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Physna is an AI-powered geometric search platform that enables engineering and design teams to search, analyze, and manage 3D models with precision. By codifying 3D models into detailed geometric data, the platform makes it possible to search by shape, partial model, geometric measurements, or metadata — regardless of file type or whether a model is complete or fragmented.
The system identifies duplicate and similar parts across complex assemblies, helping organizations eliminate redundant design work, reduce excess inventory, and standardize component libraries. Procurement and manufacturing teams can compare model geometry against specifications directly in 3D without requiring access to CAD systems. Assembly intelligence surfaces the exact location and quantity of individual components within larger structures.
Physna's AI learns from existing model metadata and team-tagged information, continuously improving search accuracy through predictions of descriptions, classifications, cost, and materials. The platform integrates with leading PLM, CAD, and ERP systems through custom connectors, making it a compatible addition to existing enterprise engineering workflows.
- Search 3D model databases by shape, partial geometry, or model data
- Identify duplicate and similar parts within complex multi-component assemblies
- Compare model geometry against design specifications to verify compliance
- Locate individual components and measure quantities within larger assemblies
- Predict model descriptions, classifications, materials, and cost estimates using AI
- Find matching models across different file types without format conversion
- Enable procurement teams to evaluate part alternatives and reduce ordering redundancy
- Integrate geometric search capabilities into existing PLM, CAD, and ERP systems
- Accelerate product design cycles by reusing existing validated 3D models
- Empower cross-team collaboration by making model libraries searchable by all departments
