Plastic bottle vision defect inspection machine adopt the KeyeTech AI algorithm technology, this machine utilizes high-definition imaging technology to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system removes unqualified products through high-speed air valves, and it can automatically counts and divides qualified plastic bottles into boxes, this AI technology defect detection system greatly improve the production efficiency and ensuring product qualification rate, this AI defect inspection machine can detect quality and defect, it is widely used for food and beverage packaging container industry.
The new AI vision defect inspection machine adopt the KeyeTech AI algorithm system, it utilizes high-definition imaging technology to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system removes unqualified products through high-speed air valves, and it can automatically counts and divides qualified plastic bottles into boxes, this AI technology defect detection system greatly improve the production efficiency and ensuring product qualification rate, this AI defect inspection machine can detect quality and defect, it is widely used for daily chemical product packaging containers, shower gel bottle, shampoo bottle, etc.
This is a new compact design visual defect detection machine, it's adopt the new version KVIS-16V.0 KeyeTech AI algorithm technology, and utilizes high-definition imaging technology to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system removes unqualified products through high-speed air valves, and it can automatically counts and divides qualified plastic bottles into boxes, this AI technology defect detection system greatly improve the production efficiency and ensuring product qualification rate.
KeyeTech AI technology printing label quality inspection machine utilizes high-definition imaging technology. It designed to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system removes unqualified products through high-speed air valves and automatically counts and divides qualified plastic bottles into boxes, greatly improving production efficiency and ensuring product qualification rate, it's hot sale in printing inspection industry.
KeyeTech AI technology full automatic IML defect inspection machine utilizes high-definition imaging technology. It designed to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system inspect the unqualified products greatly improving production efficiency and ensuring product qualification rate, it's hot sale in IML cup quality inspection.
The defective inspection of pharma caps is one of the most important categories in plastic packaging inspection. Through high-definition customized cameras and light source imaging systems, various defects in bottle caps are generated into data. After learning from KeyeTech AI deep algorithm systems, a visual inspection system can accurately control the quality defects of all caps and closures.
KeyeTech AI technology full automatic printing detection machine utilizes high-definition imaging technology. It designed to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system inspect the unqualified printing greatly improving production efficiency and ensuring product qualification rate.
KeyeTech AI technology full automatic paper plastic defect detection machine utilizes high-definition imaging technology. It designed to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system inspect the unqualified printing greatly improving production efficiency and ensuring product qualification rate, it's widely used in paper plastic packaging containers.
KeyeTech AI capacitor vision defect inspection machine utilizes high-definition imaging technology. It designed to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system inspect the unqualified printing greatly improving production efficiency and ensuring product qualification rate, it's widely used in electronic components quality inspection field.
KeyeTech AI electronic component quality defect detection machine utilizes high-definition imaging technology. It designed to analyze object images and obtain various parameters for real-time comparison and detection with standard products. Under the AI deep learning algorithm, the system inspect the unqualified printing greatly improving production efficiency and ensuring product qualification rate, it's widely used in electronic components quality inspection field.
The high speed capacitor vision detection equipment converts the captured target into an image signal, it work through a machine vision product image to a dedicated image processing system. Based on pixel distribution, brightness, color, and other information, it is transformed into a digital signal. The image system performs various operations on these signals to extract the features of the target, and then controls the on-site equipment actions to make accurate judgments on the product based on the discrimination results.
The AI vision system quality sorting machine is composed of modules such as visual imaging system, software control system, etc. When the detected object enters the camera's field of view, high-tech photography will be carried out. Through the registration algorithm system, a complete characteristic of the detected object will be obtained. AI algorithm is used for attribute recognition, which can sort and eliminate the quality of the detected product. It can also sort the product at multiple levels to achieve classification data recording, facilitating enterprise big data statistics and process improvement.