Alicona FocusX

Imagine a system that solves all your measurement tasks (a device that measures dimensions, position, shape and roughness in high resolution, traceability and high repeatability) with an optical sensor. Explore FocusXthe most versatile and fastest 3D optical measurement device in its class.

From highly reflective surfaces to steep flanks and complex shapes, the applications of FocusX are limitless. Small radii, sharp angles and tight tolerances pose no challenge to FocusX, even in large quantities.

Operating FocusX is as simple as it is efficient: with just one click, users quickly and effortlessly obtain ISO-compliant roughness measurements, all without expert knowledge.

Do you need high resolution AND precision AND accuracy of your geometries, but don’t have time to wait? FocusX offers millions of measurement points in seconds.

Overall, FocusX offers exceptional measurement performance in a smart, affordable package – welcome to the new era of precision measurement.

6 reasons to choose FocusX

1

One device, unlimited applications

 

FocusX is the most versatile measurement system in its class.

 

2

One-click roughening

 

Fast, easy and ISO-compliant roughness measurement, even without expert knowledge.

 

3

Speed in focus

FocusX is the fastest measuring device on the market in its precision class.

 

4

See every detail. Measure every detail.

 

No detail is too small for FocusX to display, inspect and measure in high resolution.

 

5

The answer to miniaturization

 

FocusX embraces miniaturization and offers its best performance for small, high-precision parts.

 

6

Unmatched value

FocusX delivers category-leading measurement performance in a smart package.

Technical specifications

Measurement PrincipleNon-contact, optical, three-dimensional; Technologies: Advanced Focus-Variation, Vertical Focus Probing, Real3D
Positioning volume (X x Y x Z)200 mm x 200 mm x 180 mm = 7 200 000 mm³
Positioning volume (R x T)AdvancedReal3DUnit (optional): Motorized rotation: 360° / Motorized tilt: – 15° to + 90°
Objective name 1900 WD30800 WD37800 WD17400 WD30400 WD19150 WD1180 WD4 
Min. measurable roughness (Ra)µmn.a.0.70.180.240.120.050.03 
Min. measurable roughness (Sa)µmn.a.0.350.090.120.060.0250.015 
Min. measurable radiusµm12553321
Objective name 1900 WD30800 WD37800 WD17400 WD30400 WD19150 WD1180 WD4 
Working distancemm303717.53019114.5 
Lateral measurement range (X,Y)mm3.81.61.60.80.80.30.16 
Measurement point distanceµm1.770.720.720.360.360.140.07 
Measurement noisenm80401520521 
Vertical resolutionnm2501305080301510

Features of the Fastest and most versatile measuring device in its class

Contactless polling

Components with very shiny surfaces, steep sides, complex shapes – no problem for FocusX!

The optical measuring device determines precise shape and position parameters as well as roughness data of components (e.g. knee implants) in an automated, traceable and repeatable manner. And all this without contact, of course.

Demonstrating precision

Have you ever tried measuring the dimension, position, shape and roughness of a laser milled and machined component on machine tools like Kern Precision?

Discover how Vertical Focus Probing technology allows lateral probing of the sides of the workpiece, also allowing holes and bores to be measured with a diameter-to-depth ratio of 1:3 to 1:10.

Access to all areas

In manufacturing, the 3D representation of components plays a crucial role.

Imagine a measurement task on an electronic connector with a mating tab width less than 10 mm and a tab thickness less than 1 mm. With Real3D technology, the component is measured from numerous perspectives and the various visualizations are merged into complete 3D data.

METMAX

Optical measurement and evaluation software

 

MetMax is an automatic 3D optical measurement and evaluation software that allows users to perform robust measurements without specific metrology knowledge, offering an integrated 3D environment, a digital twin for on-line and offline plan testing, automatic report generation and a component of artificial intelligence for challenging measurements.

Need more information?

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