Optical design of
the following systems in UV, Visual, and Near Infrared ranges.
• Cameras based on CMOSs with flat or curved imaging surfaces
angle and telephoto camera
• Small cameras for endoscopes, and other optical devices
• Hyperspectral imaging system
• Fundus camera
• Ophthalmic, intraocular,
and contact lenses
• Augmented and Virtual reality glasses
systems based on LED and Laser Diode
• Cameras with ZOOM
• 3D endoscopic and laparoscopic vision systems
• Eyepiece with and without diopter adjustment
• Telescopic and Microscopic systems
• Surgical microscope
• Imaging or illuminating
systems with tuned lens for autofocus
• Fiber coupling systems
Optics can include aspherical and spherical lenses made from glass or plastic.
Support development of optical system from start to production
• Choosing start design and optimization
• Tolerance and manufacture analysis
• Optimization for reduction sensitivity to tolerances
• Test plate fitting
• Thermal analysis
• Stray light and ghost image analysis
• Development assembly procedure
• Development jigs for assembly
• Inspection of incoming lenses
• Assembly and test the optical system
• Support sales and marketing of the optical system
Measurement parameters of single lenses and objectives.
Support development of the optical system demands measurement parameters of incoming lenses
and assembled objectives. Such measurements can be done on sophisticated equipment available in Medigus. I am well
familiar with the equipment. The equipment consists of two systems. The first system measures the following parameters
of a single lens: Radius of curvature, EFL, BFL, centering errors. It can be also used for the creation of doublets and
measurement centering errors of single lenses inside a multi-lens system. The second system measures the following parameters
of objectives: MTF on and off-axis, EFL, and distortion. The systems can measure parameters of lenses with diameters in the
range of 0.4mm-75mm. I am allowed to use the equipment.
Development of the entire camera system.
The camera system can be developed using Medigus's facilities. The company has experienced optomechanical
and electronic engineers. The company also has sophisticated equipment for test optical and mechanical parts. Medigus is producing the smallest in the world CCD/CMOS cameras for endoscopy. The company developed its video processors
including HD video-processor. Lenses for the camera can be supplied by the German manufacturer. The manufacturer produces
high-quality lenses with a range of diameters of 0.3mm-75mm for a reasonable price.
Development test of the camera.
Image Engineering has developed test charts, analysis tools, and test equipment
for a fast and reliable test of a camera. I have experience using this technology. Please find more information
about the technology on the website of the company that you can find below.
I have experience in the design and development of imaging and illuminating systems.
I have wide knowledge in Optical Design, Optical Engineering, Design Optics for Endoscopes, Design Plastic Optical Systems,
Optical Design of Microscopes, Design Ophthalmic Optical Devices, and Design Illuminating Systems.
Assessments of designs in articles and patents.
I propose to companies and
patent agencies assessments of designs in articles and patents. I have the a
strong background in aberration
theory, experience in the design of imaging systems, and experience in writing
scientific papers. See articles in the links below.
Examples of optical designs and article about aberration theory.
Scientific articles and my knowledge are available in my profile on LinkedIn