PRECISION OPTICS FOR ADVANCED IMAGING
Optical Solutions Engineered for Imaging Performance.
Mosaic Optoelectronics develops and manufactures specialized optical components and assemblies for machine vision, electronics inspection, scientific imaging, and other demanding imaging systems.
PRODUCT FAMILIES
Specialized Optics for Demanding Imaging Systems
Our work centers on optical anti-aliasing, polarization control, crystalline optical materials, and custom assemblies developed around specific imaging requirements.
Optical Anti-Aliasing Filters
Optical filtering solutions engineered to control aliasing and moiré while preserving useful image detail.
Explore OLPF Solutions →Polarization Optics
Polarization components for imaging, inspection, sensing, and other precision optical systems.
Explore Polarization Optics →Crystal Optics
Precision components manufactured from birefringent and other optical crystal materials for specialized applications.
Explore Crystal Optics →Custom Optical Assemblies
Multi-element optical solutions developed around system geometry, performance, and integration requirements.
Explore Custom Assemblies →CAPABILITIES
Engineering, Fabrication, and Measurement Working Together
For specialized optics, design decisions, manufacturing methods, material behavior, and measurement are closely connected. We approach them as parts of the same development process.
Optical Engineering
Application-driven development considering optical function, material selection, geometry, integration, and manufacturability.
Precision Fabrication
Processing and fabrication of specialized optical components, including crystalline materials used in imaging systems.
Optical Metrology
Measurement and inspection used to support manufacturing, component verification, and optical performance.
APPLICATIONS
Optics Developed Around the Imaging Problem
Different imaging systems place different demands on sampling, polarization, reflections, contrast, wavelength, component geometry, and optical integration.
Machine Vision
Optical solutions for industrial imaging systems where repeatable image quality and reliable feature recognition matter.
Electronics Inspection
Optics for inspection systems evaluating fine structures, patterned surfaces, components, and electronic assemblies.
Scientific Imaging
Specialized optical components for research, instrumentation, sensing, and other technically demanding imaging systems.
Defense & Aerospace
Optical components for specialized imaging and sensing applications where system requirements drive component design.
SPECIALIZED OPTICAL ENGINEERING
A Focused Approach to Custom Optical Problems
Mosaic Optoelectronics focuses on specialized components and assemblies for imaging systems where a standard catalog optic may not provide the required behavior.
We work from the requirements of the imaging system outward, considering optical function, material properties, geometry, manufacturability, measurement, and integration together.
That focused approach allows us to work directly with customers on unusual or application-specific optical requirements without forcing the problem into a standard product configuration.
AREAS OF FOCUS
- Optical anti-aliasing and image sampling
- Birefringent and polarization optics
- Quartz and lithium-niobate components
- Machine-vision and inspection imaging
- Custom optical assemblies
- Optical measurement and verification
TECHNICAL RESOURCES
Optical Information, Technical Guidance, and Archived Material
Our Resources section brings together technical explanations, frequently asked questions, product information, and selected legacy optical documentation in one location.
Explore Technical Resources
Learn more about optical anti-aliasing, polarization, crystal optics, fabrication considerations, metrology, and archived documentation from earlier Mosaic optical products.
Visit Resources →CUSTOM OPTICAL REQUIREMENTS
Have an Imaging Problem That May Require a Specialized Optical Solution?
Tell us about the imaging system, optical requirements, and performance objectives. We can help evaluate the optical approach and determine whether a custom component or assembly makes sense.