As a leader in custom optical assembly manufacturing services, OSE Optics is experienced in transforming precision components such as mounts, filters, mirrors, prisms, and lenses into functional optical subsystems with active alignment, Modulation Transfer Function (MTF) testing, and precision interferometry.
Our fully integrated custom optical assemblies meet the highest level of quality standards for a range of industries, including aerospace, defense, imaging, industrial, biomedical, semiconductor, telecommunications, and more.
With decades of proven experience in optical manufacturing, OSE Optics is committed to delivering precision engineering to exact specifications with end-to-end optical assembly services that promote optimal function and reliability.
Types of Optical Assemblies
At OSE Optics, our in-house capabilities allow us to produce several types of optical assemblies to meet the unique demands of our customers’ specific applications, including but not limited to:
Lens Assemblies
Includes mechanical and electro-optical systems for aerospace, medical, and defense applications.
Imaging Modules
Fully integrated optical assemblies for advanced imaging and infrared zoom systems.
Beam Expanders
Optical assemblies that can expand the diameter of a light beam.
Laser Optics
Specialized components for critical laser applications.
Fiber Optics
Custom optical fiber assemblies fully adapted to your applications.
- Optomechanical

Optomechanical
Our skilled optomechanical engineers design advanced optical systems with accuracy down to the submicron level to ensure optimal function and precise alignment. Backed by advanced quality controls, we combine precision manufacturing processes, first-rate cleanroom facilities, and leading laser alignment systems to deliver optical housing designs with the following:
- Vibration-resistant systems
- Precision mounting and housings
- Electronics integration
- Custom packaging
By relying on stress analysis, thermal modeling, and precision machining, we can successfully prevent degradation and misalignment.
- Electro-Optic Systems

Electro-Optic Systems
Electro-optics examines the relationship between light and electric fields, which exists in many devices, from imaging devices to laser systems and other advanced technologies. At OSE Optics, we have extensive experience working with fiber optics, infrared (IR) optics, and metrology to develop optical assemblies and components used in electro-optic systems across a broad range of industries.
Common Applications for Custom Optical Assembly
OSE Optics provides optical assemblies for critical industries, with applications in:
Aerospace and Defense
Deliver imaging, laser guidance, and surveillance systems for security cameras and drones.
Medical and Life Sciences
Create optical assemblies for precision in medical devices, microscopy, surgical tools, and genome sequencing.
Imaging and Mapping
Provide space-based earth imaging, LiDAR systems, and geographic imaging systems that rely on low-distortion, high-resolution optical components.
Industrial
Deliver machine vision systems, multispectral imaging systems, and laser alignment tools.
Semiconductor
Engineer advanced optical assemblies designed for compact size and high performance.
Contact OSE Optics, a Trusted Leader in Custom Optical Assembly
At OSE Optics, we are committed to responsible, sustainable manufacturing practices that help develop innovative solutions for the future of optical systems. We stand behind every assembly and component that leaves our facility, and we continually strive to meet the complex needs of each application with reliability and precision, with optical testing procedures that comply with ISO 9001:2015 standards.
Contact us or request a quote today to learn more about our cost-effective solutions for custom optical assemblies and components. See how the experienced team at OSE Optics can help you develop a custom optical assembly that not only aligns with your specific application requirements but is also optimized for the highest level of quality and performance.