The Optical Coordinate Measuring Machine for High-Precision Manufacturing
You are dealing with
- Increasing quality demands
- Time-consuming measurement routines
- Challenging materials and geometries
- A shortage of metrology specialists
…then the optical coordinate measuring machine µCMM is exactly what you need.
Measure dimensions, position, form, and roughness – with only one optical sensor – fully automated and optimized for the shop floor.
Let us show you how the CMM machine can be integrated into your workflow.
Fast, accurate, reliable, and tailored to your application.

Optical coordinate measuring machine µCMM with AdvancedReal3DUnit
Your Challenges in Production
Pressed for time but need high precision?
➡️Fully automated measurements save time and reduce human error.
Dealing with
safety-critical parts?
➡️Get reliable, repeatable results for full traceability.
Complex shapes that can’t be touched?
➡️Optical 3D metrology measures even fine details – without contact.
Mixed-material
components?
➡️µCMM handles everything from PCD and ceramics to CFRP and silicon.
The Optical Coordinate Measuring Machine -
Your Automated Quality Solution
The µCMM optical coordinate measuring machine combines optical surface metrology with coordinate measurement technology, delivering high-precision 3D data without contact.
It’s not just a measuring device.
It’s your automated quality control solution.
Ready to upgrade your quality assurance?
Why Manufacturers Choose the µCMM Over Traditional Tactile Methods
- Highest accuracy – even on complex geometries with tight tolerances
- Non-contact measurement – ideal for delicate or high-value materials
- Automated at the push of a button – increase throughput and reduce operator error
- Simple operation – No metrology expertise required, thanks to the smart metrology software MetMaX
- All-in-one sensor – measure dimension, position, form, and roughness with a single sensor
The µCMM is not only a measuring device but your partner in quality control. Trust in Bruker Alicona’s proven technology and sustainably optimize your manufacturing processes.
What Our Customers Say

Using optical measurement technology we are faster, more accurate and, above all, process-capable. With Bruker Alicona we can also measure automatically in a CNC process.

Components of new batches only have to be taught-in once on a reference part, each additional component is automatically checked.
One Solution – Trusted Across Various Industries
The coordinate measuring device µCMM is versatile and supports various industries in quality assurance and process optimization.
Here are some examples:

Aerospace
Analysis and measurement of turbine blades, aircraft parts, and other safety-critical components.

Automotive
Precise measurement of engine components, transmissions, and body parts to ensure the highest quality standards.

Electronics
Inspection of PCBs, microelectronics components, and other highly sensitive electronic parts.

Medical Technology
Accurate measurement of implants, prosthetics, and surgical instruments to meet strict medical standards.

Optical measurement of precision dies (punches, stamping and bending tools) with the optical cmm machine
Smart, Automated Measurement with MetMaX
With the intelligent MetMaX software, quality control becomes a seamless part of your production:
- Upload CAD file
- Select GD&T or PMI features
- Start the scan – the software handles alignment and analysis
✔ Repeatable. Traceable. Intuitive – no special knowledge required.
Boost your efficiency, save time, and improve your production precision with MetMaX.

Download the Product Brochure
Want the full product details and tech specs?
Get your free product brochure now and discover how the µCMM transforms your process.
Download Product Brochure Now
What is Optical Dimensional Metrology?
Optical dimensional metrology delivers fast, non-contact, and highly precise 3D measurements of size, shape, and geometry. Ideal for both the shop floor and the lab, it ensures reliable, repeatable, and traceable results in real time. By harnessing advanced optical technology, it boosts quality control, streamlines workflows, and drives accuracy across a wide range of industries.

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