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Gholographics Company

OSLO  is a powerful optics design program. In addition to classical lens design features, OSLO compbines advanced ray tracing, analysis, and optimization methods with a high speed macro language to solve a wide variety of new problems in optics design.

OSLO allows you great flexibility in setting up an optical system for optimization, analysis, or tolerancing.OSLO also provides advanced tools for designing medical instrumentation, illuminations systems and telescommunications equipment, to name typical applications.

Knowledge Base

 
Optical Design for Today
Basic Lens Design
Lens Design
Abberration
Latest Features
Cooke Triplet Design
DOUBLE GAUSS LENS
Speckle Imager
Lidar Imaging System
Laser Polarization Fiber
Optical Software as Education Tool
Micro Optical Fiber Switch
Optical Tweezers
Eye Model Comparison
Diffractive Aspheric Nulls
Wide field Corrector Design
Dall Null Test
Shack Hartmann Design
Telescope and Instrumental Optical
X Ray
ZOOM lens
Fish Eye Lens
Thin Film Coating
 
 
Grating Swtich
Gradient Index
Deep Focus lens
Lens Array
Laser Gaussian Fiber Coupling
Athermalization
Thermal Mirror
Polarization
partial Coherence
Light Pipe
 
TIR Prism
Penta Prism
Corner Cube Reflector
Optimization
 
Tolerancing
Advance Tolerancing
ISO Element Drawing

Optical Systems that you can design with a lens design software OSLO:

IMAGING SYSTEMS

LASER SYSTEMS

NONIMAGING OPTICS

VISUAL SYSTEMS

Photolithography
Optical Metrology
Laboratory Instruments
Optical Testing
Spectrographs
Astronomical Telescopes

LASER SYSTEMS
Fiber Couplers
Laser Focusing
Collimators
Scanners
Cavity Design
Beam Delivery

Illumination Systems
Interferometers
Solar Collectors
Faceted Reflectors
Condensors
Light Concentrator

Microscopes
Telescopes
Refractometers
Low Vision Aids
Endoscopes
Virtual Reality
Night Vision

 

Also, systems with gradient index surfaces, aspherics, diffractive surfaces and holograms, lens arrays, interferometric deformations etc.


OSLO's major features include:

Lens and Material Databases

Special Surface Data

Zoom and Multiconfiguration Systemsz
Arrays and Non-Sequential Groups
Special Apertures
Tolerance and Element Data
Polarization and Thin Film Coatings
Ray tracing
Diffraction and Partial Coherence
Optimization Methods
Tolerance Analysis
Lasers, Fibers, and Gaussian Beams
Illumination Analysis
Perfect Lenses and Eikonals
Vignetting Analysis
Footprint Analysis
Spot Diagram
Wavefront Analysis
Point Spread Function
Modulation Transfer Function
Energy Distribution
Monte Carlo Analysis

Ghost Images
Narcissus Analysis
Polarization Ray Trace
Non-Sequential Ray Trace
Gaussian Beam Analysis
Partial Coherence Analysis
Fiber Coupling
OSLO imports files from the following programs: CodeV, GENII, Sigma, Zemax
OSLO files export to CAD programs
Append data files from commercial interferometers to any surface for advanced simulation and tolerancing. 
Support for Radiant Imaging data files
Fast Optimization
Standard Surface
Cylindrical Surface
Lenslet Array
Diffractive Surfaces
User Defined Surfaces
Interferogram Files
Aspheric Surfaces
Gradient Index Surfaces

 

 


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