Omron FH-2052-10 AI FH-series Vision System

The Omron FH-2052-10 AI FH-series Vision System is a high-performance visual inspection system designed for industrial applications. Here is a detailed introduction:

System Features

Powerful Hardware Performance

High - speed Processor: It is equipped with an Intel® Celeron® processor, which provides sufficient processing power for high - speed and high - resolution image processing.

Adequate Memory: The system has 8 GB of RAM (non - ECC), which enables it to handle multiple image processing tasks simultaneously and store a large amount of image data.

Multi - camera Support: The FH-2052-10 model can support up to 4 cameras, allowing for comprehensive inspection coverage of the production line.

Advanced Imaging Technology

High - Resolution Imaging: The system supports high - resolution cameras, which can capture detailed images with excellent clarity and precision, facilitating the detection of fine details and subtle defects.

Photometric Stereo Imaging: The FH photometric stereo light can be used with standard or high - resolution cameras of up to 20.4 megapixels. By lighting four lights in turn and analyzing the variations in brightness, it can accurately detect dents and surface damage.

HDR Imaging: The HDR (High - Dynamic Range) imaging function helps create optimized images under variable ambient conditions. The system automatically adjusts the shutter speed while capturing images and combines them to ensure the best contrast and clarity.

AI-Powered Software Capabilities

AI-based Defect Detection: The system utilizes advanced machine learning algorithms to automatically detect and classify various defects. It can identify scratches, blemishes, and other defects that are difficult for traditional vision systems to detect, even without the use of samples or adjustment.

AI Fine Matching: This function identifies features that are not present in good products as defects. By learning images of good products with variations, the AI generates a model. During each inspection, the AI reconstructs a model of a presumed good product and extracts the difference between the reconstructed image and the captured image to identify defects, thereby reducing over - detection.

Flexible System Configuration

Comprehensive Rule - based Vision Tools: The Omron FH-2052-10 is equipped with a variety of rule - based vision tools. These tools use advanced algorithms and precise imaging technology to perform complex tasks such as object detection, position and orientation measurement, code reading, and dimensioning with high accuracy and reliability.

Open FH Platform: In addition to Omron's proprietary vision algorithms, the FH-2052-10 vision controller is compatible with vision algorithms developed using MVTec's HALCON HDevelop software, providing users with greater flexibility in selecting algorithms.

Flexible Edge AI: Empowered by a carefully selected Intel CPU and enhanced by the OpenVINO toolkit, the FH-2052-10 allows for the direct deployment of sophisticated AI models on the vision controller, enabling seamless execution of deep - learning inference with minimal latency.

Technical Specifications

Power Supply: The power-supply voltage range is 20.4 VDC to 26.4 VDC.

Operating Temperature: The system operates within the temperature range of 0 °C to + 45 °C, and the storage temperature range is -20 °C to +65 °C (with no icing or condensation).

Resolution: It supports high-resolution cameras, and the specific resolution depends on the selected camera model.

Inspection Speed: The inspection speed is high, and it can perform real - time inspection and analysis on the production line, which varies depending on the complexity of the inspection task and the number of cameras used.

Applications

Electronics Manufacturing: In the electronics industry, it is used for inspecting PCBs, semiconductor wafers, and electronic components. It can detect solder joint defects, component misplacements, and other manufacturing errors to ensure the high - quality production of electronic devices.

Automotive Industry: For the automotive industry, this vision system is employed to inspect car body parts, engine components, and interior trim. It can identify surface defects such as scratches and dents and verify the correct assembly of parts, contributing to the overall quality and safety of vehicles.

Packaging Industry: In the packaging industry, the FH-2052-10 is used to check the integrity of packaging, ensure proper labeling and barcoding, and detect any defects in the packaging material. It helps maintain the quality and appearance of packaged products and reduces the risk of damaged or mislabeled items reaching the market.

Pharmaceutical Industry: In the pharmaceutical sector, the system is utilized for inspecting tablets, capsules, and packaging. It can detect defects in the shape and size of tablets, ensure proper filling of capsules, and verify the accuracy of packaging information, helping to ensure the quality and safety of pharmaceutical products.