Advanced System for Producing Wafer Contamination Standards
Produits
Auto-Load 20 nm Particle Deposition System 2300G3A - 20 nm
Manual-Load 20 nm Particle Deposition System 2300G3M - 20nm
Auto-Load 10 nm Particle Deposition System 2300G3A - 10 nm
Manual-Load 10 nm Particle Deposition System 2300G3M - 10 nm
Manual-Load 30 nm Particle Deposition System 2300G3M – 30nm
To trust the results of a wafer inspection system, you must first trust its calibration. MSP Particle Deposition Systems provide the technology needed to create high-quality reference standards in-house. By depositing particles with NIST-traceable accuracy, these systems allow fabs and equipment manufacturers to verify the sensitivity and accuracy of their scanning tools. This capability is vital for setting baselines, matching tools across different locations, and ensuring that defect detection algorithms are performing as expected.
Modern inspection challenges require versatile solutions. MSP systems can deposit a wide variety of particle types, including Polystyrene Latex (PSL) spheres, NanoSilica™, and process particles. This flexibility allows engineers to simulate real-world contamination scenarios, moving beyond simple calibration to true process-specific qualification. Whether you need to deposit a specific count of 30 nm particles or a broad distribution for cleaning efficiency testing, MSP systems offer the control required to meet rigorous specifications.
Accurate inspection leads to better yield management. By utilizing precise contamination standards, engineers can fine-tune inspection recipes to distinguish between killer defects and nuisance noise. This optimization helps reduce false positives and ensures that critical defects are flagged for review. Consequently, MSP Particle Deposition Systems play a supporting role in the overall yield enhancement strategy, providing the reliable standards necessary to maintain high-performance metrology operations.