Optical 3D metrology
Optical measurement – the object in sight

Optical 3D scanners measure without contact using optical sensors. For the three-dimensional measurement and shape measurement is a so-called stereo camera system. This captures complete 3D data even from large and complex components.

3DIMETICS uses the ATOS III Triple Scan. He works extremely fast, captures ultra-fine structures and edges with high resolution and delivers impressive qualities even on glossy surfaces. The robust device can be used mobile at the customer or even automated for several parts in our measuring laboratory.

Tactile measurement technology
Exact, tactile measurement

The tactile measurement is considered the most accurate method on the market. First, it is about the shape, measured in particular straightness, flatness, roundness, cylindricity and lines and surfaces. The combination of these elements then gives the information on the situation, that is, for example, to angles, symmetries and dimensions or even to parallelism.

For this purpose, buttons or sensors touch the component point by point. This results in the entire geometry of the specimen. And that allows the target-actual comparison, which reveals the deviations. Tactile measurement is therefore a very accurate method of the Measuring technology.

Surface measurement
Sensitive at the top

3DIMETIK measures surface roughness, primary profile, waviness and much more on site at the customer’s site – with the mobile surface roughness meter Mitutoyo Surftest SJ-411. Noteworthy is the high accuracy, also reached the SJ-411 hard to reach points. During surface measurement, sensitive stylus tips record the data, the profile is graphically displayed in color and the results can be printed out directly from the instrument, including statistical evaluation. This makes the surface measurement enlightening, comfortable and time-saving.

CT/ X-ray
Long live the component!

Industrial CT enables non-destructive X-ray imaging. The microstructure of materials under simulated conditions over a defined period of time is considered. This is used to measure and analyze components and assemblies that must not be destroyed.

With the ZEISS Xradia 520 Versa 3DIMETIK is the ultimate in terms of resolution, contrast richness and data collection. With a single scan process, the device quickly scans countless features. The interaction of X-rays with matter provides – depending on atomic number and density – absolutely detailed information. Even organic materials that are usually barely visible are recognized.

Measurement reports
May it be a little bit more?

Since the 18th century, the puzzle game has inspired millions of people. And the puzzle players know that if you have all the parts, you will not be able to see the whole picture for a long time.

Quite similar is the case with measurement reports. Only when the measurement data and the correct positions and reference points are assigned, clear instructions for targeted corrections can be read out. And so a standard measurement report becomes a smart measurement report by 3DIMETIK.

Reverse Engineering
The measure of things