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Anhui Keye Intelligent Technology Co., Ltd

Anhui Keye Information Technology Co., Ltd. is a high-tech manufacturer specializing in the application of in vision inspection system field. It can provide the most advanced level AI vision inspection machine, core hardware and also the customized AI system solutions of visual imaging, computing power, algorithm, and software for various sub-industries.The company was established in 2011, located in the national science and technology innovation city of Hefei, the R&D personnel account for more ...

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About Us

Anhui Keye Intelligent Technology Co., Ltd

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Core Purpose

Our Advantage

Advance AI algorithm

The most advanced Al algorithm by doctoral R&D team, the first company who applied the AI system into the industrial visual inspection field.

Patented Hardwares

Self-developed compact high computing power NPU processing box replacing the traditional PLC controller. Match with AI system and high computing power

Customized optics

Customized optics by self-developed optical hardware, such as light source and HD industrial cameras.

AI Cloud platform

Self-developed AI cloud platform for timely technical support in future, software & system updating can be executed online by remote control.

hot sales

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Provide Professional Solutions

We have a variety of product solutions to meet the different needs of customers, our efficiency is high, service quality, customer praise.

2025.06.03

What is the difference between machine vision and computer vision?

Machine Vision Inspection is a technology based on image processing that is used to automate inspection processes in production lines in various manufacturing industries. Basically, it allows a computer to inspect and evaluate product quality using industrial cameras, lights, and computer vision software. Machine vision automates specific industrial tasks like defect detection, assembly guidance, and barcode scanning, making processes faster and more cost-effective. 2. Computer vision uses AI to analyze visual data, supporting applications like facial recognition, healthcare diagnostics, and customer behavior analysis. When computer scientists working in computer science disciplines that involve images, such as computer graphics, image processing, and computer vision, noticed that their methods and applications increasingly overlapped, they began using the term "visual computing" to describe these fields collectively.

2025.06.03

What is AI visual inspection?

AI-based visual inspection is the process of inspecting and evaluating products or components with the help of computer vision technologies. This method improves manual visual inspections by relying on advanced technology to spot defects, irregularities, or specific features in images or videos. During the visual inspection, the employee inspects the object thoroughly and looks for obvious signs of wear (cracks, deformation, corrosion, etc.) or damage. In doing so, the visual inspection is performed with the naked eye or with tools such as a flashlight or magnifying glass.

2025.06.03

What is a visual inspection machine?

Overview. The visual inspection machines capture high-definition images of semiconductor products and transparent objects such as glass and perform the measurements for scratches, particulates and debris, chipping, color unevenness, dimensions of devices and so forth through the image processing technology. These systems use optic lenses, sensors, and artificial intelligence technology to detect flaws, defects, and irregularities in your products. Essentially, vision inspection systems compare manufactured products to images of what the product should look like, identifying discrepancies between the two. The purpose of an inspection is to identify whether work equipment can be operated, adjusted and maintained safely, with any deterioration detected and remedied before it results in a health and safety risk. Principles of Visual Inspection. The fundamental principle of visual inspection is based on the detection of surface anomalies through direct observation. Inspectors clean the surface of the material or asset they're going to inspect to remove any contaminants such as dirt, grease, or paint that could obscure defects.