Portable Arm Inspection

At 3D Metrology Solutions, we provide industry-leading portable articulated coordinate measuring arms (CMM) to businesses across the UK, helping to simplify complex measurement tasks. Our portable CMM measuring arms are ideal for inspecting, verifying, and analysing components, both on-site and in controlled environments. Designed for precision, these tools ensure accuracy while reducing time spent on quality control.

With portability as a key advantage, our articulated measuring arms can be deployed in various locations and environmental conditions, ensuring stable, repeatable accuracy. Our highly skilled UK team of engineers provides full support, from equipment setup to training services, enabling your team to maximise the benefits of these innovative tools.

What We Offer

Portable measuring arms allow you to inspect your product quickly and accurately during the manufacturing process. Whether you’re working with 2D drawings or 3D CAD models, they help maintain tight tolerances. We know how to make best use of them to streamline your inspection processes, ensure compliance with standards, and ultimately enhance your product quality and customer satisfaction.

At 3D Metrology Solutions, we support measurement activities with a variety of measurement arms, ranging from 0.5m to 4m volume. All of our models offer single point probing as well as scanning capability, depending on the application required.

If you need help using portable CMM arms within your project, we also offer training services tailored to these devices. Whatever you need support with, our highly experienced engineers work with the latest software and hardware, or can help you with application. Training can be carried out on your own premises or on our site.

Benefits of Portable CMM Arms

The key advantages of measuring arms are their portability, fast setup time and stability in any challenging environmental conditions. They are versatile tools that can significantly enhance your quality control, manufacturing precision and efficiency, compared to manual measurement of parts. The ability to capture 3D data allows you to verify components, reverse engineer parts, and gain dimensional accuracy in real time. This helps reduce waste and minimise costly rework.