis of thin-film optical coatings in seconds instead of hours.

Everything You Need for Optical Coatings
The OptiLayer AI agent combines design, characterization, and production control in a single intelligent solution.
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Automated Design

Specify your target spectral characteristics β€” the agent will find the optimal multilayer structure considering all constraints.

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Instant Optimization

AI algorithms optimize layer thicknesses and materials in real time, ensuring maximum compliance with target spectra.

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Analysis & Characterization

Automatic determination of optical constants from experimental transmittance and reflectance spectra.

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Reverse Engineering

Reconstruct deposited coating parameters from post-production measurements for quality control.

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Natural Language Interface

Work with the agent in plain English: "Design an anti-reflective coating for the 400–700 nm range."

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Manufacturing Tolerance

Automatic sensitivity analysis for manufacturing errors with recommendations to improve design robustness.

How OptiLayer AI Works
From task description to a complete coating design β€” in four simple steps.
1

Describe Your Task

Specify target spectral characteristics, substrate materials, and operating conditions.

2

AI Generates Design

The agent analyzes thousands of configurations and finds the optimal coating structure.

3

Fine-Tuning

Iterative optimization accounting for manufacturing constraints and tolerances.

4

Export Results

Get complete documentation: deposition recipe, spectral plots, and tolerance analysis.

Advanced AI-Powered Optimization Methods

OptiLayer AI leverages neural networks trained on tens of thousands of real coating designs, combined with classical thin-film optics algorithms.

  • Anti-Reflective Coatings (AR)
  • Mirrors & High-Reflective Coatings (HR)
  • Narrowband & Broadband Filters
  • Polarizers & Beam Splitters
  • Laser Coatings
  • Architectural Glass Coatings
See the Agent in Action
A conversation with the OptiLayer AI agent β€” from task definition to finished result.
OptiLayer AI Agent β€” Terminal
// OptiLayer AI Agent Session

user β€Ί Design a 4-layer AR coating for BK7, range 420–680 nm, residual reflectance < 0.5%

agent β€Ί Analyzing BK7 substrate (n=1.5168 @ 550nm)...
agent β€Ί Generating initial configurations: 2,847 variants
agent β€Ί Optimizing top 50 candidates...

agent β€Ί βœ“ Optimal design found:
Layer 1: MgFβ‚‚ β€” 92.4 nm
Layer 2: Alβ‚‚O₃ β€” 34.7 nm
Layer 3: ZrOβ‚‚ β€” 12.1 nm
Layer 4: MgFβ‚‚ β€” 138.2 nm

Average reflectance: 0.31% (420–680 nm)
Manufacturing stability: high

user β€Ί Show sensitivity analysis for thickness Β±3%

agent β€Ί Running Monte Carlo analysis (10,000 iterations)...
agent β€Ί βœ“ Result: 97.2% of iterations within R < 0.8%. Design is robust to manufacturing tolerances.

Ready to Accelerate Your Coating Development?

Free demo version β€” registration with a bank card is required to get started.