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Machine vision, a field of artificial intelligence (AI) and computer vision, empowers machines with the ability to interpret and understand the visual world.

Many manufacturing enterprises fall into the trap of seeking quick fixes to address quality issues. They might invest in advanced inspection technologies or implement stringent testing protocols as a last resort to catch defects. While these measures are essential for catching discrepancies, they are not a substitute for a comprehensive, integrated quality approach.

Smart manufacturing, characterized by the integration of advanced technologies, data-driven decision-making, and automation, has been revolutionizing the industrial landscape. One critical component contributing to the efficiency and precision of smart

Special sensors in the sled record a variety of driving data, which can be precisely reconstructed on the ice track thanks to a special evaluation software.

In the rapidly evolving landscape of advanced manufacturing, precision and efficiency are paramount. In-process metrology, a technology that allows for real-time measurement and analysis during the manufacturing process, has emerged as a powerful tool to enhance quality control and productivity.

2024 will bring changes to the 3D landscape unlike anything we’ve seen before, yet there are some clues to help point us in the right direction.

At its essence, Metrology Centric Manufacturing is a holistic approach that places a strong emphasis on precision, accuracy, and real-time measurement throughout the entire manufacturing lifecycle. Unlike traditional manufacturing methods that rely on periodic quality checks, metrology-centric practices integrate measurement into every step of the process. This approach ensures that quality control is not just a final checkpoint but an ongoing, integral part of production.