3D Scanning Workstation, Digital microscope Top-Eye P5
3D Microscope, 3D Laser Topography & 3D Gyration Scanning System!
♦ Excellent Image Quality | Ultra high Depth of field images
♦ From low till high magnification (7000x) 18 MPixel
♦ 6 fully automated motorized axes axes
♦ Automated tilt (-90o – 0o – 90o) X,Y,Z,Ø=z tilt, Ɵ= rotation
♦ Proprietary auto calibration for all magnifications. Large samples of any form, No sample preparation!
♦ Tilting of sample for hard to access defect inspection
♦ Never lost navigation | Full scan of complete sample
♦ 3D reconstruction and surface profiling
♦ Easy add on accessories (i.e. heating cooling stages)
♦ Extremely versatile and powerful software
♦ High throughput of any procedure
♦ Particle counting (morphometric analysis) | Fibre analysis
♦ Topography analysis | Superposition of layers | And more!
The microscopy features imbedded into the LR Top-eye P5 LT G system can be adapted for all sorts of experiments:
Analysis of materials from all angles | Customized High throughput | For Material analysis, Life science, Quality control, Pharmaceutical, Food inspection, Forensic and more.
Laser topography is a well known technique for acquiring fast topographies of surfaces. Large samples (i.e. A4 formats) can be acquired in a few seconds. The principles of this technique can be described as follows. A fine laser is focused on the surface of the sample. A camera with an appropriate lens assembly measures the profile of the laser line. Then mathematical processing allows the profile to be converted into a 3D map.
The LR Top-eye P5 LT G system goes beyond standard LT technology in utilizing a stereo pair camera configuration where the line of the laser is sandwiched between the field of views of the two camera’s. The advantage of a stereo pair LT configuration is that artefacts are inspected from two independent points and hence a much better representation can be reconstructed and hence more insight in the complexity of the sample.
Add on of all sorts of high end accessories:
Tilting tables, robotization, rotation tables, all sorts of illumination, i.e. UV, VIS, IR, fluorescence, polarisation, DIC, Heating stages. Microplate, inverse microscopy, particle analysis, fibre analysis, topography and many more.
Custom Built high throughput analysis.
We can adapt the system for any application
Scanning large objects with highest microscopic details without any artifacts. Other machines use DFD techniques to scan large objects, however such techniques fail because of lens aberration.
The MicrOptik 3D Gyration Technology produces extremely detailed and accurate 3D scans which can be converted directly into step data files, allowing the user to reengineer products with the greatest ease. Use 3D scanner software to generate extremely accurate 3D images of objects. Export scanned 3D models to STL, PLY, OBJ and DAE file formats. Comparing two objects is a piece of cake. Technique replaces conventional comparison microscopy.
Applications: Forensic, Reversed engineering of all kinds of objects. 3D objects can be 3D printed.
See in the attached flyer detailed information regarding
Top-Eye P5 (LR-LT-G) System Configuration Description and Technical Specification
along with definition of our Extended Mishell Image Analysis Software package!