Laser microscope – laser measurement and information complex of the MIM-340
Laser microscope – laser measurement and information complex of the MIM-340.
Laser measuring-information complex MIM-340 is a unique laser microscope using the technology of modulation interference microscopy (MIM) (resolution up to 0.1 nm vertical (Z-axis) and 10 nm in the XY-plane).
Laser measurement and information complex of the MIM-340 is a unique laser microscope using the technology of modulation interference microscopy (MIM) (resolution up to 0.1 nm vertical (Z-axis) and 10 nm in the XY-plane).
Device in terms of its resolving abilities is one of the world’s best optical microscope, low profile with long stroke x-y table nanometer resolution and has a wide range of applications from medicine to precision engineering, optical industry, materials science, and aerospace industry.
An important feature of the MIM-340 is an original algorithm for computing the phase of the reflected from the object wave front that combines the speed of the stepping methods and superresolution methods fotometricheskie.
The principle of the microscope is based on the joint use of original technology laser microscope MIM-340 and aeromagnetic guideways. This combination allows you to explore the surface of large (up to 300×300 mm) objects without losing the coordinates and focus.
– getting a full frame size of 1280×1024 pixels that just in 0.3 seconds.
– noncontact measurement, easy operation and metrological reliability of changes
– visualization of the optical anisotropic region of the microstructure smaller than 100 nm,
– registration of nanodynamics and “entry of nanocone”.
|Characteristics of the microscope:|
|Optical zoom||1000 x|
|The field of view, m||7-150|
|Vertical resolution, nm||0,1|
|Resolution in the XY-plane, nm||100 – 10|
|Frame size, pixels.||1024 x 1024|
|Speed shooting, frames/sec||3 – 30|
|Source of light||Laser of 405 nm|
|Subject characteristics table:|
|Stroke (X – Y – Z) mm||300x300x100|
|The resulting accuracy, nm||150|
|Resolution feedback, nm||100|
|The nonplanarity of the stroke, nm||80|
|Napravlennosti stroke, nm||40|
|Travel speed, mm/s||Up to 100|
|Carrying capacity, kg.||100|
Note: the description of technology for example laser microscope MIM-340.