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Measuring devices in motion!

Checking gaskets with the LNP Universaltester

When gaskets fail, pollutants can be released into the environment. However, weak points in gaskets can be detected using the indentation method.

The LNP universal tester is suitable for materials research, production or quality assurance. The measuring device works flexibly with finished parts and test specimens and thus provides important insights on the way to resource-saving and environmentally friendly products.By changing the probe tip, measurements can be made according to various standards such as IRHD-M or Shore A!

More information:

LNP® Universaltester

Credits for free stock material:
Archive-footage provided by copterural, Pond5
Archive-footage provided by DSellVFX, Pond5
Archive-footage provided by BoBoPhoto, Pond5
Archive-footage provided by cjvitos, Pond5
Archive-footage provided by Ron Lach, Pexels

Spatially resolved DMA on the finished part and standard test specimen

Multiple measurement of the degree of hardness on O-rings and S2 rods with the LNP indentation measuring device.

For materials research, production or quality assurance. Work flexibly regardless of whether it is a finished part or test specimens. By changing the probe tip, measurements can be made according to various standards such as IRHD-M, Shore A and many more!
Depending on the measuring device, it can be automated on all travel paths!

Checking gaskets with the LNP Universaltester

When gaskets fail, pollutants can be released into the environment. However, weak points in gaskets can be detected using the indentation method.

The LNP universal tester is suitable for materials research, production or quality assurance. The measuring device works flexibly with finished parts and test specimens and thus provides important insights on the way to resource-saving and environmentally friendly products.By changing the probe tip, measurements can be made according to various standards such as IRHD-M or Shore A!

More information:

LNP® Universaltester

Credits for free stock material:
Archive-footage provided by copterural, Pond5
Archive-footage provided by DSellVFX, Pond5
Archive-footage provided by BoBoPhoto, Pond5
Archive-footage provided by cjvitos, Pond5
Archive-footage provided by Ron Lach, Pexels

Spatially resolved DMA on the finished part and standard test specimen

Multiple measurement of the degree of hardness on O-rings and S2 rods with the LNP indentation measuring device.

For materials research, production or quality assurance. Work flexibly regardless of whether it is a finished part or test specimens. By changing the probe tip, measurements can be made according to various standards such as IRHD-M, Shore A and many more!
Depending on the measuring device, it can be automated on all travel paths!

Tutorial- IRHD M hardness topography on delicate workpieces

Get a taste of what the LNP nano touch is capable of in our new tutorial. This video shows how an IRHD-M hardness topography works with the LNP nano touch.The workpiece to be measured is a very filigree windscreen wiper profile. The measuring points are free programmable!

LNP nano touch Operation gummy bear

Measuring until the doctor comes! In this video you will see a live Investigation with the LNP nano touch.

Fully automated measuring with the LNP nano touch and the Piezo crosstable

The LNP nano touch now moves fully automated! Measure infinite measurement points one by one and evaluate your results with our new software!

LNP Nano touch - english

The LNP nano touch allows frictionless tactile length and force measurement on the finest, highly sensitive or delicate workpieces. Independent of direction sensitive workpiece surfaces can be touched fully automated.