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Geometric measurement
We carry out complete geometric measurements on CNC lathes on behalf of our customers. Depending on the machine type, we apply the test protocols specified in the DIN standard.
Many tool interfaces and machine types can be covered by our extensive range of measuring tools. With our extensive range, we cover the widest spectrum and regularly expand our testing equipment in order to always be able to offer the best solution.
Renishaw QC20 ballbar
With our Renishaw ballbar test, we determine and evaluate the exact condition of guideways, axle drives and ball screws as well as their bearings. In addition, we are able to make specific statements about the control behavior of your machine and often optimize or repair it directly.
Pull-in force measurement
We guarantee consistently precise machining results. To do this, we check the pull-in force on your machine using digital or analog pull-in force testers from Diebold or Ott Jakob in the standard tool holders. Monitoring the pull-in force is an essential part of quality assurance in machine tool technology. Insufficient clamping force can have serious consequences: poor surface quality due to vibrations, reduced tool life, increased tool wear or tool breakage.
Lathe chuck clamping force measurement
To ensure trouble-free use of your chucks and minimize productivity losses, we use Schunk clamping force measuring devices for clamping force testing. This enables us to carry out measurements at standstill and during rotation with the centrifugal forces that occur.
Length and angle measuring device
We use test equipment from Heidenhain to maintain the usual machine accuracy and to check for dimensional deviations or faults in measuring systems.
We carry out functional testing of the most common absolute linear and angle encoders from Heidenhain on your premises.
Vibration and shock pulse measurements
We offer our customers the testing of rolling bearings with highly developed vibration and shock pulse measurements. Thanks to SMP Instrument’s patented HD technology, Leonova Emerald delivers razor-sharp spectra even with weak and low-energy signals. The device’s excellent signal-to-noise ratio is a decisive advantage when weak signals are superimposed on stronger signals, e.g. in gearboxes, electric motors or spindles. In many cases, the test can also be carried out cost-effectively without dismantling the components to be tested.