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Research

The science behind deterministic AI for hardware.

Our Approach

Traditional generative AI models optimize for perceptual quality. Manufacturing requires exact dimensional compliance. Our research focuses on hybrid systems that combine neural networks with physics-based constraint solvers.

Key innovations include:

  • Differentiable constraint layers for end-to-end training
  • Manufacturing feasibility scoring for DFM compliance
  • Tolerance-aware geometry refinement

Publications

Constraint-Based Geometry Generation for Manufacturing

CADBench Research TeamInternal Whitepaper2024

We propose a framework for generating manufacturable 3D geometry by inverting the typical generative AI pipeline. Instead of predicting geometry from latent space, we solve constraint satisfaction problems.

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Benchmarking AI CAD Systems on Manufacturing Accuracy

CADBench Research TeamInternal Benchmark2024

A systematic evaluation of leading AI CAD tools on a dataset of 500 real-world manufacturing specifications. We measure dimensional accuracy, tolerance compliance, and manufacturing feasibility.

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