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Semiconductor Micro-Nano Morphology Atpomic Force Microscope System (Auto-AFM100)
Auto-AFM100 is a fully automated 3D micro-nano morphology measurement system for advanced processes, supporting multiple operating modes to meet customized customer needs. With automatic probe exchange, target positioning, and data automation analysis, the system ensures ultra-high precision and fast, accurate imaging for die-level large-area scanning.
Product Features & Advantages

(1)Automation--Meets industrial automation requirements for measurement and inspection

Software Automation:

Auto Probe Exchange:

High-precision probe positioning platform with magnetic tip-hold technology, enabling one-click automatic probe exchange with a success rate greater than 95%.

Auto Measurement:

Automatically retrieves sample from Foup, aligns it, measures, processes data, saves results, and returns the sample to the Foup.

Algorithm Automation:

Smart Tip Positioning:

High-precision motion control algorithms ensure fast and precise probe positioning.

Automated Data Analysis:

AI-assisted algorithms automatically identify surface features, supporting batch data processing and statistical analysis.

Customizable analysis templates enable one-click defect classification, data calculation, and report generation.

(2)High Resolution--Meets high-precision mearurement requirements

Closed-loop Position Control:

XY-axis noise as low as 0.2 nm, ensuring high precision and stability during scanning.

System Base Noise:

< 40 fpm, capable of capturing the smallest surface feature variations.

(3)Multi-functionality--Adapts to a wide range of application scenarios

Includes multiple scanning modes, adaptable for various applications.

(4)Large Travel Range--Die-level Imaging:

High-speed ADC/DAC feedback control

External Motion Control: Centimeter-level sample scanning with external motion control precision < ±10 nm at 10 mm and < ±2 nm at 1 mm.

Sample Stage: 300mm * 300mm * 30mm XYZ stage, compatible with 200mm/300mm wafers, with repeat positioning accuracy of < 0.5 µm.