Products & Services > Digital Video Microscopy
Far-Eye™
Ultra Long working distance zoom microscope
Observing deep inside with Far-Eye™
Far-eye comprises a Zoom Microscope system with lenses having ultra long working distances allowing distant objects to be inspected with high quality. The long working distance microscope is a high power zoom microscope equipped with a 14x zoom ration, realizing high N.A., high resolution and ultra long working distance operation. The series comes in three types with different working distances (300, 200 and 100 mm).
Microscope set-upA typical configuration of a Far-eye system is depicted in the diagram on the right. Zoom lens bodyThe central unit of the system is a zoom lens body equipped with a large diameter objective lens with a 14X zoom ratio, realizing high N.A.,high resolution and ultra long working distance.
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High accuracy Stand
For practial all applications we provide a stand with mounting accecory for the specific Zoom Lens body.
We provide mounting assemblies that permits observation of a sample in test equipments. A tilting stage provides flexibility to position the zoom lens body in any required fixation. The rough/fine motion bracket provides flexibility in positioning the zoom body towards the sample for optimizing the focal distance.
Illumination
Micro-Optik’s DiMiC™ system provides a Metal Halide source which can be coupled with a multi fiber cord, guiding light to the coaxial connector of the Zoom body.
Diamond synthesis on a silicium substrate by the thermal filament CVD method (900X) Tip of AFM needle (400X)  Positioning of FE300 on top of see through glass of vacuum chamber |
Applications
The unique features of the Ultra-long Working distances of the Zoom bodies permit the measurement of samples further away from the lens then in conventional systems. With a configuration one is able to observe phenomenas in the inside of a vacuum chamber, allowing to acquire microscopy images in-situe during reaction. As many as 19 lenses are arranged inside the optical system, to combine 14X optical zooming with ultra long working distance without any compromise in image quality. A large diameter objective lens with a maximum lens diameter of 55mm ensures higher N.A and higher resolution.
FE300 Ideal for analysis in vacuum chamber
The FE300 Zoom lens has been most frequently used for observations inside vacuum chambers. Real time observations of enlarged images of crystal and film formation processed are permitted by monitoring through a glass window. The magnification range of the FE300 is 30-420X. The N.A. is 0.067 and the maximum resolution is 5.0 µm. The working distance of almost 300mm operation system ensures a focal depth of 5.5 mm. The FE300 is also very suitable for targeting a AFM (Atomic Force Microscope) in a vacuum chamber
FE200 comfortable working distance
The FE200 permits observation with a braod magnification range from 42-588X. The NA is 0.093, the resolution is 2.8mm. Among other models the FE200 is well balanced, delivering outstanding performance in many applications. With the flexible stand the FE200 can be placed in all directions. This model is ideal for observation of heat-generating samples, soldering processes and precision micro finished products, as well as for observation of wire bonding conditions when a probe is put on a semiconductor aluminium wiring to conduct a cirbuit test under a microscope.
FE100 permits high magnification
The FE100 is ideal for high magnification applications where comfort is requried through a long working distance. The FE100 allows magnification from 90-1260X. The N.A. is 0.2 and the resulution 1.7 µm. The FE100 has been used frequently for AFM alignment, bulb filament and submerged samples.
MIMAS software
With a complete system we provide our MIMAS software package. MIMAS is a sophisticated package with many features. MIMAS provides extensive 2D as well as 3D geometrical calculations. For in-situ kinetic experiments we provide real time morphometric routines for particle characterization and statistical visualisation. For non standard applications our software engineers can develope tailored solutons. For the semiconductor industry we have developed software to enhance visualisation of soldering processes.
