With MikroCADplus, GFM introduces an entirely
new generation of optical 3D measurement systems, with UV-light, for the
measurement of even tiniest surface structures and micro-geometries.
By the application of UV-light, delicate surfaces like very glossy ones or
such with highly concave or very steep features, are captured at ease.
With a maximum geometric information density enabled by the area-based measuring techniqueof stripe projection with highest measurement accuracy you are in a better position to checkand increase your product quality automated.
By an automatic 3D raster scan and acquisition of the 3D geometry without previous accurate knowledge of the object to be measured is obtained. As result of the raster scan a 3D dataset with several million measured points is generated, quickly and defined comparable to a CAD dataset or reference data.
With a maximum geometric information density enabled by the area-based measuring techniqueof stripe projection with highest measurement accuracy you are in a better position to checkand increase your product quality automated.
By an automatic 3D raster scan and acquisition of the 3D geometry without previous accurate knowledge of the object to be measured is obtained. As result of the raster scan a 3D dataset with several million measured points is generated, quickly and defined comparable to a CAD dataset or reference data.
A groundbreaking innovation in the area of optical tool measurement, is the integrationof our new TopoCAM optical 3d system with the tool measuring machine „Venturion 600“ by E. Zoller. This new concept for the first time enables a direct and absolute measurement of coordinates
With PRIMOSlite skin measurement systems, GFM is showing the next milestone in optical skin imaging of skin.
The compactness of these systems allows a maximum of flexibility to the user. In combination with the fast data acquisition even hand-held measurements are possible. PRIMOSlite facilitates fast and accurate 3-dimensional measurements of skin surface. The especially for skin measurement and evaluation developed software “PRIMOS” provides objective information on the efficacy of cosmetic and medical treatments, products and ingredients
The measurement system
PRIMOSpremium is designed to meet the
highest standards in research and science. The skin as a mirror of the soul
and health plays a key role in the evaluation of pharmaceutical and cosmetic
products. The increasing number of these products requires objective
evaluation criteria and instruments.
PRIMOSpremium - this high end measurement
system is characterized by its high-quality components and the perfect match
between field of view and resolution.
GFM scanners allow fast 3D measurements of facial
and body structures, including recording the color texture. The systems
FaceSCAN 3D and BodySCAN 3D differ only in their respective field of view.
Up to 4 sensors can be connected via simple LAN interface and operated
synchronously in the same coordinate system. With this technique, the single
capture of each scanner will be stitched together automatically and user
independent.
The use of DLP ® technology from
Texas Instruments for fringe projection enables very fast and precise
measurement of faces. The light source is a simple light emitting diode
which emits invisible light. A 3 dimensional facial image is completed in
less than 0.2 seconds and the entire process including evaluation and
verification takes less than 1 second.
The specially developed software controls both - the data acquisition as
well as the facial comparison, 1:1 (verification) or 1: N(identification)
modes are provided. The software provides the function of identification and
some 100 templates can be compared within a second.
The new ShapeSCAN3D for production related
applications and process control. Fast, high-performance measurement
technology using Texas Instruments micro mirror displays for digital light
projection (DLP).
Image acquisition and projection frame rates of this sensor range up to
380 Hz.
Depending on camera resolution and measuring algorithm, an acquisition of up
to 46 precision 3D images per second is possible