The Malaysian automation sector undergoes major changes because more pick-and-place robots get integrated into operations. Multiple industries including electronics manufacturing and food processing are witnessing changes due to these adaptable machines. The capability of these systems to execute repetitive tasks quickly and precisely shows great value in boosting productivity and lowering operational expenses.
Although automation and artificial intelligence (AI) are sometimes used interchangeably, they are two different ideas with different uses and applications. Understanding the quickly changing technology world requires an understanding of their peculiarities.
Computer vision enables AI-powered machines to independently learn and perform a variety of tasks. These machines rely on a combination of cameras, algorithms, and data to accomplish this. For computer vision to function effectively, it needs a large database, as these systems continuously analyse information to derive all the necessary insights for their specific purposes.
The topic that spirals around the rise of automation often sparks fear and anxiety among people. Major headlines covered by many media outlets scream about robots taking our jobs, leaving us unemployed while awaiting a future dominated by machines… But is this the reality of it?
Motion control, a critical element of industrial automation, is the technology that governs the movement of machines and robots. It’s the brains behind the brawn, enabling precise and repeatable movements, crucial for achieving high levels of efficiency and accuracy in manufacturing processes.
We are proud to announce that Mirai Industrial Automation (M) Sdn Bhd has been awarded the Malaysia Digital (MD) Status by the Malaysian Digital Economy Corporation (MDEC)! This recognition is a testament to our hard work and dedication in driving innovation and excellence in the field of automation and IoT.
Imagine a bustling car assembly line, where robots and machines seamlessly perform tasks from welding to painting to installing parts. All of them are coded with specific directions, detailing the exact actions, timing, and order needed for each task. But how do these machines know what to do and when? That’s where PLC programming comes in!
For many years, human inspectors had been the gatekeepers of quality, carefully examining each product with their trained eyes. Today, a silent revolution is underway.
From detecting minute flaws on assembly lines to predicting potential accidents on the road, computer vision is proving to be a game-changer in automotive. Let’s explore the various applications of this technology in the intriguing world it operates in.
In the world of manufacturing, change has always been a constant. Over the years, there have been three significant revolutions that reshaped how goods were produced. Each revolution brought new technology and methods, propelling industry forward. However, as the 21st century approached, a new wave of transformation began to emerge—Industry 4.0.
In a not-so-distant future, artificial intelligence revolutionised work, a reality where human labour became obsolete, as machines took over tasks that were once performed by people. Today, Artificial Intelligence is transforming every sector, from healthcare and cybersecurity, to autonomous vehicles and daily apps, AI is now the bedrock of progress and innovation.
