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Solutions / Wafer Inspection

iWave ZeroDefects

Vision AI Built around Your Inspection Goals.

Follow the Inspection Workflow

Build an ensemble around your inspection task. Connect its results to the wafer maps, KLARF files and applications your process uses.

See the Work in Practice.

Wafer Cassette Inspection Assembly and Packaging Verification
Vision cameras observing wafers inside semiconductor equipment.
Vision at the Equipment

From Image to Decision

See the Detail. Understand the Defect.

Inspection images carry the evidence. ZeroDefects brings models together around the defects you need to recognize, then connects the results to your inspection workflow.

Sample inspection images · Defect definitions · Application requirements

  1. Define the Outcome

    Upload sample inspection data and explain what it represents. Describe the defect-classification outcome and how the results will be used.

  2. Design the Ensemble

    Builder Agents create the ensemble and set the contribution of its individual pipeline models around that objective.

  3. Train, Validate and Test

    Take the ensemble through the MLOps lifecycle before deployment. The project brings its data pipeline, model, repository and deployment together.

  4. Connect the Application

    Use APIs for inference and stored results, self-learning features, wafer-map updates and KLARF integration.

Illustrative workflow. Evaluation belongs to the specific inspection task, dataset and intended use.

AI Scalability / Builder Agents

New Inspection Goals. An Adapted Ensemble.

Moving from known-defect classification to unfamiliar-defect screening changes the evidence, model composition and weighting. Builder Agents customize that design; the adapted ensemble goes through its own training, validation and testing.

See How the Ensemble Adapts

Your Expertise. New Possibilities.

Put AI to Work in Your Operation.