The Next Generation of Optical Coordinate Measuring Machines - µCMM NEO

When your components demand the highest precision, your metrology should too.

Built on 25 years of optical metrology expertise, the new optical coordinate measuring machine µCMM NEO moves beyond dimensions toward real surface-based understanding. Surface-first metrology and full 3D data help you evaluate mico geometries, freeform surfaces and micro holes with more speed, higher accuracy and deeper insight insight into the functional behavior of your components

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Solving Micro‑Scale Measurement Challenges—

Introducing the New µCMM NEO

on 24 June 2026

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Optical Coordinate Measuring Machine for Micro-Scale Precision Manufacturing

Move beyond dimensions toward real surface‑based understanding of functional features with full 3D data and multiple optical measurement technologies on one integrated platform.

High-End Optical Coordinate Measuring Machine for High-End Manufacturing

See the Key Benefits of the µCMM NEO at a Glance

Surface-First Metrology.
More Information
per Measurement Minute.

Profiles and surfaces in one measurement. From dimensional values to functional understanding of the component.

Engineered
for Microns
and Beyond.

Designed to measure the smallest geometries with unmatched non-contact precision—built for high-end precision components.

One Platform.
One Run.

Dimension, position, form, and roughness in one platform in a single measurement run. Replaces multiple measurement systems. No repositioning.

Accuracy
without Compromise.

Five precision axes for highest dimensional and positional accuracy. Reliable over the entire measurement volume.

The Benchmark for
Micro Hole Measurement.

The only solution for reliable measurement of micro holes and deep features.

"From its very first generation, Bruker Alicona’s μCMM was a true high‑end measuring system for high‑precision manufacturing. Stepper has always stood for maximum precision and productivity—making the decision to trust the μCMM with quality assurance a natural one. We’re proud to have been the very first μCMM customer back in 2018, and eight years later, we continue this success story as the first to adopt the μCMM NEO—another milestone in our shared journey of precision.”

Technical specifications

Measurement principle	non-contact, optical, three-dimensional, based on Focus-Variation incl. Vertical Focus Probing technology
Number of measurement points	single measurement: X: 2160, Y: 2160, X x Y: 4.6 million multi measurement: up to 500 Mio.
Positioning volume (X x Y x Z)	310 mm x 310 mm x 310 mm = 29 791 000 mm³
Travel speed of axes	up to 100 mm/s
Coaxial illumination	LED coaxial illumination (color), high-power, electronically controllable
System monitoring	8 temperature sensors (accuracy: ± 0.1 K), 1 humidity sensor, internal current and voltage monitoring, incl. long-term logging, retrievable
3D Accuracy 10360-8	EUni:Tr:ODS,MPE = (0.7 + L/600) μm (L in mm) Axis accuracy based on ISO 10360-8. EUniZ:St:ODS,MPE = (0.15 + L/50) μm (L in mm) Valid for single measurements, height step measurements.

Max. weight	up to 30 kg; more on request; 5-axes max. sample weight: 4 kg
Max. dimensions	width: 680 mm, height: 375 mm
Max. measurable slope angle	Focus-Variation: 87° / Vertical Focus Probing: >90° (depending on application)

Objective		1900 WD 30	1500 WD23	1500 WD70	800 WD17	800 WD37	400 WD19	150 WD11	80 WD4
Working distance	mm	30	130	69,4	17.5	37	19	11	4.5
Measured area in a single measurement (X,Y)	mm	3.8	3.12	1.6	1.6	1.32	0.8	0.3	0.16
(X x Y)	mm²	14.56	9.73	9.73	2.43	2.43	1.61	0.1	0.02
Measurement point distance	µm	1.77	1.45	1.45	0.72	0.72	0.36	0.14	0.07
Measurement noise	nm	30	90	70	4	25	2	1	1
Vertical resolution	nm	85	255	200	30	71	20	10	10

Measure What Defines Your Product Quality with

the Optical Coordinate Measuring Machine µCMM NEO

Precision Dies

Control the Micro Geometry Behind Millions of Parts.

Precision dies directly transfer their geometry into every stamped component. The optical coordinate measuring machine µCMM NEO verifies geometries, micro structures and datum alignment reliably—ensuring consistent performance of ultra-fine stamped structures.

Injection Nozzles & Valve Seats

Measure Micro Holes Where Efficency Begins.

Injection nozzles and valve seats depend on micro holes, sealing geometries and precise feature alignment. The µCMM NEO captures micro holes, freeform seat geometries and functional surfaces beyonds tactile limits—delivering full 3D data for reliable evaluation of flow-critical features.

EDM Electrodes

Inspect the Electrode Before your Cavity is Created.

EDM electrodes define the final geometry of the eroded cavity. The optical coordinate measuring machine measures complex freeform and negative geometries reliably on fragile graphite electrodes and critical micro geometries—ensuring reliable verification before the EDM process begins.

Ready for the Next Generation of
Optical Coordinate Measuring Machines?

Discover the new CMM NEO

Precise Optical Dimensional Measurement &
Analysis for High-End Manufacturing

Automated Measurement Made Simple

The μCMM NEO reaches its full potential with MetMaX, the intelligent optical 3D metrology platform.

Load the CAD model, select the required GD&T or PMI features and start measuring. MetMaX creates an intelligent measurement strategy automatically and delivers fast, consistent and traceable results—across users, components and production environments

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The Next Generation of Optical Coordinate Measuring Machines - µCMM NEO

Join the Exclusive Online Reveal Event