Cambridge Technology recently announced the latest release of ScanMaster Controller & Designer V3.0. With this release, we introduce the much-anticipated large field laser processing control metho

Whether you are trying to keep pace with global regulations, national laws or industry guidelines, digital marking and coding brings many advantages to manufacturers seeking to optimize their operatio

Advances in digital technology have enabled additive manufacturing to revolutionize industrial production by incorporating fast, precise methods to create fully unique three-dimensional objects

Speed. High Quality. Durability. Flexibility— those are just a few of the key benefits of 3D laser marking. In recent years, laser marking systems have experienced strong growth…

Image resolution plays a big role in microscopy’s success. In this blog we are going to go through some tips on how to achieve high quality imaging.

Manufacturing systems are constantly evolving. Learn why manufacturers are turning to digital servos to keep up with performance demands and the key benefits of switching to digital technology.

Ever wondered how small 1-500 µm is? To give you a better idea, the average width of a single human hair ranges from 10-200 µm. That’s a VERY small diameter. Now imagine..

Optical Coherence Tomography (OCT) has come a long way since its development in the 1990’s. With early development focused on retinal imaging, OCT revolutionized diagnosing by…

Understanding the design of laser beam systems that utilize beam steering technology, more specifically pairing a beam steering set with a laser is important for system set ups.

We often refer to the controller as the brain of a laser system. That’s because it ensures synchronization between the laser and scan head to move at an accurate position and speed.

Whether you’re interested in discovering more about laser beam steering or are simply curious to learn more about us – you’ve come to the right place.