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Specifications
R2200 series
R2100 series
 
R1100 series
R1000 series
 
T1000 series
 
 
Koala Software
Objectives
 
Stroboscopic module
 
 
 
 
 

Koala Software

 
Technology: based on C++ and .NET
Environment: Microsoft Windows XP
Administration: multi-user configurations with individual passwords and restriction levels
Personalization: factory configuration for user selected objectives
possibility to save and recall personalized configurations in database
possibility to import / export configurations
Operating modes: live mode reconstruction rate: 15 fps (512 x 512 pixels hologram)
4 fps (1024 x 1024 pixels hologram)
alternate dual wavelength mode alternate acquisition at two different wavelengths for extended vertical measuring range
acquisition time: 1.5s
vertical scanning mode acquisition time: scanning speed: 6µm/s, reconstruction time: 6s
objective and hardware dependent specifications
time averaging mode measurement resulting of an averaging of several acquisition/reconstructions
sequence mode acquisition and replay of sequences
rate up to 15 fps, higher with optional camera
offline reconstruction mode reconstruction of stored hologram :
- recovery of all sample information
- enables modification of all reconstruction parameters
stitching mode (option) Combines up to 100 measurements side by side for an extended field of view
stroboscopic mode (option) outputs for external synchronization:
- analog up to 25 MHz - 10 V rms (20 V peak to peak)
- high voltage analog up to 100 kHz - 200 V rms (400 V peak to peak)
- user-defined signal shape, amplitude and frequency input for event synchronization: - 1 analog 2 digital
production (option) customized integrated interface for specific applications
Unique tools: digital focusing vertical focusing range up to 50× depth of field (objective dependent)
digital sample tilt compensation on simple mouse-click
phase monitoring time monitoring of the topography in user defined image areas
operating in live, sequence and stroboscopic modes
unwrapping of the time profile
roughness measurements form, waviness and roughness differentiation by standard or user defined frequencies
coefficients determination over user defined lines or surfaces
surface fit different fit models available (polynomial, Zenrike, spherical, cylindrical,...)
form factor suppression surface flattening for increased visibility of surface details and deformation
adjustable phase offset user defined zero referencing
profiles precise axial and lateral measurements using cursors
Data compatibility: recorded and reconstructed images exportable as .tif image, .txt or .bin array
measurement and log data exportable in .txt format
Camera configuration: image size: 1024 x 1024 or 512 x 512 pixels, regions of interest selection tool included
software controlled camera shutter, brightness and gain
Reference path: enables compensation for immersion liquids, glass covers,...
automatic detection of the optimal reference arm optical path length
Intensity: automatic adjustment of the reference arm intensity for optimal hologram contrast
Polarization (option) : automatic adjustment of the reference arm polarization for optimal interference in case of birefringent samples

Specifications are subject to change without notice