Omron FH-2052-20 AI FH-series Vision System

The Omron FH-2052-20 AI FH - series Vision System is a state-of-the-art visual inspection solution designed for a wide range of industrial applications. Here is a comprehensive introduction:

System Overview

The FH-2052-20 is a high - performance vision system that combines advanced hardware capabilities with intelligent software algorithms to provide accurate and efficient inspection results. It is part of Omron's FH - series, which is renowned for its reliability and performance in the field of industrial vision.

Hardware Specifications

Processor: It is equipped with a powerful Intel® Celeron® processor, which enables fast and efficient image processing. This processor can handle complex algorithms and large amounts of data, ensuring smooth operation even in high - speed production environments.

Memory: The system comes with 8 GB of RAM (non - ECC), providing sufficient memory for storing and processing images. This allows for seamless multitasking and the ability to handle multiple inspection tasks simultaneously.

Camera Support: The FH-2052-20 can support up to 4 cameras, offering flexible configuration options for different inspection scenarios. It can interface with a variety of cameras, including high - resolution and high - speed models, to meet the specific requirements of various applications.

Imaging Technology

High - Resolution Imaging: The system supports cameras with high - resolution capabilities, allowing for detailed and accurate inspection. It can capture fine details and subtle features, enabling the detection of small defects and irregularities that might be missed by lower - resolution systems.

Photometric Stereo Imaging: The FH photometric stereo light, when used with standard or high - resolution cameras (up to 20.4 megapixels), can accurately detect dents and surface damage. By sequentially lighting four lights and analyzing the brightness variations, it creates a detailed three - dimensional map of the object's surface, enhancing the detection of surface - level defects.

HDR Imaging: The High - Dynamic Range (HDR) imaging function is designed to handle challenging lighting conditions. It automatically adjusts the shutter speed when capturing images and combines multiple exposures to create an image with optimal contrast and clarity. This ensures consistent image quality even in the presence of strong lighting gradients or reflections.

AI - Powered Software Capabilities

AI - based Defect Detection: The system utilizes advanced artificial intelligence algorithms for defect detection. It can learn from sample images to identify and classify various types of defects, such as scratches, cracks, and blemishes, with a high degree of accuracy. Unlike traditional vision systems that rely on fixed rules and thresholds, the AI - based approach can adapt to different product variations and manufacturing processes, reducing false positives and negatives.

AI Fine Matching: This feature focuses on identifying features that are not present in good products as defects. By learning images of good products with natural variations, the AI builds a model. During inspection, it reconstructs a model of a presumed good product and compares it with the captured image, extracting the differences to identify potential defects. This helps in reducing over - detection and improving the accuracy of defect identification.