No two measurement challenges are the same. A long shaft requires a different approach than a printed circuit board, and a large […]

At TetraVision, scanning work doesn’t always take place within the walls of our accredited measurement lab. Many projects require on-site measurements: production […]

About resolution and file size, and how to strike the right balance. When it comes to 3D scanning, you might think: the […]

Two families, one goal At TetraVision, we work daily with optical 3D scanners based on structured or laser light. In our lab, […]

When digitizing parts with an optical scanner, it is often a challenge to fully and accurately capture both the top and bottom […]

Launching a new product often starts with a milestone: the deal is closed, the first parts are scheduled and expectations are high. […]

Why 3D Scanning is the next level in Metrology? In the world of precision engineering and quality control, the tools we use to […]

Is it possible to scan and then analyse parts in clamped state? Definitely! Is there a better, faster and more cost-effective way […]

Reverse engineering is basically the conversion of physical 3D products into (reproducible) 3D Data. This process can be used for various purposes. […]

Achieving precise and accurate results is key in the world of 3D optical scanning. However, reflective, shiny or transparent surfaces can pose significant challenges, leading to distorted […]

Industrial micro-CT scanning is a non-destructive imaging technique that uses X-rays to create detailed 3D representations of the internal and external structures of objects […]

We often get the question from our customer “How accurate can you measure?”. Through this blog we try to give some more […]