Services

 

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Optical designs of the following systems in the UV, visible, and near infrared ranges.

• Cameras based on CMOS with flat and curved imaging surfaces.

• Telecentric cameras.

• Wide-angle and telephoto cameras.

• Small cameras for endoscopes and other optical devices.

• Hyperspectral and Multispectral imaging systems.

• Tabletop and handheld fundus cameras.

• Ophthalmic, intraocular, and contact lenses.

• Virtual reality glasses.

• Digital loupes for physicians.

• Otoscopes for physicians.

• Illuminating systems based on laser diode and LEDs.

• Cameras with ZOOM.

• Telescopic and microscopic systems.

• OCT systems.

• Collimators.

• Projectors.

• Imaging and illuminating systems with tunable lenses for autofocus.

• Fiber coupling systems.

• Electro-optical systems using laser beams. I will use Physical Optics Propagation or simulation of Gaussian beam.

 

Optics can be made from spherical and aspherical lenses made from glasses and plastics.

 

Support the development of optical systems from start to production stages.

• System requirements.

• Choosing start design and optimization.

• Tolerance and manufacture analysis.

• Optimization with tolerances.

• Thermal analysis.

• Stray light and ghost image analysis.

• Development of assembly procedure with mechanical engineer.

• Collaboration with mechanical engineer for optomechanical design.

• Manufacture drawings.

• Collaboration with mechanical engineer for development jigs for assembly.

• Inspection of incoming lenses.

• Assembly and test of optical system.

• Support sales and marketing of the optical system.

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Consulting service.

I have experience in designing and developing imaging and illumination systems in UV, visible, and near-infrared ranges. I possess extensive knowledge in the optical design of imaging systems, designing and developing optics for endoscopes, designing cameras and illumination systems using plastic optics, as well as designing ophthalmic and intraoral devices.