Photonium provides an AI-powered platform that automates optomechanical design, translating optical layouts into manufacturable CAD models. Its drag-and-drop interface and AI-driven component placement accelerate the creation of compliant mechanical structures, synchronizing CAD, BOMs, and simulations in real-time.
Funding
$500K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The optomechanical design process for optical systems is often protracted due to the manual, iterative nature of translating optical layouts into manufacturable mechanical assemblies. This workflow typically involves significant back-and-forth between optical and mechanical engineering disciplines, leading to extended development cycles and increased engineering overhead.
Solution
Photonium offers an AI-powered platform designed to automate and accelerate the optomechanical design workflow from initial concept through to production-ready CAD models. The system facilitates intuitive component placement via a drag-and-drop interface, leveraging AI to auto-generate compliant mechanical structures that house optical elements. It provides real-time updates across CAD assemblies, Bills of Materials (BOMs), and simulation files as design parameters are modified. This integrated approach significantly reduces the time spent on repetitive tasks, allowing engineering teams to focus on innovation and achieve faster product development cycles.
Target Audience
The platform targets optical engineers and mechanical designers within industries such as quantum computing, biotech, LiDAR, photonics, medical devices, and semiconductor manufacturing who require efficient and integrated optomechanical design solutions.
Features
- AI-driven drag-and-drop interface for optical component placement with smart auto-arrangement based on optical design rules.
- Automated generation of 3D mechanical structures for optical component mounting, adhering to clearance and stability constraints.
- Real-time synchronization of CAD models, Bills of Materials (BOMs), and simulation data upon design modifications.
- One-click export of complete CAD assemblies suitable for mechanical analysis and manufacturing.
- Automated BOM generation, including supplier information and part numbers.
- Direct integration for exporting optical performance data to Zemax OpticStudio.
- Comprehensive library of optical components with pre-populated properties and specifications.
- AI-powered component recommendations based on performance, cost, and availability metrics.