NEWS

Machine vision technology has been handling automated inspection processes such as defect detection, flaw analysis, classification, counting, and assembly verification in industry. Recent discoveries in computer vision software have enhanced the capabilities of vision systems in new and innovative ways.

Control your TV, computer and other devices with a simple wave of your hand like a superhero in "Iron Man" or a talented hacker in "The Matrix". Can you believe that you can do this too? It seems like this is only a science fiction dream, but it is quickly becoming a reality when applying image processing technology to gesture recognition.

Automation has become an inevitable trend to achieve low cost and high quality in manufacturing. From simple tasks to assembly and inspection processes that require advanced techniques, this work is being rapidly automated and productivity has increased to a higher level than before.

LEDs are indispensable in image processing. Until the development of LEDs, there have been many different forms and technologies applied to lighting. Understanding the principles and characteristics of light emission will help you test more stably.

To achieve stable image processing, it is essential to select the most suitable lens for the application based on knowledge of the lens characteristics.

The history of photography and cameras dates back to the BC era when “camera obscura” meaning “dark room” – the ancestor of the camera. The camera obscura is an optical device that projects a top-down image of an object using light passing through a small hole into a dark room.

For the manufacturing industry, quality inspection is an indispensable step. Quality products not only create a brand for a manufacturing company but also create a certain safety standard for related products such as gears, PCB components. Manufacturing is a demanding job, especially workers working in the inspection stage have to do these jobs very quickly. The need to maintain speed and accuracy in this process is a huge challenge. However, recently, with the development of automation, such inspection processes have been implemented. Various AI models such as machine vision have taken over the job of product quality inspection.

Computer Vision/Machine Vision is one of the most exciting applications of artificial intelligence. Algorithms that can understand moving images and videos are the key technology behind many innovations, from automation systems and self-driving vehicles to smart industrial machinery and even filters on your phone to make your Instagram photos look better.

One of the first things that people think about when they implement a machine vision solution into their production line is: “What is the return on investment?” or “What is the benefit of this investment?” For me, what I think about is I am going to use this device and replace 2, 3, or 5 people on my line. So that is my immediate return on investment or the savings that I will have by replacing 2, 3, 5 people

Image acquisition is a complex and challenging process. Especially in industrial environments, it is often accompanied by many issues that make it increasingly difficult to obtain perfect images for visualization or quality control.

aVisXDL Series is a system developed by AVATECH, with the ability to handle a variety of solutions for classification, identification, and product inspection based on AI platform to provide powerful visual inspection solutions many times faster than existing solutions and tools. aVisXDL Series provides powerful accuracy verification capabilities to reduce false positives and increase defect detection rates.

Collaborative Robots (Cobots) combined with AI Cameras create solutions to improve production efficiency and flexible automation.

The benefits of robots in manufacturing are that they help companies address labor shortages, economic instability, and competitive pressures.

Today's collaborative robots are not only safe and harmless to humans, but also simple for operators from deployment, assembly, redeployment to programming and control.

Ngoài hiệu quả sản xuất vượt trội, sự an toàn, hay linh hoạt hơn so với robot công nghiệp truyền thống, việc triển khai và lắp ráp nhanh chóng cũng là một lợi thế lớn của robot cộng tác và đem lại rất nhiều lợi ích cho doanh nghiệp.

Collaborative robots are one of the most widely used automation robots in production lines today thanks to their superior production capabilities and safety when working with humans.

The increased lifespan of the robot helps businesses optimize costs and maintenance is easy and quick, helping to reduce most of the downtime for businesses. By performing continuous tasks for a long time as well as working in a dusty environment, collaborative robots still maintain their durability

Questions that managers often ask before starting to apply collaborative robot arms to automated production include: Is the installation complicated or is the operation and maintenance expensive?

Industrial robot arms that can be easily redeployed for a variety of tasks can help businesses solve many manufacturing challenges.

Dust, water, temperature and vibration are unavoidable dangers for machine vision in industry. So how to protect the camera from the harmful effects of the surrounding environment?