OptiLayer AI

Next-Generation AI Agent

Coating design,in plain words.

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

Pay as you go — top up your balance, pay only for what the agent uses.

+++
OptiLayer AIAGENT · SESSION
youDesign an AR coating for BK7, 420–680 nm, residual reflectance below 0.5 %.
agentFour layers on BK7 (n = 1.5168 at 550 nm):
1MgF₂92.4 nm
2Al₂O₃34.7 nm
3ZrO₂12.1 nm
4MgF₂138.2 nm
AVERAGE R0.31 %
RANGE420–680
LAYERS4
FIG. 01 A request and the agent’s design

01 / Features

Everything You Need for Optical Coatings

The OptiLayer AI agent combines design, characterization, and production control in a single intelligent solution.

01

Automated Design

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

02

Instant Optimization

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

03

Analysis & Characterization

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

04

Reverse Engineering

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

05

Natural Language Interface

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

06

Manufacturing Tolerance

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

02 / Process

How OptiLayer AI Works

From task description to a complete coating design — in four simple steps.

01

Describe Your Task

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

02

AI Generates Design

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

03

Fine-Tuning

Iterative optimization accounting for manufacturing constraints and tolerances.

04

Export Results

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

03 / Technology

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.

λ IN R(λ)
  • Anti-Reflective Coatings (AR)
  • Mirrors & High-Reflective Coatings (HR)
  • Narrowband & Broadband Filters
  • Polarizers & Beam Splitters
  • Laser Coatings
  • Architectural Glass Coatings

04 / Demonstration

See the Agent in Action

A conversation with the OptiLayer AI agent — from task definition to finished result.

OptiLayer AI AgentSESSION
youDesign a 4-layer AR coating for BK7, range 420–680 nm, residual reflectance < 0.5%
agentAnalyzing BK7 substrate (n = 1.5168 @ 550 nm)… Generating initial configurations: 2,847 variants. Optimizing the top 50 candidates…
✓ Optimal design found:
Layer 1MgF₂92.4 nm
Layer 2Al₂O₃34.7 nm
Layer 3ZrO₂12.1 nm
Layer 4MgF₂138.2 nm
Average reflectance: 0.31% (420–680 nm) · manufacturing stability: high
youShow sensitivity analysis for thickness ±3%
agentRunning Monte Carlo analysis (10,000 iterations)… ✓ 97.2% of iterations within R < 0.8%. The design is robust to manufacturing tolerances.

Ready to Accelerate Your Coating Development?

Pay as you go — top up your balance and pay only for what the agent uses. Registration requires a bank card.