What is Inline Measurement Technology?

Inline measurement technology – also known as automatic measurement technology – involves the direct integration of measurement systems into your production line. This enables continuous and cycle-based acquisition of measurement data during the manufacturing process.

For you, this means: real-time insights, immediate detection of deviations, and the ability to intervene instantly – before small issues become costly problems. By integrating measurement directly into production, you ensure consistent product quality, reduce scrap, and increase overall process efficiency.

Whether you're aiming to meet strict quality standards, optimize throughput, or move closer to a fully automated production environment – inline measurement provides the foundation.

Curious how inline measurement technology can be implemented in your production? Let’s talk about your specific challenges and goals.

Ready to take your production to the next level?

Get in touch now

Bruker Alicona InfiniteFocus G6 inline measurement — Precision in real time: Inline measurement with the InfiniteFocus G6 optical measuring device

Why inline measurement technology?

Maximize your efficiency and quality

Precision is crucial in modern production. Here are some of the main advantages of inline measurement systems:

Early fault detection: Inline measurement technology enables the immediate detection of faults and deviations. This allows you to take immediate action to avoid quality losses and rejects.
Continuous process control: An automatic measurement system gives you precise and continuous monitoring of production processes, resulting in more stable production and less downtime.
Cost savings: You avoid expensive rework and rejects by detecting deviations in good time. Inline measurement systems help to use resources more efficiently and reduce production costs.
Real-time data: Use up-to-date data to immediately adjust and optimize your production processes. The immediate feedback improves decision-making and process stability.

Cobot in production at MTU Aero Engines — Smart automation in action: Cobot-enabled inline measurement of turbine engine components

Areas of application for inline measurement

Inline measurement is used in many industries, including:

Automotive industry: Monitoring of car body and engine components.
Aerospace: Precision measurement of components.
Medical technology: Ensuring the high quality requirements of medical devices.
Electronics: Inspection of printed circuit boards and other electronic components.

Bipolar plates

Turbine blades

Knee implants

Electronic plug connections

How inline measurement works

Inline measurement systems are integrated directly into the production process, often between different production steps or at critical points on the production line. The systems measure continuously and precisely, with the data being analyzed immediately. This enables a rapid response to deviations and ensures the high quality of the end products.

Our inline solution for your production

We offer you tailor-made inline measurement technology solutions that optimize your production processes and ensure your product quality. Find out how you can revolutionize your production line with state-of-the-art measurement technology.

Maximize your added value with the latest inline measurement technology!

Increase your efficiency and ensure the quality of your products with inline (automatic) measurement technology from Bruker Alicona. Learn more about our innovative solutions and how we can help you achieve your production goals – our experts are here to help.

reach out now