Automated Visual versus human inspectors


Because of the time and labour savings associated with using automated optical inspection systems, their use is spreading across a wide range of industries. Although automated vision inspection has many advantages over manual inspection, its value and utility remain unclear to many. To help you fully appreciate the value of an automated visual assessment system, we’ve compiled a list of how Automated Visual Inspection Malaysia differ from human visual inspections.

Automated visual inspection: why it’s crucial

Inspection of finished products along with quality monitoring are crucial steps in most production cycles, and here is where optical inspection systems come into play. Businesses must produce high-quality goods and keep faulty items out of the hands of consumers. To ensure that their products are free of defects and any functional issues are resolved before they reach buyers, quality checks have perpetually been an integral aspect of every industry. Incorporating state-of-the-art automated visual inspection systems has improved the effectiveness and dependability of quality control procedures. 

Improved Outcomes

  • There is no room for error in the quality control process thanks to automated optical inspection equipment. Because contemporary 3D AOI technologies can inspect every surface of the products, issues like inattention and missing a fault are considerably reduced. 
  • The vast majority of businesses nowadays take a hybrid approach, employing both machine learning and human inspectors to guarantee their products are of the best quality possible. In the end, being able to compete with the industry’s heavy hitters and develop a name for oneself depends on having superior items.  
  • Businesses may attract more buyers and increase revenue by focusing on product quality. Because of this, investing in an automated visual inspection system is both practical and economical. 
  • Most businesses, despite significant technological developments, still rely on skilled workers to conduct final inspections. Human visual inspection is accurate just 80% of the time due to problems such as visual fatigue. Moreover, the human eye is not very good at picking up on minute flaws.

For what reasons should more businesses use automated visual inspection?

Modern optical inspection technology systems can observe and identify images in ways that are just not conceivable for the human eye and brain, thus they should be used by a greater number of businesses and factories. In addition, computer vision has a significant disadvantage compared to human visual examination because of the absence of the problem of weariness.

In addition, advanced 3D AOI technologies are loaded with features like focusing and zoom, allowing for in-depth analysis of the product’s quality from a variety of perspectives. Therefore, these systems can detect even the tiniest flaws in a variety of products. However, this is not possible with the standard method of human visual inspection.

When it comes to quality control, some of the things that the vision inspection system Malaysia try to do are as follows:

  • To improve the overall inspection’s quality and dependability.
  • To ensure that the products being used are flawless.
  • To reduce or do away with unnecessary activities to maximise efficiency.
  • To boost overall trustworthiness and guarantee error-free operation.
  • To speed up the process of quality control and inspection significantly over what is possible with just human eyes.
  • With the ability to monitor engineering operations in real time, the output quality can be raised