Products
3D SCANNERS MADE WITH PASSION
WHERE DOES THE NOISE COME FROM?
WHERE DOES THE NOISE COME FROM?
We are specialists in non-contact optical measurement systems. As a manufacturer, we provide full advice on the selection of the device and enable and make modifications to specific customer requirements. We provide warranty and post-warranty service and training throughout the country.
WHERE DOES THE NOISE COME FROM?
WHERE DOES THE NOISE COME FROM?
WHERE DOES THE NOISE COME FROM?
Our sound scanners uncover precisely where the acoustic sources of your products or processes are located. The analysis software on your smartphone provides information about the exact distribution of the sound pressure level and frequency content. Discover your product or your use case from a new angle and make targeted decisions on where to begin to get a hold of your acoustic problems.
THICKNESS GAUGES
WHERE DOES THE NOISE COME FROM?
THICKNESS GAUGES
A novel EMA thickness gauge with an innovative electro–magnetic biasing technology is designed to measure thickness of objects made of steel and aluminum alloys without the use of coupling liquid. Substantial advantage of the new technology represents absence of a permanent magnet in the EMA transducers thus allowing sidestepping of stro
A novel EMA thickness gauge with an innovative electro–magnetic biasing technology is designed to measure thickness of objects made of steel and aluminum alloys without the use of coupling liquid. Substantial advantage of the new technology represents absence of a permanent magnet in the EMA transducers thus allowing sidestepping of strong adhesion of the transducer to the surfaces of the objects made of ferromagnetic steel; allowing scanning of the object being inspected, and preventing metal chips from sticking to the transducer’s protector, thus extending its service life.
NANO-POSITIONING
NANO-POSITIONING
THICKNESS GAUGES
Nanopositioning is optimally done by piezo-drives in combination with EDM-cut flexures for levers and guidance. These components avoid stiction and friction, so that positions can really be set with even sub-nanometer accuracy.
Relative to the maximum dispacements, resolutions of 5 ppm, repeatabilities of 50 ppm and linearities of 100 ppm are possible.
PIEZO-ACTUATORS
NANO-POSITIONING
PIEZO-ACTUATORS
Piezo-Actuators are principally solid-state bodies, which are deforming when being charged electrically. There is no stiction or friction involved, so that the resolution of displacements is only limited by the noise of the charge-supplying electronics.
EDM-cut flexures used for the levering mechanisms and for guidance are also free of s
Piezo-Actuators are principally solid-state bodies, which are deforming when being charged electrically. There is no stiction or friction involved, so that the resolution of displacements is only limited by the noise of the charge-supplying electronics.
EDM-cut flexures used for the levering mechanisms and for guidance are also free of stiction and friction, so that the resolution of the piezo-drives can directly be translated to the positioning tasks.